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124 VVZ Einträge (aus 35179) gefunden für: Spect Niveaustufen Gerd Unicertâ Basic

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     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Oberseminare / Arbeitsgemeinschaften / Kolloquien
  [150908] Oberseminar Topologie   —  Oberseminar
  Prof. Dr. Gerd Laures, Prof. Dr. Björn Schuster
  • Score: 10.47  Prof. Dr. Gerd Laures, Prof. Dr. Björn Schuster InteressentInnen melden sich bitte bei Prof. Dr. Laures (gerd.laures@rub.de)
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     II. Katholisch-Theologische Fakultät   —  Systematische Theologie, Vorlesungen
  [020081] "Der Fels des Atheismus?" - Die Frage nach Gott im Leid   —  Vorlesung
  Prof. Dr. theol. Gerd Neuhaus
  • Score: 9.06  Prof. Dr. theol. Gerd Neuhaus
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     XX. Medizinische Fakultät   —  Weiterführende Veranstaltungen nach Fachgebieten, Humangenetik, Seminare
  [201944] Literaturseminar Humangenetik   —  Seminar
  PD Dr. rer. nat. Larissa Arning-Bünder, Kristina Döring, Dr. Wanda Maria Gerding, PD Dr. med. Sabine Hoffjan, Dr. Nikolina Jovancevic, Prof. Dr. med. Huu Phuc Nguyen
  • Score: 8.03  PD Dr. rer. nat. Larissa Arning-Bünder, Kristina Döring, Dr. Wanda Maria Gerding, PD Dr. med. Sabine Hoffjan, Dr. Nikolina Jovancevic, Prof. Dr. med. Huu Phuc Nguyen
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     XX. Medizinische Fakultät   —  Weiterführende Veranstaltungen nach Fachgebieten, Humangenetik, Kurse und Praktika
  [201915] Molekulargenetische Methoden und wissenschaftliches Arbeiten   —  Praktikum
  PD Dr. rer. nat. Larissa Arning-Bünder, Kristina Döring, Dr. Wanda Maria Gerding, PD Dr. med. Sabine Hoffjan, Dr. Nikolina Jovancevic, Prof. Dr. med. Huu Phuc Nguyen
  • Score: 7.95  PD Dr. rer. nat. Larissa Arning-Bünder, Kristina Döring, Dr. Wanda Maria Gerding, PD Dr. med. Sabine Hoffjan, Dr. Nikolina Jovancevic, Prof. Dr. med. Huu Phuc Nguyen
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     XX. Medizinische Fakultät   —  Veranstaltungen für Studierende anderer Fakultäten, Veranstaltungen für Studierende der Medizinphysik, Informatik und Statistik der Universität Dortmund, Lehrveranstaltungen im Masterstudiengang, Vorlesungen
  [206033] Humangenetik   —  Vorlesung
  PD Dr. rer. nat. Larissa Arning-Bünder, Dr. Wanda Maria Gerding, PD Dr. med. Sabine Hoffjan, PD Dr. med. Wolfram Klein, PD Dr. med. Moritz Meins, PD Dr. med. Bianca Miterski, Prof. Dr. med. Huu Phuc Nguyen, Prof. Dr. med. Carsten Saft
  • Score: 7.38  PD Dr. rer. nat. Larissa Arning-Bünder, Dr. Wanda Maria Gerding, PD Dr. med. Sabine Hoffjan, PD Dr. med. Wolfram Klein, PD Dr. med. Moritz Meins, PD Dr. med. Bianca Miterski, Prof. Dr. med. Huu Phuc Nguyen, Prof. Dr. med. Carsten Saft
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     XX. Medizinische Fakultät   —  Veranstaltungen für Studierende anderer Fakultäten, Veranstaltungen für Studierende der natur- und ingenieurwissenschaftlichen Fakultäten, Kurse und Praktika
  [201913] Übung für Fortgeschrittene, S-Block: Ausgewählte Methoden der klassischen und molekularen Genetik bei Eukaryonten   —  S-Block
  PD Dr. rer. nat. Larissa Arning-Bünder, Dr. Wanda Maria Gerding, PD Dr. med. Sabine Hoffjan, Prof. Dr. med. Huu Phuc Nguyen, und Mitarbeiter /-innen
  • Score: 7.25  PD Dr. rer. nat. Larissa Arning-Bünder, Dr. Wanda Maria Gerding, PD Dr. med. Sabine Hoffjan, Prof. Dr. med. Huu Phuc Nguyen, und Mitarbeiter /-innen
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     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Vorlesungen in den Studiengängen des Bachelor of Science in Mathematik (B.Sc.), Bachelor of Arts (B.A.), Master of Science in Mathematik (M.Sc.), Master of Education (M.Ed.)
  [150259] Spezialvorlesung über Schleifenräume und Modulformen   —  Vorlesung
  Prof. Dr. Gerd Laures
  • Score: 7.00  Prof. Dr. Gerd Laures
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     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Proseminare
  [150415] Proseminar Buch der Beweise   —  Proseminar
  Prof. Dr. Gerd Laures
  • Score: 6.88  Prof. Dr. Gerd Laures
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     IV. Fakultät für Geschichtswissenschaften   —  Geschichte, Seminare im zweiten Studienjahr, Mittelalterliche Geschichte
  [040075] S: Europa im Zeitalter der Ottonen   —  Seminar
  Dr. phil. Jens Lieven
  • Score: 6.76  Geöffnet für MaRS Gerd Althoff und Hagen Keller: Die Zeit der späten Karolinger und Ottonen. Krisen und Konsolidierungen 888–1024. Stuttgart 2008. Europas Mitte um 1000. 2 Bde. Hrsg. v. Alfried Wieczorek und Hans Hinz. Stuttgart 2000. Das lange 10. Jahrhundert. Struktureller Wandel zwischen Zentralisierung und Fragmentierung, äußerem Druck und innerer Krise. Hrsg. v. Christine Kleinjung
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     XI. Fakultät für Psychologie   —  Studiengang Master Psychologie mit Schwerpunkt Kognitive Neurowissenschaft (PO 2020), Ergänzendes Lehrangebot
  [118924] S Einführung in die Tiefenpsychologie   —  Seminar
  Dr. Gerd Waldhauser
  • Score: 6.44  Dr. Gerd Waldhauser
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     XIII. Fakultät für Maschinenbau   —  MINT Module/Technische Wahlfächer Master-Studiengang
  [440519] Computational Plasticity   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Alexander Hartmaier
  • Score: 6.43  they understand the basic concepts and the mathematical formulation of continuum plasticity and crystal plasticity. They also understand the basic concepts of the numerical implementation of plasticity models and can assess which method is most suited to solve a given mechanical problem. Students are able to implement and apply a numerical scheme for the solution of elasto-plastic problems within the finite element method and have basic knowledge about the use of homogenization methods to describe plasticity in polycrystals. After successfully completing the module the students can remember the definitions of the classifications of mechanical behavior and to which materials the different types of behavior can be associated. They understand the phenomenology and mechanisms of elastic and plastic behavior of crystalline materials and know the different types of plasticity models in solid mechanics. Furthermore they understand the basic concepts and the mathematical formulation of continuum plasticity and crystal plasticity. They also understand the basic concepts of the numerical implementation of plasticity models and can assess which method is most suited to solve a given mechanical problem. Students are able to implement and apply a numerical scheme for the solution of elasto-plastic problems within the finite element method and have basic knowledge about the use of homogenization methods to describe plasticity in polycrystals.
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     XVII. Fakultät für Geowissenschaften   —  Institut für Geologie, Mineralogie und Geophysik, Studiengang "Geosciences M.Sc."
  [177378] Digital rock physics   —  Seminar
  Prof. Dr. Erik Hans Saenger, Sandra Wagner
  • Score: 6.24  Teaching Methodslecture and computer exercises to be solved The basics of the digital rock physics workflow will be introduced: CT-imaging, reconstruction, segmentation, calculation of physical properties. The basics of parallel computing on high-performance computer systems will be introduced. The basics of finite-different-schemes to solve the elastodynamic wave equation will be introduced
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     XI. Fakultät für Psychologie   —  Studiengang Master Psychologie mit Schwerpunkt Kognitive Neurowissenschaft (PO 2020), 2. Semester, Bereich Kognitive Neurowissenschaft, Modul Vertiefung Psychopharmakologie
  [118143] S Psychopharmakologie   —  Blockseminar
  Dr. Gerd Waldhauser
  • Score: 5.88  Dr. Gerd Waldhauser
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     Zentrale Einrichtungen   —  Zentrum für Fremdsprachenausbildung, Englisch, Fachsprachenkurse, Englisch für Studierende der Studiengänge 'Elektrotechnik und Informationstechnik' und 'IT-Sicherheit
  [251250] Englisch NUR für Studierende der Studiengänge 'Elektrotechnik und Informationstechnik' und 'IT-Sicherheit' (B2-C1/C2): Projects and management in technical contexts (online)   —  Sprachkurs
  Michael Benford
  • Score: 5.84  .  ZIELE Dieser kompetenz orientierte Fachsprachenkurs bietet ein intensives Training des technischen Englisch an und vermittelt vertiefte Kenntnisse in unterschiedlichen Bereichen der technischen Sprache. Das Kompetenzniveau des Kurses umfasst die Niveaustufen B2–C1/C2 (s. Details unter "Vorkenntnisse"). INHALT Niveaustufenbeschreibung und Kompetenzen Diese Veranstaltung geht insbesondere . Die Niveaustufen am ZFA entnehmen Sie bitte folgendem Link: https://www. zfa.ruhr-uni-bochum.de/niveau/stufen/index.html.de Kursbeginn: 11.04.2022 Es wird mit bedarfs- und bedürfnisgerechten Materialien gearbeitet.
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     XIII. Fakultät für Maschinenbau   —  Max-Planck-School SURMAT
  [139901] Basic Concepts in Materials Science (IMPRS SurMat, Modul T1)   —  Vorlesung
  Prof. Dr.-Ing. Gunther Eggeler
  • Score: 5.59  Basic Concepts in Materials Science (IMPRS SurMat, Modul T1)
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     XX. Medizinische Fakultät   —  Klinischer Studienabschnitt, Praktisches Jahr, Seminare
  [201934] * Fortbildungsveranstaltung für PJ-Studenten   —  Seminar
  Prof. Dr. med. Bernd Bachmann-Mennenga, Prof. Dr. med. Bernhard Erdlenbruch, Prof. Dr. med. Carsten Gartung, Prof. Dr. Berthold Gerdes, Prof. Dr. med. Martin Griesshammer, Manfred Hildebrandt, Prof. Dr. med. Udo Kellner, Prof. Dr. med. Ulrich Johannes Knappe, Prof. Dr. med. Heinz-Jürgen Lakomek, Prof. Dr. med. Hansjürgen Piechota, Prof. Dr. med. Jörg Radermacher, PD Dr. med. Alexander Samol, PD Dr. med. Martin Scheer, Prof. Dr. med. Peter Schellinger, Prof. Dr. Franz-Josef Schmitz, Prof. Dr. med. Martin Schrader, Prof. Dr. med. Philipp Soergel, Prof. Dr. med. Rudolf Stadler, Dr. med. Jens Tiesmeier, Dr. med. Ryszard Turkiewicz, Prof. Dr. med. Marcus Wiemer, Prof. Dr. med. Johannes Zeichen, und Mitarbeiter /-innen
  • Score: 5.56  Prof. Dr. med. Bernd Bachmann-Mennenga, Prof. Dr. med. Bernhard Erdlenbruch, Prof. Dr. med. Carsten Gartung, Prof. Dr. Berthold Gerdes, Prof. Dr. med. Martin Griesshammer, Manfred Hildebrandt, Prof. Dr. med. Udo Kellner, Prof. Dr. med. Ulrich Johannes Knappe, Prof. Dr. med. Heinz-Jürgen Lakomek, Prof. Dr. med. Hansjürgen Piechota, Prof. Dr. med. Jörg Radermacher, PD Dr. med. Alexander Samol, PD
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     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Vorlesungen in den Studiengängen des Bachelor of Science in Mathematik (B.Sc.), Bachelor of Arts (B.A.), Master of Science in Mathematik (M.Sc.), Master of Education (M.Ed.)
  [150234] Topologie   —  Vorlesung
  Prof. Dr. Gerd Laures
  • Score: 5.27  Prof. Dr. Gerd Laures
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     XIII. Fakultät für Maschinenbau   —  MINT Module/Technische Wahlfächer Master-Studiengang
  [440504] Interfaces and surfaces   —  Vorlesung mit Übung
  PD Dr. habil. Thomas Hammerschmidt, PD Dr. habil. Rebecca Janisch
  • Score: 5.19  Students will understand the relevance of surfaces and interfaces in materials science and gain basic knowledge of experimental and computational techniques to characterize them. They understand the relationship between atomistic descriptions of interfaces/surfaces and macroscopic materials properties, especially thermodynamic and mechanical properties. They will develop the skills to read and understand the relevant literature, to choose the most suited experimental or modelling approaches for specific tasks and to applythem to material science problems. Students will understand the relevance of surfaces and interfaces in materials science and gain basic knowledge of experimental and computational techniques to characterize them. They understand the relationship between atomistic descriptions
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     VII. Fakultät für Wirtschaftswissenschaft   —  Bachelor in Management and Economics, Profilierungsphase, Wahlpflichtmodule im Bereich Economics, Modul Introductory Migration Economics
  [073007] V Introductory Migration Economics   —  Vorlesung
  Dr. Lisa-Sofie Höckel
  • Score: 5.09  This module gives an introduction to the topic of migration economics. The module consists of an introductory lecture and a literature seminar. The literature gives an overview of the basic theoretical and empirical concepts dealt with in migration economics. The seminar aims to deepen specific topics dealt with in the lecture. Students are required to independently prepare for this. In doing so , it is expected that each student summarizes and presents a journal article from the field of migration economics. This module gives an introduction to the topic of migration economics. The module consists of an introductory lecture and a literature seminar. The literature gives an overview of the basic theoretical and empirical concepts dealt with in migration economics. The seminar aims to deepen specific
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     XIII. Fakultät für Maschinenbau   —  MINT Module/Technische Wahlfächer Master-Studiengang
  [440502] Microstructure and Mechanical Properties   —  Vorlesung mit Übung
  Prof. Dr. Markus Anthony Stricker
  • Score: 5.09  The students understand the definitions of mechanical equilibrium and are able to apply it to simple problems. Based on this understanding they are able to implement and to apply a simple Finite Element code for elastic problems. They learn and understand the basics of continuum plasticity and can motivate classical plasticity models from microstructural principles. Based on this understanding for elastic problems. They learn and understand the basics of continuum plasticity and can motivate classical plasticity models from microstructural principles. Based on this understanding, the students are able to discuss the correlation between microstructure and mechanical properties of materials and they develop the skills to apply this knowledge to materials science problems.
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     XII. Fakultät für Bau- und Umweltingenieurwissenschaften   —  Studiengang Master Computational Engineering, Compulsory Optional Courses
  [128017] Numerische Simulation im Tunnelbau / Numerical Simulation in Geotechnics and Tunneling (MSc-BI-WP24 und MSc-CE-WP09)   —  Vorlesung mit Übung
  Prof. Dr. techn. Günther Meschke
  • Score: 5.05  for creating proper numerical models showing appropriate mesh shapes, boundary and initial conditions are introduced. Different constitutive models with their parameters and potential fields of application for different materials are presented in order to show how accurate results can be obtained. To control the reliability of numerical models, the basics of constitutive parameter calibration, model validation and verification techniques are explained. In connection with the possibilities of 2D and 3D discretization, the basics of invariant model development are explained. To achieve a better understanding of the soil-water interactions in drained, undrained and consolidation analyses, fully coupled hydromechanical finite element solutions are described. Basics of local and global sensitivity analyses results can be obtained. To control the reliability of numerical models, the basics of constitutive parameter calibration, model validation and verification techniques are explained. In connection with the possibilities of 2D and 3D discretization, the basics of invariant model development are explained. To achieve a better understanding of the soil-water interactions in drained, undrained and consolidation analyses, fully coupled hydromechanical finite element solutions are described. Basics of local and global sensitivity analyses are introduced to address the effectiveness of the contributing constitutive parameters as well as constructional aspects within the sub-systems. To perform global sensitivity analyses, which usually requires a vast number of test runs, the meta modeling technique as a
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     XVI. Fakultät für Physik und Astronomie   —  Master of Science, Courses in Physics Major, Biophysics
  [160856] Literature Seminar: Basics and Current Topics of Proteincrystallography   —  Seminar
  Prof. Dr. Eckhard Hofmann
  • Score: 5.03  Literature Seminar: Basics and Current Topics of Proteincrystallography
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     VII. Fakultät für Wirtschaftswissenschaft   —  Masterstudiengänge in Management and Economics, Wahlmodul im Bereich Economics, Module Empirical Economics: Selected Problems
  [075010] S Business cycle analysis and forecasting   —  Seminar
  Apl. Prof. Dr. Torsten Schmidt
  • Score: 4.99  This module deals with the advanced analysis of specific topics in the field of empirical economics (e.g., labor economics, health economics, or education economics). In a basic lecture, the participants are introduced to the theoretical and empirical concepts of the topic. The lectures will also review some important empirical studies of the topic, explaining the way the economic problem was represented by an econometric model. The students will then be assigned to present major publications of the research field in order to deepen the knowledge obtained through the lecture. This module deals with the advanced analysis of specific topics in the field of empirical economics (e.g., labor economics, health economics, or education economics). In a basic lecture, the participants are introduced
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     XVI. Fakultät für Physik und Astronomie   —  Master of Science, Courses in Physics Major, Solid State Physics
  [160310] Semiconductor Physics II (Exercises)   —  Übung
  Dr. rer. nat. Arne Ludwig
  • Score: 4.84  The content of the lecture will be solidified.Deeper insight to the quantum nature semiconductor physics. Training of basic applied quantum mechanical questions in semiconductor physics. S.M. Sze: The Physics of Semiconductor DevicesDavies: The Physics of Low-Dimensional Semiconductors
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Hochfrequente Sensoren und Systeme, Wahlpflichtbereich, Mas­ter-Prak­ti­kum HSS
  [142180] Master-Praktikum Schaltungsdesign integrierter Hochfrequenzschaltungen mit Cadence   —  Praktikum
  Prof. Dr.-Ing. Nils Pohl
  • Score: 4.82  ­triebs­sys­tem LINUX und in die für die­ses Prak­ti­kum wich­ti­gen Ent­wurfs­werk­zeu­ge Spect­re und CA­DENCE. Da­nach be­ginnt ein über das ganze Se­mes­ter lau­fen­des Ent­wurfs­pro­jekt aus der Hoch­fre­quenz­tech­nik, z.B. der Ent­wurf eines FM­CW-Ra­dar-Sys­tems, je­weils auf Tran­sis­to­re­be­ne. Die Ent­wurfs­auf­ga­be wird auf die teil­neh­men­den Grup­pen auf­ge­teilt, wobei eine Grup­pe aus 2 oder 3 Stu ­no­lo­gies, the LINUX ope­ra­ting sys­tem, and the de­sign tools Spect­re and CA­DENCE, which are im­portant for this cour­se. The­re­af­ter, a who­le-se­mes­ter de­sign pro­ject in the area of high-fre­quen­cy en­gi­nee­ring be­gins, e.g. the de­sign of an FMCW radar sys­tem at the tran­sis­tor level. The de­sign task is di­vi­ded among the par­ti­ci­pa­ting groups, with one group con­sis­ting of 2 or 3 stu
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     International Course Catalogue   —  Interdisciplinary Centre For Advanced Materials Simulation (ICAMS)
  [440512] Phase-Field Theory and Application   —  Vorlesung mit Übung
  Dr. Oleg Shchyglo, Prof. Dr. Ingo Steinbach, apl. Prof. Dr. Fathollah Varnik
  • Score: 4.71  The students understand the principles of mesoscopic structure formation in condensed matter as the basis of the phase-field theory. They are able to derive the basic relations of this theory and relate the parameters to measurable physical quantities. They are able to use theoretical methods to investigate scale separation in condensed matter. The students are skilled in the application to derive the basic relations of this theory and relate the parameters to measurable physical quantities. They are able to use theoretical methods to investigate scale separation in condensed matter. The students are skilled in the application of the phase-field theory in numerical simulations. In the practical exercises, they developed a simple software code to simulate dendritic growth in 3D, thus being
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     Zentrale wissenschaftliche Einrichtungen   —  Religionswissenschaft, Seminare
  [210035] The Encounters of the Zoroastrian, Jewish and Christian Religious Specialists in the Persianate World   —  Seminar
  Neda Darabian
  • Score: 4.71  This course examines the shifting nature of encounters, threads of influence, and daily interaction between different types of religious specialists of the Zoroastrian, Jewish, Christian communities in late antique Persianate World. The course will help the students to gain a basic understanding of the history of Zoroastrian, Jewish and Christian communities and their religious specialists of influence, and daily interaction between different types of religious specialists of the Zoroastrian, Jewish, Christian communities in late antique Persianate World. The course will help the students to gain a basic understanding of the history of Zoroastrian, Jewish and Christian communities and their religious specialists during the Sasanian Period followed by an analysis of their position in the period
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, Wahlpflichtmodule
  [211028] Komplexitätstheorie   —  Vorlesung mit Übung
  Prof. Dr. Thomas Zeume
  • Score: 4.69  are distinct is considered one of the most significantopen questions in theoretical computer science, and even mathematics. However, P and NP are only two examples of complexity classes. Other classes arise in the study of required space, efficient parallelizability of problems,and solvability by randomized algorithms, among others.The lecture aims at giving a broad overview of the basic concepts and results of complexity theory: Classical results for space and time complexity classes: e.g., basic relationships between time and space-based classes, the proof that more problems can be solved when more space or time is available, connectionsbetween classical complexity classes and games, and the complexity world between NP and PSPACE Basic complexity theory of randomized and parallel algorithms Other
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     XII. Fakultät für Bau- und Umweltingenieurwissenschaften   —  Studiengang Master Computational Engineering, Compulsory Optional Courses
  [126505] Adaptronics (MSc-CE-WP03)   —  Vorlesung
  Prof. Dr.-Ing. Tamara Nestorovic
  • Score: 4.68  An overall insight of the modeling and control of active structures is given within the course. The terms and definitions as well as potential fields of application are introduced. For the purpose of the controller design for active structural control, the basics of the control theory are introduced: development of linear time invariant models, representation of linear differential equations systems in the state-space form, controllability, observability and stability conditions of control systems. The parallel description of the modeling methods in structural mechanics enables the students to understand the application of control approaches. For actuation/sensing purposes multifunctional active materials (piezo ceramics) are introduced as well as the basics of the numerical model of a seminar paper related to the controller design supported by Matlab Software. An overall insight of the modeling and control of active structures is given within the course. The terms and definitions as well as potential fields of application are introduced. For the purpose of the controller design for active structural control, the basics of the control theory are introduced: development ceramics) are introduced as well as the basics of the numerical model development for structures with active materials. Control methods include time-continuous and discrete-time controllers in the state space for multiple-input multiple-output systems, as well as methods of the classical control theory for single-input single output systems. Differences and analogies between continuous and discrete time
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     XVI. Fakultät für Physik und Astronomie   —  Master of Science, Courses in Physics Major, Astronomy, Astrophysics
  [160610] X-ray Astronomy   —  Vorlesung
  Prof. Dr. Dominik J. Bomans
  • Score: 4.66  Gliederung: Technische Grundlagen der Röntgenastronomie, Astrophysikalische Prozesse im Röntgenbereich, Charakterisierung der Objekteklassen von astrophysikalischen Röntgenemittern Kommentar: Technical basics of X-ray astronomy, astrophysical processes in the X-ray domaine, characterization of the object classes of astrophysical X-ray emitters Vorauss: wird in der Vorlesung bekannt gegeben
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     X. Fakultät für Sportwissenschaft   —  Lehrangebot im Studiengang Master of Science - Sport & Exercise Sciences for Health & Performance (M.Sc.)(PO >=2018), Module 3: Sports Medicine & Sports Nutrition
  [100908] Seminar Sports nutrition for Health and Performance Part II   —  Seminar
  Prof. Dr. Petra Platen
  • Score: 4.58  The course provides basics regarding nutrition and sports specific nutritional strategies. Based on this knowledge the students will develop different questions in small groups and perform some field investigations with a subsequent analysis and presentation of the results. Provided during the Information lecture
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     XII. Fakultät für Bau- und Umweltingenieurwissenschaften   —  Studiengang Master Computational Engineering, Compulsory Courses
  [126501] Fluid Dynamics (MSc-CE-P06)   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Rüdiger Höffer, Dipl.-Ing. Ulf Winkelmann
  • Score: 4.54  The technical basics of dynamic fluid flows are introduced, studied and recapitulated as well as related problems which are relevant for practical applications and solution procedures with an emphasis put on computational aspects. The lectures and exercises contain the following topics: Short review of hydrostatics and dynamics of incompressible flows involving friction (conservation of mass , energy and momentum, Navier-Stokes equations)Potential flowIsotropic turbulence and turbulence in a boundary layer flowFlow over streamlined and bluff bodiesThe students are guided in the exercises to working out assessment and solution strategies for related, typical technical problems in fluid dynamics. The technical basics of dynamic fluid flows are introduced, studied and recapitulated as well
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, B.Sc. Angewandte Informatik, Veranstaltungen Bachelor PO 2020, Anwendungsmodule
  [211046] Introduction to Computational Neuroscience   —  Vorlesung mit Übung
  Prof. Dr. Sen Cheng, Samarasinghe
  • Score: 4.54  Computational neuroscience uses quantitative methods to describe what nervous systems do, study how they function, and explain the underlying principles. This class introduces the basics of the mathematical and computational methods used in contemporary neuroscience research. These methods are applied to problems in perception, motor control, learning, and memory. Assessment:written final exam - 120 min. - date: TBA Course material: available on Moodle (registration required) Contact: Prof. Sen Cheng, NB 3/33, sen.cheng@rub.deOffice hours: Thursdays 14:00-15:00 Capacity: N/AEnrollment: eCampus/Flexnow Computational neuroscience uses quantitative methods to describe what nervous systems do, study how they function, and explain the underlying principles. This class introduces the basics
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     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, Erweiterungsstudien (Englisch als Drittfach), Aufbaumodulphase, Fremdsprachenausbildung
  [050690C] Business English I, Gruppe C   —  Übung
  Dr. phil. Robert William Smith
  • Score: 4.50  On the basis of the textbook: Herbert Geisen, Dieter Hamblock, John Poziemski, Dieter Wessels, Englisch in Wirtschaft und Handel (Berlin: Cornelsen & Oxford University Press, 2002) and with the help of additional material the course will introduce some of the basic terminology and concepts of Business English. Assessment/requirements: the requirements for receiving the CPs (podcasts, videos
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     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, Erweiterungsstudien (Englisch als Drittfach), Aufbaumodulphase, Fremdsprachenausbildung
  [050690D] Business English I, Gruppe D   —  Übung
  Dr. phil. Robert William Smith
  • Score: 4.50  On the basis of the textbook: Herbert Geisen, Dieter Hamblock, John Poziemski, Dieter Wessels, Englisch in Wirtschaft und Handel (Berlin: Cornelsen & Oxford University Press, 2002) and with the help of additional material the course will introduce some of the basic terminology and concepts of Business English. Assessment/requirements: the requirements for receiving the CPs (podcasts, videos
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Technischer Wahlbereich, Über­tra­gung di­gi­ta­ler Si­gna­le
  [141199] Übertragung digitaler Signale   —  Vorlesung mit Übung
  Priv. Doz. Dr.-Ing. Karlheinz Ochs
  • Score: 4.48  : The stu­dents un­der­stand the fun­da­men­tal and im­portant tech­ni­ques for the trans­mis­si­on of di­gi­tal si­gnals. Es­pe­ci­al­ly, they know the basic phy­si­cal re­la­ti­ons­hips, while sys­te­ma­tic me­thods for the de­scrip­ti­on, ana­ly­sis, and syn­the­sis will be taught. CON­TENT: In the con­text of the mo­bi­le com­mu­ni­ca­ti­on stan­dards Long Term Evo­lu­ti­on (LTE) and Uni­ver­sal Mo ­bi­le Tel­e­com­mu­ni­ca­ti­ons Sys­tem (UMTS), it is all about the me­thods for trans­mit­ting di­gi­tal si­gnals. The chan­nel con­tains re­sour­ces like time, space, band­width, and dy­na­mic, which can be se­pa­ra­te­ly ex­hausted by time, space, fre­quen­cy and code mul­ti­plex tech­ni­ques or in com­bi­na­ti­on like it is done in case of fre­quen­cy hop­ping. The basic core con­sists of di­gi­tal mo ­ve­lo­pe de­tec­tor. Fur­ther­mo­re, the car­ri­er and sym­bol ti­ming re­co­very is an im­portant issue. This lec­tu­re co­vers also pulse shaping with re­spect to in­ter­sym­bol in­ter­fe­rence and with re­spect to the used band­width. For this, the chan­nel is ad­di­tio­nal­ly noisy, which can be trea­ted by using mat­ched fil­ter tech­ni­ques or a cor­re­la­ti­on re­cei­ver. Fi­nal­ly, the ma
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     VI. Juristische Fakultät   —  Rechtswissenschaftliche Fremdsprachenlehrveranstaltungen (§ 7 Abs. 1 Ziff. 3 JAG NRW vom 11.03.2003)
  [060300] Introduction to American Law   —  Kurs
  Dr. Judit Beke-Martos
  • Score: 4.47  Anglo-Amerikanische Rechtssprache (Band I, 3. Auflage) - Einführung in das anglo-amerikanische Recht und die anglo-amerikanische Sprache (Band I, 3. Auflage) von B. Sharon Byrd, C.H.Beck, 2011. Course description: This course is a basic introduction to the law and legal system of the United States in English. It covers the basic characteristics of the common law system, the doctrine of stare decisis, sources of law in the United States, the U.S. court system (both state and federal), the jury system, parties to a lawsuit, basics of the adversary system of trial, pleadings and motions, pretrial discovery, the trial process, case briefs and citations. This course is a core course in the Certificate Program of the Legal Faculty. The course is though a lecture, some participation
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     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, Erweiterungsstudien (Englisch als Drittfach), Aufbaumodulphase, Fremdsprachenausbildung
  [050691D] Business English II, Gruppe D   —  Übung
  Dr. phil. Robert William Smith
  • Score: 4.42  This course is a continuation of Business English I. On the basis of the textbook: Herbert Geisen, Dieter Hamblock, John Poziemski, Dieter Wessels, Englisch in Wirtschaft und Handel (Berlin: Cornelsen & Oxford University Press, 2002) and with the help of additional material the course will introduce further basic terminology and concepts of business English. Assessment
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Pho­to­nics, Mas­ter Pro­ject Op­tics Fun­da­men­tals
  [142269] Master-Project Optics Fundamentals   —  Projekt
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 4.27  GOALS: After the pro­ject the stu­dents un­der­stand the basic re­qui­re­ments for work in an op­ti­cal la­bo­ra­to­ry basic Mat­lab com­man­ds for data ana­ly­sis (esp. in­ter­po­la­ti­on and Fou­rier trans­form) Fur­ther­mo­re the stu­dents are able to apply the gained know­ledge of op­ti­cal ex­pe­ri­ments con­cerning the hand­ling and ali­gnment of op­tics sim­ple data ana ­pling setup and a Mi­chel­son in­ter­fe­ro­me­ter. In the Mat­lab ex­pe­ri­ment data in­ter­po­la­ti­on and Fou­rier trans­form are in the focus of the ex­er­cise. Fur­ther con­tents are: Clea­ning and Hand­ling of op­ti­cal com­po­n­ents Optic ali­gnment work­flow Op­to­me­cha­ni­cal com­po­n­ents Basic cha­rac­te­ris­tics of len­ses and other op­tics Co­he­rence and in­ter­fer­fe­rence MIS
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     XVII. Fakultät für Geowissenschaften   —  Institut für Geologie, Mineralogie und Geophysik, Studiengang "Geosciences M.Sc."
  [177521] Methods of rock analysis   —  Vorlesung
  Prof. Dr. Sumit Chakraborty, Dr. Thomas Fockenberg
  • Score: 4.27  This is a required course at the beginning of the petrological curriculum at the Masters level. The objective of the course is to introduce the students to the variety of analytical tools that are available to the modern petrologist / geochemist. For each method discussed, the basic physical principle of the analysis, the capabilities (e.g. major / trace elements, detection limits, kinds
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     XVIII. Fakultät für Chemie und Biochemie   —  Promotionsstudiengang (Graduate school of Chemistry and Biochemistry)
  [160350] Epitaxy of Semiconductor Crystals   —  Vorlesung
  Dr. rer. nat. Arne Ludwig
  • Score: 4.13  Content:Students learn the basics of eptaxial growth of semiconductorsAims:On the example of specialized challenges in semiconductor appluications, students learn how such requirements can be fulfilled. Part of the course will be details about band structure and so called band-gap engineering.In training courses they learn how to operate the epitaxial growth. Semiconductor mono
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     XVI. Fakultät für Physik und Astronomie   —  Master of Science, Elective Core Courses
  [160204] Introduction to Plasma Physics I   —  Vorlesung
  Dr. rer. nat. Tsanko Tsankov
  • Score: 4.13  Grundkonzepte und Plasmadefinition, Einzelteilchen in Magnetfeldern, Stoßwechselwirkungen, Hydrodynamik, Magnetohydrodynamik, kinetische Theorie, Randschichten, Wellen in Plasmen, Grundlagen der kontrollierten Fusion, spezielle Entladungsformen Weitere Informationen zu Inhalten, Prüfungsmodalitäten etc. s. Modulhandbücher sowie den Moodle Kurs Basic concepts and definition of a plasma, single
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     VIII. Fakultät für Sozialwissenschaft   —  Bachelor, Fakultätsfremdes Aufbaumodul
  [030003] General Philosophy of Science   —  Vorlesung
  Jun.Prof. Dr. Jan Baedke
  • Score: 4.09  hand, it examines questions that focus on the significance of the historicity of scientific knowledge for the present sciences.The lecture is initially addressed to students of philosophy in general and of the master program HPS+ in particular. It is open for interested students of other subjects with (at least) basic knowledge in theoretical philosophy, which is possible to gain in the module “Introduction to theoretical philosophy” (SE1). Parallel to the lecture an accompanying seminar will be offered which serves to deepen and to complement the topics of the lecture. Participation in the seminar is recommended, but only for students of HPS+ it is a requirement in order to complete the “basic module 1”. The language of the lecture will be English. You will be informed about modalities concerning
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     XII. Fakultät für Bau- und Umweltingenieurwissenschaften   —  Studiengang Master Computational Engineering, Compulsory Optional Courses
  [126516] Übung zu Advanced Finite Element Methods (MSc-CE-WP04)   —  Übung
  Prof. Dr. techn. Günther Meschke, Thi Truc Giao Vu, Rodolfo Javier Williams Moises
  • Score: 4.08  are shown. Further, an overall insight of the modelling and control of active structures is given within the course. The terms and definitions as well as potential fields of application are introduced. For the purpose of the controller design for active structural control, the basics of the control theory are introduced: development of linear time invariant models, representation of linear differential equations systems in the state-space form, controllability, observability and stability conditions of control systems. The parallel description of the modelling methods in structural mechanics enables the students to understand the application of control approaches. For actuation/sensing purposes multifunctional active materials (piezo ceramics) are introduced as well as the basics of the numerical model structures is given within the course. The terms and definitions as well as potential fields of application are introduced. For the purpose of the controller design for active structural control, the basics of the control theory are introduced: development of linear time invariant models, representation of linear differential equations systems in the state-space form, controllability, observability and stability conditions of control systems. The parallel description of the modelling methods in structural mechanics enables the students to understand the application of control approaches. For actuation/sensing purposes multifunctional active materials (piezo ceramics) are introduced as well as the basics of the numerical model development for structures with active materials. Control methods include time
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     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, M.Ed.-Studium, Modul Fremdsprachendidaktik II, Vertiefungsseminare
  [050818] How to Become a CLIL Teacher   —  Seminar
  Sebastian Flaake
  • Score: 4.00  This course is intended to introduce you to the field of Content and Language Integrated Learning (CLIL), which is also known as “Bilingualer Sachfachunterricht” in Germany. The basic idea of CLIL is to teach content subjects, e.g. politics, history, or biology, through or with the help of a foreign language. We will reflect on the theoretical and conceptual foundations of CLIL, explore
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     XI. Fakultät für Psychologie   —  Master Cognitive Science, AM6 EEG-Training
  [118157] S Practical course neuropsycholgical methods: EEG (for M.Sc. Cognitive Science)   —  Blockpraktikum
  Dr. Laura-Isabelle Klatt, Dr. Julian Elias Reiser
  • Score: 3.97  via Zoom stattfinden. Begleitend zum Kurs wird Online-Lehrmaterial auf der Plattform Moodle bereitgestellt. Der Kurs wird in Englischer Sprache angeboten.  Students must enroll for both the “practical course” and the “seminar course”. Participation in both modules is mandatory. The goal of the course is to be able to independently conduct and analyze a basic EEG study. On the basis of published neuropsychological literature, students will develop a research question and present the results of the experiment in a written report, according to the publishing standards of neuroscientific journals. The basic skills and literature will be discussed in the seminar. As of now, this course is planned to be held as in-person seminar, including data collection in the EEG laboratory. A first organizational meeting
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     XI. Fakultät für Psychologie   —  Master Cognitive Science, AM6 EEG-Training
  [118158] S Seminar course neuropsychological methods: EEG (for M.Sc. Cognitive Science)   —  Blockseminar
  Dr. Laura-Isabelle Klatt, Dr. Julian Elias Reiser
  • Score: 3.97  via Zoom stattfinden. Begleitend zum Kurs wird Online-Lehrmaterial auf der Plattform Moodle bereitgestellt. Der Kurs wird in Englischer Sprache angeboten.  Students must enroll for both the “practical course” and the “seminar course”. Participation in both modules is mandatory. The goal of the course is to be able to independently conduct and analyze a basic EEG study. On the basis of published neuropsychological literature, students will develop a research question and present the results of the experiment in a written report, according to the publishing standards of neuroscientific journals. The basic skills and literature will be discussed in the seminar. As of now, this course is planned to be held as in-person seminar, including data collection in the EEG laboratory. A first organizational meeting
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     Zentrale Einrichtungen   —  Zentrum für Fremdsprachenausbildung, Englisch, Niveaustufenspezifische Kurse, Niveaustufe B1 GeR
  [251050] English: Basics (B1 für Studierende aus dem Ausland)   —  Sprachkurs
  Eva Banu Cantürk
  • Score: 3.87  English: Basics (B1 für Studierende aus dem Ausland)
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     VII. Fakultät für Wirtschaftswissenschaft   —  Masterstudiengänge in Management and Economics, Wahlmodul im Bereich Management, Module Advanced Energy Economics Policy and Technology
  [075125] S Advanced Energy Economics, Policy and Technology   —  Seminar
  Honorar-Prof. Graham Weale
  • Score: 3.76  Ostasiens im Rahmen des Diplomstudiengangs Wirtschaftswissenschaft. Sprechstunde: Dienstags 12.00-13.00 Uhr n. V. GB 1/159 (Tel. 0234/32-28832) A course covering the basics of energy economics – different energy sources including renewables, supply chain, environmental constraints, supply chain and pricing. Addresses the conflict between politics and economics. Wird am Lehrstuhl bekannt gegeben.
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, M.Sc. Angewandte Informatik, Veranstaltungen Master PO 2020, Anwendungsmodule
  [211423] Autonomous Robotics   —  Praktikum
  Prof. Dr. rer. nat. Gregor Schöner, Jan Tekülve
  • Score: 3.76  . It then teaches basic dynamic methods for robot navigation, in which the robot's sensors are used for obstacle avoidance and approach to a target location. 1 Woche ganztägig: 22. - 26.08.2022, NB 02/77; Begrenzte Teilnehmerzahl!; Anmeldung: 01.04. - 15.05.2022 auf www.ini.rub.de UND 01. - 24.06.2022 beim zuständigen Prüfungsamt/in Flexnow
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher PT
  [141273] Plasmadiagnostik   —  Vorlesung mit Übung
  Dr. Ihor Korolov
  • Score: 3.73  . The knowledge obtained by students also provides a basis to get started in a laboratory with different plasma diagnostics. IN­HALT: The course covers the following topics: Basics of vacuum technology Macroscopic measurements (e.g., voltage, pressure, etc.) Probe diagnostics Optical diagnostics (Passive and active spectroscopy) Laser methods of plasma diagnostic /ion/neutrals densities. The students are able to evaluate and properly interpret/understand measured data. Moreover, they are familiar with the equipment available at modern plasma laboratories. The knowledge obtained by students also provides a basis to get started in a laboratory with different plasma diagnostics. CON­TENT: The course covers the following topics: Basics of vacuum technology
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     VIII. Fakultät für Sozialwissenschaft   —  Bachelor, Empiriemodul
  [080217] S - PRÄSENZ - Wir schämen uns für alle, die gegen uns schreien. Diskriminierung und gruppenbezogene Menschenfeindlichkeit im Fußball (Emp, Teil II)   —  Seminar
  Dr David Johannes Berchem
  • Score: 3.71  demokratische Ordnung in einer offenen und pluralen Gesellschaft.Voraussetzungen für Studiennachweise / Modulprüfungen:Empiriebericht Arndt, Susan: Rassismus. Die 101 wichtigsten Fragen. 2. Auflage. München. 2015.Beiersdorfer, Dietmar et al.: Fußball und Rassismus. Göttingen 1993.Blecking, Diethelm & Dembowksi, Gerd (Hg.): Der Ball ist bunt. Fußball, Migration und die Vielfalt der Identitäten & Janz, Caroline: Hetero, weiß und männlich? Fußball ist viel mehr. Berlin 2011.Dembowski, Gerd & Scheidle, Jürgen (Hg.): Tatort Stadion. Rassismus, Antisemitismus und Sexismus im Fußball. Köln 2002.Fereidooni, Karim & Zeoli, Antonietta P. (Hg.): Managing Diversity. Die diversitätsbewusste Ausrichtung des Bildungs- und Kulturwesens, der Wirtschaft und der Verwaltung. Wiesbaden 2016.Gabler, Jonas: Die
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, M.Sc. Angewandte Informatik, Veranstaltungen Master PO 2020, Anwendungsmodule
  [211426] Praktikum Deep Learning and Natural Language Processing   —  Praktikum
  Prof. Dr. Asja Fischer
  • Score: 3.65  This praktikum teaches the basics of the development of applications for machine learning tasks. The praktikum is aimed at but not necessarily limited to natural language processing (NLP) tasks, such as machine translation or sentiment analysis. NLP tasks are aimed at the ability to process or generate natural language (e.g. English) texts.  The course is started with a short introduction
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     VII. Fakultät für Wirtschaftswissenschaft   —  Masterstudiengänge in Management and Economics, Wahlmodul im Bereich Economics, Modul Econometric Evaluation of Economic Policies
  [075012] V Econometric Evaluation of Economic Policies   —  Vorlesung
  Prof. Dr. Thomas Bauer
  • Score: 3.65  Tight public budgets increase the need to learn more about the effectiveness and efficiency of public policy measures. The empirical evaluation of these policies, however, is connected with difficult methodological problems. This module discusses the newest developments in the literature on the empirical evaluation of economic policy measures. A lecture introduces the basic concepts. Central
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum EL
  [142300] Master-Praktikum Grundlagen des Layout-Entwurfs integrierter Schaltungen   —  Praktikum
  Prof. Dr.-Ing. Jürgen Oehm
  • Score: 3.61  .​veit@​ais.​ruhr-uni-bo­chum.​de PRÜ­FUNG: Praktikum GOALS: The ba­sics of lay­out de­sign of in­te­gra­ted cir­cuits are le­ar­ned and ap­p­lied in prac­tice. For this pur­po­se, the un­der­stan­ding of the de­sign flow as well as the crea­ti­on of more com­plex lay­out-de­signs is given in a cur­rent CMOS tech­no­lo­gy using a pro­fes­sio­nal IC de­sign soft­ware. CON­TENT: First­ly, the ba­sics of the stan­dard CMOS pro ­cess are ex­plained. Layer de­fi­ni­ti­ons and de­sign rules are de­ri­ved from the CMOS pro­cess to de­ter­mi­ne the lay­out de­sign. Based on that, basic cir­cuits are crea­ted and si­mu­la­ted. With the help of these cir­cuits the full de­sign flow is prac­ticed to crea­te a chip lay­out. This in­clu­des me­thods for the va­li­da­ti­on like DRC, An­ten­na Check, LVS, extrac­tion of pa­ra­si­tic ele .​E.​E.​E.​Press, 2005 Saint, Chris­to­pher, Saint, Judy "IC Lay­out Ba­sics -- A PRAC­TIAL GUIDE", McGraw-Hill Pro­fes­sio­nal, 2004 Saint, Chris­to­pher, Saint, Judy "IC Mask De­sign -- ES­SEN­TI­AL LAY­OUT TECH­NI­QUES", McGraw-Hill Pro­fes­sio­nal, 2002
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, B.Sc. IT-Sicherheit, Veranstaltungen Bachelor PO 2020, Pflichtmodule
  [141170] Systemtheorie 1 - Signale und Systeme   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Rainer Martin
  • Score: 3.61  in Moodle in diese Lehrveranstaltung ein: https://moodle.ruhr-uni-bochum.de/course/view.php?id=44566 Bitte beachten Sie, dass die Einführung in die Vorlesung am 4.4. um 10:15 Uhr ausschließlich online in Zoom stattfinden wird. Wir verwenden hierfür den in Moodle verfügbaren Zoom-Link für die Live-Streams. PRÜ­FUNG: schriftlich (120 min), Anmeldung: FlexNow GOALS: The stu­dents mas­ter the basic prin ­ci­ples of sys­tem theo­ry. They know the ma­the­ma­ti­cal de­scrip­ti­on of si­gnals and sys­tems in the time do­main and their basic at­tri­bu­tes. They know the ba­sics of pro­ba­bi­li­ty cal­cu­lus and are able to cal­cu­la­te with dis­cre­te and con­ti­n­uous ran­dom va­ria­bles. They un­der­stand the fun­da­men­tals of in­for­ma­ti­on theo­ry and are able to apply them. CON­TENT: 1. Si­gnals and Sys ­dom va­ria­bles 3. Basic Con­cepts of In­for­ma­ti­on Theo­ry Fun­da­men­tal ques­ti­ons of in­for­ma­ti­on theo­ry, con­cepts of en­tro­py, ap­p­li­ca­ti­ons MIS­CEL­LA­NEOUS: Beginn: 04.04.2022 Bitte schreiben Sie sich in Moodle in diese Lehrveranstaltung ein: https://moodle.ruhr-uni-bochum.de/course/view.php?id=44566 Bitte beachten Sie, dass die Einführung in die Vorlesung am 4.4. um 10
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     V. Fakultät für Philologie   —  Theaterwissenschaft, M.A.-Phase, Master Szenische Forschung
  [051661] Grundlagen der Veranstaltungstechnik   —  Seminar
  Awa Rosa Winkel
  • Score: 3.55  In diesem Crashkurs der Veranstaltungstechnik werden die wichtigsten Basics der verschiedenen technischen Bereiche (Ton, Licht, Video und Bühne) in und um künstlerisches Arbeiten vermittelt. Schwerpunkte liegen hierbei vor allem auf grundlegenden Fragen, wie z.B. was ist ein DMX-Signal? Wozu brauche ich eine Sekundärsicherung? Wie kann ich Videosignale verarbeiten? Und was ist eigentlich ein Low
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, Wahlpflichtmodule
  [211025] Quantum Information and Computation   —  Vorlesung mit Übung
  Prof. Dr. Michael Walter
  • Score: 3.36  -          Quantum circuit model of computation -          Basic quantum algorithms: Deutsch-Jozsa, Bernstein-Vazirani, Simon -          Grover’s search algorithm -          Quantum Fourier transform -          Shor’s factoring algorithm -          Quantum query lower bounds -          Quantum complexity theory -          Quantum probability: mixed states, POVM measurements, quantum channels
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     XI. Fakultät für Psychologie   —  Master Cognitive Science, AM7 fMRI-training
  [118160] S fMRI: a technique to hack the brain function   —  Seminar
  Dr. rer. nat. Mehdi Behroozi
  • Score: 3.36  "During the past two decades, technological leaps in advanced analytical methods, as well as higher temporal and spatial resolution, turned functional magnetic resonance imaging (fMRI) into a neuroscientific core technique to study of human and non-human brain function. Thus, it is essential to learn the basics of fMRI for those who want to make their career out of this technique. This course
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     XI. Fakultät für Psychologie   —  Studiengang Master Psychologie mit Schwerpunkt Kognitive Neurowissenschaft (PO 2020), 2. Semester, Bereich Kognitive Neurowissenschaft, Modul Diskurse über aktuelle Themen der kognitiven Neurowissenschaften
  [118161] S Diskurs Neuroepigenetics   —  Blockseminar
  Dr. Vanessa Lux
  • Score: 3.36  Neuroepigenetics studies epigenetic modifications in neuronal cells. First evidence indicates that epigenetic mechanisms regulate neuronal cell expression and contribute to cell differentiation, brain development, learning, and memory. The course will give an overview of hot topics in developmental neurobiology, memory research, learning, and stress research. Students will acquire basic
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, praktische Vertiefung
  [211037] Information Security   —  Seminar
  Prof. Dr. Ghassan Karame
  • Score: 3.27  of this seminar, students will be able to study a narrowly-defined topic, understand basic insights into best research trends and practices in that topic, and write concise scientific reports with respect to their findings. Students will also develop experience in giving scientific presentations, and get valuable insights into peer-reviewing. Students will be evaluated based on the quality of their report
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     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, B.A.-Studium Aufbaumodulphase, Englische Literatur nach 1700, Übungen
  [050633] Introduction to the Study of Drama   —  Übung
  Prof. Dr. Roland Weidle
  • Score: 3.27  The course is intended to further students’ understanding of drama and theatre and to familiarize them with the basic tools of analysis. We will look at the generic features of the dramatic genre/medium taking into account its performative and pragmatic nature and contexts. Sessions will be devoted to different aspects such as ‘story’, ‘characterization’, ‘language’, ‘setting’ and ‘time
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry elec­tive mo­du­les LAP, Prac­tical Sub­jects
  [142262] Master-Project Advanced Optics 1   —  Projekt
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 3.27  GOALS: The stu­dents have gained prac­tical ex­pe­ri­ence in hand­ling op­to­elec­tro­nic ele­ments. Learn the ba­sics of op­ti­cal spec­trosco­py. CON­TENT: It will be wor­ked on a topic re­la­ted to cur­rent re­se­arch ac­tivi­ties. Ex­em­pla­ry to­pics are se­mi­con­duc­tor la­sers, spec­trosco­py and spin-op­to­elec­tro­nics. The pro­ject takes place as block cour­se on ap
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry elec­tive mo­du­les LAP, Prac­tical Sub­jects
  [141262] Maths for Laser engineers   —  Vorlesung mit Übung
  Dipl.-Inf. Martin Benning
  • Score: 3.27  GOALS: The par­ti­ci­pants un­der­stand the basic ma­the­ma­ti­cal con­cepts for laser en­gi­neers and are able tp apply them. They are able to apply Mat­lab for data ana­ly­sis and sim­ple si­mu­la­ti­ons. CON­TENT: Ma­the­ma­ti­cal Fun­da­men­tals Im­portant func­tions (sin, cos, exp, In, ...) Com­plex num­bers Dif­fe­ren­tia­ti­on, In­te­gra­ti­on Dif­fe­ren­ti­al equa
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     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, Erweiterungsstudien (Englisch als Drittfach), Aufbaumodulphase, Fremdsprachenausbildung
  [050692] Legal English   —  Übung
  Dr. phil. Robert William Smith
  • Score: 3.27  The course will look in detail at a variety of legal texts – and hence legal concepts – from both a legal theory and a legal practice perspective. While the legal theory part will cover basic notions and schools of jurisprudence that should permit the analysis of legal systems and their evolution over large stretches of space and long periods of time, the model chosen for understanding
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     VIII. Fakultät für Sozialwissenschaft   —  Master of Education, Mastermodul Zentrale Inhalts- und Problemfelder des sozialwissenschaftlichen Unterrichts
  [080369] S Migration and transnational relations in Postindustrial Cities (A&O, Teil II; IT, Teil I; IK, Teil I; FW, Teil III)   —  Seminar
  Prof. Dr. Ludger Pries
  • Score: 3.09  ) elaborating some basic social mechanisms that structure international migration since long, then (2) addresses the history and current relevance of migration in postindustrial cities of the UNIC network (https://www.unic.eu) and (3) finally gives opportunities to deepen in selected aspects of transnational relations and organizations caused by or inducing migration. This Master-course is part of the joint efforts of 8 European universities, integrated in the UNIC network (https://www.unic.eu), to coordinate and innovate their teaching and researching activities. Therefore, Master students of all 8 UNIC universities are welcome to participate in this course. One basic idea is to deal with all the main topics mentioned before in a comparative perspective by taking the cities of the UNIC universities
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     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Vorlesungen im Mathematik-Studium sowie für Studierende der Angewandten Informatik, Informatik, Natur- und Ingenieurwissenschaften
  [150330] Fortgeschrittene Methoden in Statistik   —  Vorlesung
  Prof. Dr. Nicolai Bissantz
  • Score: 3.09  :- Descriptive statistics and some basics of probability theory- Confidence intervals- Statistical testing (1): basic ideas and some important tests- Statistical testing (2): t-test, F-test and ANOVA- The linear model- Non-parametric methods- Multivariate statistics Der Kurs findet vom 09.08.22 - 18.08.22 (außer am 16.08.) von 08:30 - 11:00 Uhr statt. Bei Fragen diesbezüglich melden Sie sich bitte bei Herrn
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     XVII. Fakultät für Geowissenschaften   —  Institut für Geologie, Mineralogie und Geophysik, Studiengang "Geosciences M.Sc."
  [177053] Rock physics   —  Vorlesung mit Übung
  Prof. Dr. Jörg Renner
  • Score: 2.96  ) hydraulic properties; 4) Elasticity, stresses around voids; 5) Fracture of dry and saturated rocks.Lab practical:In groups up to three, students conduct simple experiments to determine basic physical properties of rocks (density, porosity, permeability).Objective: Gain understanding for the relation between physical properties of rocks and their chemical composition and microstructure. Learn the use
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     V. Fakultät für Philologie   —  Germanistik, Germanistik (übergreifend), Übergreifende Veranstaltungen
  [050353] Workshop für ausländische Studierende   —  Workshop
  Ristomatti Rouhiainen
  • Score: 2.83  deutschen Sprache werden vorausgesetzt. Please note that the workshop is not a language course; a basic knowledge of the German language is therefore required. Eine Anmeldung ist über eCampus und per E-Mail möglich. Wenn Sie Fragen haben oder sich anmelden möchten, senden Sie bitte eine E-Mail an ristomatti.rouhiainen@rub.de. Für Ihre aktive Mitarbeit (synchron), Übungsaufgaben (asynchron) sowie die
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Medizintechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher MT
  [141005] Künstliche Intelligenz für Ingenieure   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Jan Lunze
  • Score: 2.81  (www.​atp.​rub.​de) bzw. im Mood­le-Kurs. PRÜ­FUNG: schriftlich (120 min), Anmeldung: FlexNow GOALS: Stu­dents have sub­ject-spe­ci­fic basic know­ledge of sym­bo­lic in­for­ma­ti­on pro­ces­sing and their im­ple­men­ta­ti­on in al­go­rith­ms; through ex­er­ci­ses with com­pu­ters, they have a first ex­pe­ri­ence with pro­gramming lan­gua­ges of ar­ti­fi­ci­al in­tel­li­gence. CON­TENT: Basic
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Pflichtbereich, Elek­tro­tech­nik 4
  [141365] Elektrotechnik 4 - Theoretische Elektrotechnik   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Ralf Peter Brinkmann, M.Sc. Youfan He, M.Sc. Maximilian Klich, M.Sc. Kevin Köhn, M.Sc. Chunjie Wang
  • Score: 2.81  ­no­lo­gy. The stu­dents mas­ter the phy­si­cal na­tu­re of the fields and their in­ter­ac­tion with mat­ter, as well as the ma­the­ma­ti­cal con­cepts sui­ta­ble for their de­scrip­ti­on. Stu­dents will be able to un­der­stand the de­ri­va­ti­on of Max­well's equa­ti­ons from a few selec­ted basic ob­ser­va­tions and use them as tools for mo­de­ling and si­mu­la­ting im­portant phe­no­me­na. CON­TENT: In ­tro­duc­tion Ma­the­ma­ti­cal ba­sics Elec­tro­sta­tics Ma­gne­to­sta­tics So­lu­ti­on me­thods of field equa­ti­ons Elec­tro­dy­na­mics Re­gimes of elec­tro­ma­gne­tic pro­blems, ap­p­li­ca­ti­ons Beginn: 05.04.2022
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, M.Sc. Angewandte Informatik, Veranstaltungen Master PO 2020, Fachwissenschaftliche Vertiefung
  [211120] Student Conference: Research Project   —  Anleitung zu wiss. Arbeiten
  Prof. Dr. Thorsten Berger, Dr. Jacob Krüger
  • Score: 2.71  and can employ basic research methods are able to critically reflect on and review scientific publications know how to write scientific papers and present their results can plan and execute a research project Content: Research Methods: Research strategy and process Research design (experimental, case study, literature survey) Qualitative
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher PT
  [141373] Plasma Chemistry   —  Blockkurs
  Dr. Efe H. Kemaneci
  • Score: 2.71  GOALS: An in­tro­duc­tion to the plas­ma che­mis­try is the main ob­jec­tive of the cour­se wi­t­hin the fol­lowing as­pects: Un­der­stan­ding of the plas­ma and the che­mi­cal in­ter­ac­tion wi­t­hin Mo­del­ling and si­mu­la­ti­ons of the plas­ma with a focus on the che­mi­cal de­scrip­ti­on CON­TENT: Basic con­cepts of plas­ma and plas­ma che­mis­try Che­mi­cal Ki
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, Pflichtmodule
  [211011] Systemsicherheit   —  Vorlesung mit Übung
  Prof. Dr. Ghassan Karame
  • Score: 2.69  of every online service. In this course, we discuss important theoretical and analytical aspects in system security. The focus of the course is to understand basic attack strategies on modern systems and platforms, with a focus on side-channel attacks, software-based attacks, malware analysis, as well as software-based defenses (e.g., address space randomization and non-executable memory about basic protection mechanisms for modern OSs, software, and hardware systems. Students will also develop the ability to reason about the security of a given protocol and independently develop appropriate security defenses and security models. Form of examination Written exam (120 min), registraion over FlexNow Form of Teaching Lecture with exercises. An integral part of this course
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Technischer Wahlbereich, Sprach- und Au­dio­kom­mu­ni­ka­ti­on
  [141172] Sprach- und Audiokommunikation   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Rainer Martin
  • Score: 2.69  ­ti­ties and pro­ces­ses for the trans­mis­si­on of speech and audio and know how to rea­li­se high-qua­li­ty speech and audio com­mu­ni­ca­ti­on with the aid of si­gnal pro­ces­sing me­thods. The stu­dents are equip­ped with basic ma­the­ma­ti­cal skills for the ana­ly­sis and syn­the­sis of speech and audio com­mu­ni­ca­ti­on equip­ment. CON­TENT: In­tro­duc­tion Digital signal processing Design of digital filters Spectral Analysis and Synthesis Basic concepts of acoustics Introduction to room acoustics Microphone arrays for beamforming and source localization Hearing Planning and evaluation of listening tests Out­look MIS­CEL­LA­NEOUS: Beginn: 07.04.2022 Bitte melden Sie sich über Moodle https://moodle.ruhr-uni-bochum.de/course/view.php?id=44567 zu dieser Lehrveranstaltung an.
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Hochfrequente Sensoren und Systeme, Wahlpflichtbereich, Wahl­pflicht­fä­cher HSS
  [141181] Integrierte Digitalschaltungen   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Nils Pohl
  • Score: 2.69  ­schen­rech­ner PRÜ­FUNG: schriftlich (120 min), Anmeldung: FlexNow GOALS: Stu­dents know the state of the art in CMOS di­gi­tal cir­cuits in­clu­ding con­cep­tu­al and sys­tem en­gi­neers need, as well as VLSI de­si­gners to work suc­cess­ful­ly. In this case, both the theo­re­ti­cal ba­sics of the com­po­n­ents, as well as the step from the com­po­nent via the cir­cuit to the sys­tem are mas­te­red. CON ­TENT: This lec­tu­re in­tro­du­ces the main prin­ci­ples for the field of in­te­gra­ted cir­cuits and sys­tems. After an in­tro­duc­to­ry di­s­cus­sion of the fun­da­men­tals and ap­p­li­ca­ti­ons of micro­elec­tro­nics, the lec­tu­re will pro­ceed with a num­ber of de­tails of in­te­gra­ted se­mi­con­duc­tor de­vices. Af­ter­wards in­te­gra­ted di­gi­tal CMOS basic cir­cuits will be ad­dres­sed. Fi
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher PT
  [141280] Biomedical Applications of Plasma Technology   —  Vorlesung mit Übung
  Prof. Dr. Andrew R. Gibson
  • Score: 2.69  ­faces for use in bio­me­di­ci­ne, for ex­amp­le, as me­di­cal im­plants. This lec­tu­re gives in­sight into this to­pi­cal re­se­arch area by co­ver­ing the tech­ni­cal basis for plas­ma ap­p­li­ca­ti­ons in bio­me­di­ci­ne, and im­portant as­pects re­la­ted to their in­ter­ac­tions with bio­lo­gi­cal sys­tems. The lec­tu­res are or­ga­ni­zed as fol­lows: Plas­ma ba­sics At­mo­s­phe­ric pres ­su­re and low-pres­su­re plas­mas Plas­ma com­po­n­ents and modes of ac­tion Ba­sics of micro­bio­lo­gy In­flu­ence of plas­mas on pro­ka­ryo­tic and eu­ka­ryo­tic cells In­flu­ence of plas­mas on cell com­po­n­ents Ba­sics and ap­p­li­ca­ti­ons of plas­mas for sur­face dis­in­fec­tion Plas­ma-pro­du­ced coa­tings for bio­me­di­cal pur­po­ses. MIS­CEL­LA­NEOUS: EXAM: oral (30 min
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     XX. Medizinische Fakultät   —  Veranstaltungen für Studierende anderer Fakultäten, Veranstaltungen für Studierende der natur- und ingenieurwissenschaftlichen Fakultäten, Vorlesungen
  [201015] Biomedizinische Funktionssysteme II   —  Vorlesung
  Priv.-Doz. Dr. Martin Hexamer
  • Score: 2.60  -Lun­gen-Ma­schi­ne, ECMO, Herz­un­ter­stüt­zungs­sys­te­me. SONS­TI­GES: PRÜFUNG: mündlich (30 min), Anmeldung: FlexNow GOALS: On the basis of 'Bio­me­di­cal Sys­tems I', the stu­dents have ex­pan­ded their basic me­di­cal/phy­sio­lo­gi­cal know­ledge and be­co­me ac­quain­ted with other me­di­cal tech­no­lo­gy pro­ce­du­res in this se­cond part of the lec­tu­re. CON­TENT: The lec­tu­re pres­ents the phy ­sio­lo­gi­cal ba­sics of other organ sys­tems and deals with me­di­cal de­vices/pro­ce­du­res for dia­gno­sis/the­ra­py of re­la­ted di­sea­ses. Lec­tu­re con­tents are: Ba­sics of the me­a­su­re­ment of bio­po­ten­ti­als (elec­tro­des, dif­fe­ren­ti­al am­pli­fiers, in­stru­ment am­pli­fiers, iso­la­ti­on, fil­te­ring, in­ter­fe­rence sup­pres­si­on). In­flu­en­cing body func­tions with neu­ro­nal or mu ­s­cu­lar elec­tro­sti­mu­la­ti­on: Sti­mu­la­ti­on of the ske­l­etal mus­cle, car­di­ac pa­ce­makers, de­fi­bril­la­tors, blad­der and brain sti­mu­la­ti­on. Ba­sics of kid­ney func­tion: ana­to­my, fil­tra­ti­on, re­sorp­ti­on, secre­ti­on, in­vol­ve­ment in blood vo­lu­me/ blood pres­su­re re­gu­la­ti­on. Some es­sen­ti­al as­pects of he­mo­dia­ly­sis are pre­sen­ted. Notes on the salt-wa­ter and acid -ba­se ba­lan­ce. Func­tions of blood, me­a­su­re­ment of ha­e­mo­glo­bin con­tent and oxy­gen sa­tu­ra­ti­on (pulse oxi­me­try). Nut­ri­ti­on and en­er­gy ba­lan­ce: nu­t­ri­ents and food com­po­n­ents, en­er­gy ba­lan­ce, me­a­su­re­ment of en­er­gy ex­pen­ditu­re. Ba­sics of wor­king phy­sio­lo­gy: ad­ap­ta­ti­ons of the au­to­no­mic ner­vous sys­tem, the car­dio­va­s­cu­lar sys­tem and re
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     VI. Juristische Fakultät   —  Rechtswissenschaftliche Fremdsprachenlehrveranstaltungen (§ 7 Abs. 1 Ziff. 3 JAG NRW vom 11.03.2003)
  [060306] U.S. Intellectual Property Law   —  Kurs
  Dr. Judit Beke-Martos
  • Score: 2.60  Beteiligung erwartet. This course will provide students with a basic and fundamental overview of major areas of intellectual property law in the United States. We will cover topics related to United States patents, trademarks, copyrights, and trade secrets, as well as how each of these different areas are interrelated to one another. We will not only discuss how to obtain intellectual property rights
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     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Vorlesungen in den Studiengängen des Bachelor of Science in Mathematik (B.Sc.), Bachelor of Arts (B.A.), Master of Science in Mathematik (M.Sc.), Master of Education (M.Ed.)
  [150226] Differentialgeometrie II (Differential Geometry II)   —  Vorlesung
  Jun.-Prof. Dr. Luca Asselle
  • Score: 2.49  is aimed at students who would like to specialize in differential geometry, differential topology, or symplectic geometry, and is also suitable for physics students. Students are assumed to have good knowledge in analysis (Analysis 1-4) and geometry (linear algebra, differential geometry 1). Basic knowledge in functional analysis (Hilbert and Banach spaces) is desirable but not strictly necessary
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, B.Sc. Angewandte Informatik, Veranstaltungen Bachelor PO 2020, Praktische Vertiefung
  [211421] Introduction to Python   —  Praktikum
  Eddie Seabrook, Prof. Dr. rer. nat. Laurenz Wiskott
  • Score: 2.49  learning. During the second week, participants will implement a project in Python. Language The official language of the course is English, and the exams will be given in English. Content Python basics: syntax, interpreter, control structures, data types, OOP Scientific computing: NumPy, Matplotlib, scikit-learn Project: realization of a project in Python Grading Grading is based
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, M.Sc. Angewandte Informatik, Veranstaltungen Master PO 2020, Fachwissenschaftliche Vertiefung
  [260025] Designing Explainable AI (XAI)_ENG   —  Blockseminar
  Professor Dr. Christian Meske, Ina Schwanebeck-Lepski
  • Score: 2.48  . Informationen zur Veranstaltung finden Sie auf der Homepage des Lehrstuhls. www.ruhr-uni-bochum.de/sski Important dates: see “other information” at the end Participation requirements: Basic knowledge in the topic of Artificial Intelligence/Machine Learning Interest in the scientific development and evaluation of IT-artifacts, which goes hand in hand with literature work Willingness to deal with qualitative and quantitative evaluation methods Interest in prototyping Recommended prior knowledge: Basic knowledge of artificial intelligence and/or relevant programming skills (e.g., Python) Familiarity with (graphics) software for the design of prototypical information systems (e.g., their user interfaces) Learning outcomes The course is aimed at students of the M.Sc. Applied Computer
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, Wahlpflichtmodule
  [211015] Programmanalyse   —  Vorlesung mit Übung
  Prof. Dr. Kevin Borgolte
  • Score: 2.48  ­ly­sis. Stu­dents have basic un­der­stan­ding of both sta­tic and dy­na­mic me­thods for ana­ly­zing a given pro­gram. They are able to de­scri­be va­rious as­pects of pro­gram ana­ly­sis and apply them to new pro­blems. CON­TENT: The cour­se will cover, among other as­pects, the fol­lowing to­pics and tech­ni­ques from the area of pro­gram ana­ly­sis: Sta­tic and dy­na­mic ana­ly­sis of pro ­grams Ana­ly­sis of con­trol and data flow Sym­bo­lic exe­cu­ti­on Taint tra­cking Bi­na­ry In­stru­men­ta­ti­on Pro­gram sli­cing Over­view of exis­ting ana­ly­sis tools In the first part of the cour­se, an in­tro­duc­tion to x86/x64 as­sem­bler is given and the basic tech­ni­ques of re­ver­se en­gi­nee­ring are pre­sen­ted. The lec­tu­res are ac­com­pa­nied by ex­er­ci­ses, in which the pre
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum EL
  [142301] Master Praktikum fortgeschrittener Layout-Entwurf integrierter Schaltungen   —  Praktikum
  Prof. Dr.-Ing. Jürgen Oehm
  • Score: 2.48  ­tung. SONS­TI­GES: Die Teil­neh­mer­zahl auf 6 Stu­die­ren­de be­grenzt! Der Ver­an­stal­tungs­ter­min wird wäh­rend der Vor­be­spre­chung fest­ge­legt. An­mel­dung bei Do­mi­nik Veit, ID 1/352 oder per E-Mail an:  dominik.​veit@​ais.​ruhr-uni-bo­chum.​de PRÜ­FUNG: Praktikum GOALS: The ba­sics of lay­out de­sign of in­te­gra­ted cir­cuits are fur­ther deepe­ned. For this pur­po­se, the un :  dominik.​veit@​ais.​ruhr-uni-bo­chum.​de Blockveranstaltung Baker, R. Jacob "CMOS -- CIR­CUIT DE­SIGN, LAY­OUT, AND SI­MU­LA­TI­ON", I.​E.​E.​E.​Press, 2005 Saint, Chris­to­pher, Saint, Judy "IC Lay­out Ba­sics -- A PRAC­TIAL GUIDE", McGraw-Hill Pro­fes­sio­nal, 2004 Saint, Chris­to­pher, Saint, Judy "IC Mask De­sign -- ES­SEN­TI­AL LAY­OUT TECH­NI­QUES", McGraw-Hill Pro­fes­sio­nal, 2002
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Hochfrequente Sensoren und Systeme, Pflichtbereich
  [141389] Mikrosystemtechnik   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Martin Hoffmann
  • Score: 2.44  ­ces­ses and to apply it using ope­ra­ting fi­gu­res. They are also ca­pa­ble to exe­cu­te basic prin­ci­ples of micro­sys­tems tech­no­lo­gy dis­creet­ly. They are fa­mi­li­ar with the spe­cial pro­per­ties of si­li­con as a me­cha­ni­cal ma­te­ri­al. They are able to de­scri­be ac­cu­ra­te­ly the fun­da­men­tal con­cepts of trans­du­cers in micro­sys­tems tech­no­lo­gy and can apply them to basic ap ­cu­li­a­ri­ties of mi­ni­mi­sing sen­sors and ac­tors are di­s­cus­sed, based on the me­thod of sca­ling and with the help of non­di­men­sio­nal ope­ra­ting fi­gu­res. A focus is put on de­ve­lo­ping an un­der­stan­ding of the spe­ci­fic pro­per­ties of micro­sys­tems. Fun­da­men­tals of micro­me­cha­nics: The first part starts by in­tro­du­cing the basic prin­ci­ples of me­cha­nics re­le­vant for MST. In the se ­portant trans­du­cer con­cepts of non-elec­tri­cal and elec­tri­cal do­mains are pre­sen­ted, in­clu­ding both basic sen­so­ry and ac­to­ry trans­du­cers. By means of con­ti­nui­ty and ba­lan­ce equa­ti­ons it is shown, that many phy­si­cal do­mains can also be de­scri­bed as net­works. Three selec­ted trans­du­cers and their cor­re­spon­ding sys­te­ma­tic ap­proa­ches are ana­ly­sed in more de­tail: a di ­gi­tal light pro­ces­sor used in video pro­jec­tion, an an­gu­lar rate sen­sor and a micro­pho­ne. Tech­no­lo­gies used in micro­sys­tems tech­no­lo­gy: The cour­se is con­clu­ded with an in­tro­duc­tion into the basic tech­no­lo­gies used in micro­sys­tems tech­no­lo­gy. Here, only a short out­li­ne of the dif­fe­rent pro­ces­ses is given. It is de­mons­tra­ted how mo­di­fied se­mi­con­duc­tor pro
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher KT
  [141168] Embedded Multimedia   —  Vorlesung mit Übung
  Dr.-Ing. Wolfgang Theimer
  • Score: 2.41  ­FUNG: schriftlich (120 min), Anmeldung: FlexNow GOALS: Stu­dents ac­qui­re basic skills for sys­tem de­sign, im­ple­men­ta­ti­on, in­te­gra­ti­on and tes­ting of mul­ti­me­dia so­lu­ti­ons in the field of em­bed­ded sys­tems. They are able to eva­lua­te hard­ware and soft­ware ar­chi­tec­tu­res of em­bed­ded mul­ti­me­dia sys­tems. They gain pro­gramming ex­pe­ri­ence using a Lin­ux-ba­sed plat­form and solve a mul­ti­me­dia com­mu­ni­ca­ti­on pro­blem in a pro­ject team. CON­TENT: The cour­se teaches the ba­sics for car­ry­ing out de­ve­lop­ment work in the field of em­bed­ded sys­tems and fo­cu­ses on mul­ti­me­dia tech­no­lo­gies. At the be­gin­ning of the lec­tu­re a short in­tro­duc­tion into the de­ve­lop­ment pro­ces­ses such as sys­tem en­gi­nee­ring, soft­ware de­ve­lop­ment and test pro ­ce­du­res is given to pre­pa­re the pro­ject teams me­tho­di­cal­ly. Sub­se­quent­ly, basic hard­ware and soft­ware ar­chi­tec­tu­res of em­bed­ded sys­tems are pre­sen­ted in order to enable the stu­dents to clas­si­fy so­lu­ti­on con­cepts. The cour­se then fo­cu­ses on the de­tai­led ana­ly­sis of an em­bed­ded plat­form using the Raspber­ry Pi as an ex­amp­le. The use of the pro­ces­sor plat­form and the pe
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Op­ti­cal Me­tro­lo­gy
  [141263] Optical Metrology   —  Vorlesung mit Übung
  Dr.-Ing. Carsten Brenner, Prof. Dr.-Ing. Nils Gerhardt
  • Score: 2.40  ­no­lo­gy in many di­sci­pli­nes. At first, the basic cha­rac­te­ris­tics of light and its in­ter­ac­tion with mat­ter are poin­ted out in a short fun­da­men­tal ch­ap­ter. Sub­se­quent­ly, the tools of op­ti­cal me­tro­lo­gy, i.e. ac­tive and pas­si­ve op­ti­cal ele­ments are di­s­cus­sed. The main part of the lec­tu­re deals with me­a­su­ring tech­ni­ques like: geo­me­try me­a­su­re­ments, pro
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum KT
  [142040] Master-Projekt DSP   —  Projekt
  Prof. Dr.-Ing. Dorothea Kolossa
  • Score: 2.39  ­sen­ted in the first on­line mee­ting on April 16, 2021, 10-11 am. Any ques­ti­ons in this re­spect will be an­s­we­red in this mee­ting. Re­gis­tra­ti­on for the cour­se in ad­van­ce is man­d­ato­ry! Plea­se send an email until April 14, 2021, 11:59 p.m. using your RUB email ad­dress with the sub­ject "An­mel­dung Kurs 142040 So­Se2021" to wentao.​yu[at]rub.​de and benedikt.​boenninghoff[at]rub.​de. All fur
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     VI. Juristische Fakultät   —  Rechtswissenschaftliche Fremdsprachenlehrveranstaltungen (§ 7 Abs. 1 Ziff. 3 JAG NRW vom 11.03.2003)
  [060317] Law, Democracy and Disagreement***   —  Kurs
  Dr. Judit Beke-Martos, Dr. Felipe Oliveira de Sousa
  • Score: 2.31  constitutionalism is in crisis. Modern societies have been for a long time permeated by strong political and moral disagreements. With the rise of populism and nationalist politics in Europe, US and beyond, the situation seems to have become radicalized in recent years. Disagreements are now so widespread that the very basic notions of democracy and of political community are at stake. This raises a number
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Laser Ma­te­ri­als Pro­ces­sing
  [139960] Laser materials processing   —  Vorlesung
  Prof. Dr.-Ing. Andreas Ostendorf
  • Score: 2.31  GOALS: The stu­dents will learn about the ba­sics of the dif­fe­rent pro­ces­sing me­thods. They should be able to esti­ma­te be­ne­fits and li­mi­ta­ti­ons of the dif­fe­rent me­thods and to com­pa­re them with con­ven­tio­nal pro­duc­tion tech­ni­ques. CON­TENT: First of all the prin­ci­ples of dif­fe­rent high power la­sers and their sui­ta­bi­li­ty for ma­te­ri­al pro­ces­sing are trea
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     VIII. Fakultät für Sozialwissenschaft   —  2-Fächer Master: Studienfach Sozialwissenschaft, Studienrichtung Sozialtheorie und Kulturpsychologie, Mastermodul Kulturpsychologie, Kultur- und Sozialtheorie
  [080413] S - Hegemony: Between Marx and Freud (KPKS, Teil I / II; IK, Teil I / II)   —  Seminar
  Dr. Anup Dhar, Sandra Plontke, Bent Schiemann
  • Score: 2.31  : Studiennachweis: regelmäßige Teilnahme, Referat (auch Gruppenreferat) mit Handout sowie zwei Kurzkritiken zu beliebigen Themen in beliebigen Sitzungen; Modulprüfung: regelmäßige Teilnahme, Referat (auch Gruppenreferat) mit Handout oder zwei Kurzkritiken zu beliebigen Themen in beliebigen Sitzungen und Ausarbeitung einer Hausarbeit (ca. 20 Seiten) Lecturer: Dr. Anup Dhar 3 Blocktermine, N.N. Basic Texts
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Pflichtbereich
  [141366] Technische Hochfrequenzplasmen   —  Vorlesung
  Apl. Prof. Dr. Julian Schulze
  • Score: 2.30  ­zen­ten. GOALS: The stu­dents are pro­fi­ci­ent in the theo­re­ti­cal ba­sics re­qui­red for the de­scrip­ti­on of par­ti­cle trans­port, she­aths, hea­ting me­cha­nis­ms, and equi­li­bri­um con­cepts in high fre­quen­cy tech­no­lo­gi­cal plas­mas. They are fa­mi­li­ar with selec­ted plas­ma dia­gnostics and si­mu­la­ti­on tech­ni­ques. They know dif­fe­rent types of tech­no­lo­gi­cal high fre­quen­cy plas ­tro­duc­tion Ba­sics Trans­port She­ath mo­dels Hea­ting me­cha­nis­ms Equi­li­bri­um con­cepts Selec­ted dia­gnostics and si­mu­la­ti­on tech­ni­ques Ca­pa­ci­ti­ve Radio Fre­quen­cy Plas­mas In­duc­tive Radio Fre­quen­cy Plas­mas Ap­p­li­ca­ti­ons All con­tent is can be down­loa­ded via the lec­tu­re web­site in di­gi­ta­li­zed form. The lec­tu­re and tu­to­ri­al in­clu­de re­cent in
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, Pflichtmodule
  [211009] Einführung in die Kryptographie 2   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Christof Paar
  • Score: 2.22  ­dents will have know­ledge of the basic ap­p­li­ca­ti­ons of asym­me­tric and hy­brid me­thods. They are able to de­ci­de under which con­di­ti­ons cer­tain me­thods are used in prac­tice and how the se­cu­ri­ty pa­ra­me­ters should be selec­ted. They are fa­mi­li­ar with the ba­sics of ab­stract thin­king in IT se­cu­ri­ty en­gi­nee­ring. On the other hand, the stu­dents achie­ve an al­go­rith­mic and tech . The bi­lin­gu­al eLe­arning offer the­re­fo­re enables stu­dents to ac­qui­re lan­gua­ge skills in the English lan­gua­ge. CON­TENT: The cour­se of­fers a ge­ne­ral in­tro­duc­tion to the func­tio­na­li­ty of mo­dern cryp­to­gra­phy and data se­cu­ri­ty. Basic terms and ma­the­ma­ti­cal/tech­ni­cal me­thods of cryp­to­gra­phy and data se­cu­ri­ty are ex­plained. Re­le­vant asym­me­tric me ­go­rith­ms and di­gi­tal si­gna­tu­res. This part is com­ple­ted by hash func­tions, which play an im­portant role for di­gi­tal si­gna­tu­res and Mes­sa­ge Au­then­ti­ca­ti­on Codes (MACs or cryp­to­gra­phic checks­ums). The se­cond part of the lec­tu­re di­s­cus­ses the ba­sics of se­cu­ri­ty so­lu­ti­ons based on the con­cepts of sym­me­tric and asym­me­tric cryp­to­gra­phy. Es­pe­ci­al­ly the so
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum EL
  [142062] Master-Praktikum Mess- und Regelschaltungen mit Mikrocontrollern   —  Praktikum
  M. Sc. Peter Haussmann, Prof. Dr.-Ing. Thomas Musch
  • Score: 2.15  ://moodle.ruhr-uni-bochum.de/course/view.php?id=1569 Das Passwort zum Kurs lautet „Roboterpraktikum2022“ PRÜ­FUNG: Praktikum GOALS: At­ten­dees get in­sight to sense and con­trol cir­cui­try, which is do­mi­na­ted by the use of micro con­trol­lers. By using an au­to­no­mous run­ning ro­bo­ter, theo­re­ti­cal as­pects are im­ple­men­ted in a prac­tical setup. CON­TENT: Theo­re­ti­cal Ba­sics of Micro Con­trol­lers Low-le­vel prgo
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Pho­to­nics, Pho­to­nics
  [141261] Photonics   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 2.15  GOALS: The stu­dents have le­ar­ned the fun­da­men­tals of op­ti­cal in­for­ma­ti­on trans­fer and re­trie­val. The have ac­qui­red basic know­ledge of la­sers, li­ne­ar and non-li­ne­ar op­tics and un­der­stand the con­cepts of op­ti­cal me­mo­ries (CD, DVD) and op­ti­cal tel­e­com­mu­ni­ca­ti­on. CON­TENT: The lec­tu­re starts with the fun­da­men­tals of li­ne­ar op­tics (re­frac­tion, dif
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     V. Fakultät für Philologie   —  Germanistik, Germanistische Linguistik, Hauptseminare, Hauptseminare B.A.
  [050406] Text-Ähnlichkeit in den Digital Humanities   —  Hauptseminar
  Dr. rer. nat. Maria Berger
  • Score: 2.15  to the basic elements of paraphrasing: word substitutions (e.g. through synonyms), generalization and specification (e.g. through the use of hypernyms or hyponyms), all of them with high frequency, rearrangement of whole sentences or parts of sentences, but also translation of individual text passages. Although the challenge of paraphrasing in automatic language processing is an interesting challenge
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Medizintechnik, Pflichtbereich
  [141223] Tomographische Abbildungsverfahren in der Medizin   —  Vorlesung mit Übung
  Dr.-Ing. Stefanie Dencks, Prof. Dr.-Ing. Georg Schmitz
  • Score: 2.09  ­ging pro­ce­du­res (X-ray com­pu­ted to­mo­gra­phy, ma­gne­tic re­so­nan­ce ima­ging). They know the basic tech­ni­cal com­po­n­ents of the ima­ging sys­tems under con­s­i­de­ra­ti­on and can ex­plain how they work. They un­der­stand the basic phy­si­cal ef­fects (e.g. X-ray at­te­nua­ti­on, nu­cle­ar ma­gne­tic re­so­nan­ce) and can di­s­cuss them. Stu­dents un­der­stand the theo­ry of to­mo­gra­phic re ­a­su­res the pe­ne­tra­ti­on of X-rays through a vo­lu­me to be ima­ged at dif­fe­rent angles and re­con­structs the X-ray at­te­nua­ti­on co­ef­fi­ci­ent. Ma­gne­tic re­so­nan­ce to­mo­gra­phy (MR), on the other hand, uses nu­cle­ar ma­gne­tic re­so­nan­ce ef­fects and ima­ges pro­ton den­si­ties weigh­ted by re­la­xa­ti­on times. From the phy­si­cal and ma­the­ma­ti­cal ba­sics to prac­tical­ly im­portant re
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Hochfrequente Sensoren und Systeme, Wahlpflichtbereich, Wahl­pflicht­fä­cher HSS
  [141062] Analoge Schaltungstechnik   —  Vorlesung mit Übung
  M. Sc. Robin Kaesbach, Prof. Dr.-Ing. Thomas Musch
  • Score: 2.02  ://moodle.ruhr-uni-bochum.de/course/view.php?id=21780 Das Passwort zum Kurs lautet „AST_2k22“  PRÜ­FUNG: mündlich (30 min), Anmeldung: FlexNow Ter­min nach Ab­spra­che mit dem Do­zen­ten. GOALS: The stu­dents know basic me­thods re­gar­ding error re­duc­tion in ana­log in­te­gra­ted cir­cuits. Mo­re­over, they can apply the di­s­cus­sed tech­ni­ques on com­mer­ci­al cir­cuits. Ba­sing on ana­ly­ti­cal and nu­me­ri­cal me­thods, the stu
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     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, Erweiterungsstudien (Englisch als Drittfach), Aufbaumodulphase, Englische Literatur bis 1700
  [050629] The Canterbury Tales: How to Do Things with Words and Narrative (SUMMER SCHOOL)   —  Seminar
  Julia Wellnitz
  • Score: 2.02  and narrative construction. The focus will be on The Canterbury Tales, but we will also analyse other selected Middle English texts. We will also ask the question in what ways historical pragmatics and modern narratology differ from or complement each other when it comes to their usefulness for examining literary texts. Willingness to engage with theory, basic knowledge of Middle English will be helpful
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Laser Tech­no­lo­gy
  [138950] Laser technology   —  Vorlesung
  Prof. Dr. rer. nat. Evgeny Gurevich
  • Score: 1.89  ­ne­ra­te short and ul­tras­hort laser pul­ses. CON­TENT: After an in­tro­duc­tion into the dif­fe­rent en­er­gy le­vels in atoms and mole­cu­les and a basic de­scrip­ti­on of the quan­tum me­cha­nics con­cept the dif­fe­rent prin­ci­ples of light-mat­ter in­ter­ac­tion are de­ri­ved, i.e. ab­sorp­ti­on, spon­ta­neous emis­si­on and sti­mu­la­ted emis­si­on. Se­cond, the rate equa­ti­ons will be pre
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher KT
  [141210] Lineare zeitvariante Systeme: Methoden und Anwendungen   —  Vorlesung mit Übung
  Priv. Doz. Dr.-Ing. Karlheinz Ochs
  • Score: 1.82  ­bust­ness of the ge­ne­ral ti­me-va­ri­ant sys­tem for trans­mit­ting di­gi­tal si­gnals. Fur­ther­mo­re, the dif­fe­rent sys­tems are clas­si­fied into sys­tems being con­stant or pe­ri­odic with re­spect to time or fre­quen­cy. In par­ti­cu­lar, it is shown how ti­me-va­ri­ant trans­mis­si­on be­ha­vi­or can be ap­pro­xi­ma­ted by high-per­for­mance mo­dels. The fol­lowing spe­ci­fic ap­p­li­ca­ti­ons will be di
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher PT
  [141279] Numerische Methoden in der Elektrodynamik   —  Vorlesung mit Übung
  Dr.-Ing. Sebastian Wilczek
  • Score: 1.79  ­gen, E-Mail an: se­bas­ti­an.​wil­cze­k@​rub.​de PRÜ­FUNG: mündlich (30 min), Anmeldung: FlexNow GOALS: The stu­dents learn the ba­sics of nu­me­ri­cal me­thods, which are es­pe­ci­al­ly im­portant in the field of elec­tro­dy­na­mics. The focus is on nu­me­ri­cal cal­cu­la­ti­on of fields and par­ti­cle mo­ti­on as well as error cal­cu­la­ti­on. Stu­dents will per­form nu­me­ri­cal cal
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Pflichtbereich, Elek­tro­nik 2
  [141066] Elektronik 2 - Schaltungen   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Thomas Musch, Dr.-Ing. Gordon Notzon
  • Score: 1.69  ­tro­nic pro­blems and syn­the­si­ze elec­tro­nic cir­cuits. CON­TENT: The lec­tu­re 'Elec­tro­nics 2 - Cir­cuits' pro­vi­des the ba­sics of cir­cui­try with elec­tro­nic com­po­n­ents. Based on the pro­per­ties of both dis­cre­te pas­si­ve and ac­tive elec­tro­nic com­po­n­ents, for the in­crea­sed com­ple­xi­ty of elec­tro­nic cir­cuits the trans­mis­si­on be­ha­vi­or is de­ter­mined ana -sca­le be­ha­vi­or Basic tran­sis­tor cir­cuits Bias point ad­just­ment and tem­pe­ra­tu­re sta­bi­li­ty Ad­van­ced cir­cuit de­sign, dif­fe­ren­ti­al am­pli­fiers, cur­rent mir­rors, out­put sta­ges Feed­back cir­cuits, po­si­ti­ve- and ne­ga­ti­ve feed­back Ope­ra­tio­nal am­pli­fiers, oscil­la­tors, com­pa­ra­tors Power sup­p­ly cir­cuits, li­ne­ar and swit­ching power out­put sta
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     VIII. Fakultät für Sozialwissenschaft   —  1-Fach Master: Studienprogramm Kultur und Person, Mastermodul Kulturpsychologie, Kultur- und Sozialtheorie
  [080306] S Subject and Culture Contemporary Intellectual Polemics (KPKS, Teil I/II)   —  Seminar
  Leon Brenner, Bent Schiemann
  • Score: 1.60  , consciousness, and the relationship between the individual and the social. The seminar is divided into two major topics: “Subject Theory” and “Cultural and Social Theory”, both presenting complimentary perspectives on the relationship between subjectivity and culture. Another major goal is to demonstrate the crucial value these intellectual debates hold for psychologists today. Preparatory reading of basic
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher PT
  [142360] International Summer School   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Peter Awakowicz, Prof. Dr. rer. nat. Ralf Peter Brinkmann
  • Score: 1.60  an up-to-da­te over­view of the topic. CON­TENT: The “In­ter­na­tio­nal Sum­mer School on Low Tem­pe­ra­tu­re Plas­ma Phy­sics: Ba­sics and Ap­p­li­ca­ti­ons” will give gra­dua­te MSc / PhD stu­dents world-wi­de a solid in­tro­duc­tion and a con­cise over­view of low-tem­pe­ra­tu­re plas­ma phy­sics and ser­ves as a forum pro­vi­ding co­he­rent edu­ca­ti­on in plas­ma sci­ence. The School has be
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher KT
  [141122] Antennen für die Mobil- und Satellitenkommunikation   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Matthias Geissler
  • Score: 1.60  ­ten­nas for user ter­mi­nals, one should not only con­s­i­der the gain and the an­ten­na ef­fi­ci­en­cy, but also the elec­tri­cal ef­fects of the phone chas­sis, as well as the in­flu­ence of the user’s pre­sence have to be in­clu­ded into the de­sign. Be­si­des, elec­tro­nic be­am­for­ming an­ten­nas come more and more into the focus. This lec­tu­re starts with an­ten­na ba­sics, pro­vi­des an over ­view of clas­si­cal an­ten­na types and puts em­pha­sis on prac­tical an­ten­na en­gi­nee­ring show­ing a lot of sta­te-of-the-art an­ten­na de­signs for cur­rent and fu­ture mo­bi­le and sa­tel­li­te com­mu­ni­ca­ti­ons. Con­tents: Basic an­ten­na types, ty­pi­cal ap­p­li­ca­ti­ons Hert­zi­an Di­po­le, li­ne­ar an­ten­nas, PIFA, IFA, Micros­trip An­ten­nas An­ten­na ar­rays, aper­tu­re an
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2013), Wahlpflicht Module Elektronik, Ba­che­lor-Prak­ti­kum En­er­gie­tech­nik
  [142080] Bachelor-Praktikum Energietechnik   —  Praktikum
  Prof. Dr.-Ing. Constantinos Sourkounis
  • Score: 1.52  eine normale Durchführung des Praktikums unter Einhaltung der in der Einführungsveranstaltung bekannt gegebenen Covid-19-Maßnahmen. PRÜ­FUNG: Praktikum GOALS: Stu­dents get fa­mi­li­ar with hand­ling elec­tri­cal equip­ment and basic me­a­su­ring me­thods in power en­gi­nee­ring. By pre­pa­ring, exe­cu­ting, do­cu­men­ting and eva­lua­ting ex­pe­ri­ments, they gain va­luable prac­tical ex ­dents learn to col­la­bo­ra­te ef­fec­tive­ly and how to use this abi­li­ty for their fu­ture work life. CON­TENT: The most im­portant elec­tri­cal equip­ment ex­plained in the lec­tu­re “Fun­da­men­tals of Elec­tric En­gi­nee­ring III” is ex­amined by the stu­dents in per­son du­ring the lab “Ba­sics of Elec­tri­cal Power En­gi­nee­ring”. A total of six ex­pe­ri­ments is avail­able: i.e. sh­unt-wound DC
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     XX. Medizinische Fakultät   —  Veranstaltungen für Studierende anderer Fakultäten, Veranstaltungen für Studierende der natur- und ingenieurwissenschaftlichen Fakultäten, Kurse und Praktika
  [202620] Master-Praktikum Biomedizinische Messtechnik   —  Praktikum
  Priv.-Doz. Dr. Martin Hexamer
  • Score: 1.39  ­ces­sing. The ex­pe­ri­ence of phy­sio­lo­gi­cal ba­sics on the own body. CON­TENT: The prac­tical cour­se deepens the lec­tu­re Bio­me­di­cal Sys­tems I in 4 ex­pe­ri­men­tal blocks. Me­a­su­re­ment of Bio­po­ten­ti­als: Dif­fe­ren­ti­al am­pli­fier, in­stru­men­ta­ti­on am­pli­fier, iso­la­ti­on, fil­te­ring, re­gis­tra­ti­on of ECG, EMG and EEG on the own body. Spi­ro­me­try and re­spi­ra­to­ry gas ana­ly­sis: Spi­ro­me­tric basic data will be collec­ted at a cli­ni­cal work­place. Fur­ther­mo­re, the en­er­gy con­ver­si­on in the body will be me­a­su­red and the ef­fi­ci­en­cy of cy­cling will be de­ter­mined. Au­to­ma­tic blood pres­su­re me­a­su­re­ment: Using an elec­tric air pump, a blood pres­su­re cuff with micro­pho­ne, a pres­su­re sen­sor and elec­tro­ma­gne­tic val­ves, a Mat
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Energiesystemtechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher EST
  [141089] Intelligente Netze   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Michael Laskowski
  • Score: 1.39  ­nec­tion with the en­er­gy tran­si­ti­on. At the end of the lec­tu­re, they will be able to de­scri­be the basic struc­tu­res of "in­tel­li­gent net­works" and to apply en­er­gy-re­la­ted and ICT-re­le­vant as­pects. CON­TENT: The lec­tu­re "In­tel­li­gent Net­works" deals with the ef­fects of the en­er­gy tran­si­ti­on on the di­stri­bu­ti­on net­work. Es­pe­ci­al­ly the di­stri­bu­ti­on net­work is cur of ac­tivi­ty of the en­er­gy in­dus­try Smart Grids The topic "Smart Grids" is struc­tu­red as fol­lows: Ba­sics of Smart Grids and ICT Tech­no­lo­gy (ICT = In­for­ma­ti­on and Com­mu­ni­ca­ti­on Tech­no­lo­gy) Fle­xi­bi­li­ty of load and ge­ne­ra­ti­on in di­stri­bu­ti­on net­works Use of sto­r­a­ge in the di­stri­bu­ti­on net­work Ef­fects of elec­tro mo­bi­li­ty on di
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Energiesystemtechnik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum EST
  [142083] Master-Praktikum Regenerative Elektrische Energietechnik   —  Praktikum
  Prof. Dr.-Ing. Constantinos Sourkounis
  • Score: 1.39  , Details sind im Moodle-Kurs angegeben. PRÜ­FUNG: Praktikum GOALS: The stu­dents ex­pand and ex­tend their know­ledge in the area of re­ne­wa­ble en­er­gy sys­tems. They learn how to apply theo­ry, as known from se­ver­al lec­tu­res, to re­ne­wa­ble en­er­gy sour­ces. They be­co­me able to con­fi­gu­re, ana­ly­ze and op­ti­mi­ze re­ne­wa­ble en­er­gy sys­tems and as­so­cia­ted basic power elec ­mu­la­ti­on, part­ly test bench) cover pho­to­vol­taics, wind en­er­gy, en­er­gy ma­nag­ment in de­cen­tra­li­zed sys­tems, cha­rac­te­ris­tics of basic power elec­tro­nic to­pool­gies, grid con­di­tio­ning tech­ni­ques and the in­ter­gra­ti­on of re­ne­wa­ble en­er­gy. The soft­ware pack­a­ge Ane­sys is used to con­fi­gu­re, ana­ly­se and op­ti­mi­ze re­ne­wa­ble en­er­gy sys­tems. MIS­CEL­LA­NEOUS:
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2013), Wahlpflicht Module Elektronik, Elek­tro­ni­sche Ma­te­ria­li­en
  [141381] Elektronische Materialien   —  Vorlesung mit Übung
  Dr.-Ing. Claudia Bock
  • Score: 1.39  ­FUNG: mündlich (30 min), Anmeldung: FlexNow GOALS: A basic un­der­stan­ding of (1) struc­tu­ral pro­per­ties of crys­tal­li­ne ma­te­ri­als, (2) elec­tri­cal pro­per­ties of me­tals, (3) the elec­tro­nic pro­per­ties of un­d­o­ped and doped se­mi­con­duc­tors and (4) ato­mis­tic me­cha­nis­ms of dielec­tric and ma­gne­tic ma­te­ri­als was gained. CON­TENT: The ope­ra­ti­on of elec­tro­nic de­vices is based on the pro­per­ties of the ma­te­ri­als from which they are pro­du­ced. What re­a­son spe­ci­fies a ma­te­ri­al to be a con­duc­tor or in­su­la­tor and why does a se­mi­con­duc­tor ser­ves as basic ma­te­ri­al for micro­elec­tro­nic de­vices? The cour­se “elec­tro­nic ma­te­ri­als” shall ge­ne­ra­te a fun­da­men­tal un­der­stan­ding of the elec­tro­nic pro­per­ties of me­tals and se
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, B.Sc. IT-Sicherheit, Veranstaltungen Bachelor PO 2020, Pflichtmodule
  [141304] Digitaltechnik   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Jürgen Oehm
  • Score: 1.29  ­le­sungs­in­hal­te un­mit­tel­bar auf jedem ver­füg­ba­ren PC/Lap­top ohne be­son­de­ren In­stal­la­ti­ons­auf­wand nach­voll­zo­gen und ein­ge­übt wer­den. PRÜ­FUNG: schriftlich (120 min), Anmeldung: FlexNow GOALS: Stu­dents ac­qui­re com­pre­hen­si­ve know­ledge in the fields of Boo­le­an al­ge­bra, struc­tu­re and func­tio­na­li­ty of di­gi­tal basic cir­cuits, cost op­ti­miza­t­i­on of di­gi­tal unc ­tion groups, tech­ni­ques for clock-syn­chro­nous pro­ces­sing of data, co­ding and pro­ces­sing of data, struc­tu­re and func­tio­na­li­ty of such basic func­tio­na­li­ties, which are in par­ti­cu­lar cen­tral com­po­n­ents in micropro­ces­sor ar­chi­tec­tu­res and their en­vi­ron­ment. Gui­de­lines for know­ledge trans­fer are the cir­cuit-tech­ni­cal pos­si­bi­li­ties and li­mits of mo­dern CMOS logic of or­ga­niza­t­i­on) clock-syn­chro­nous tech­ni­ques for data pro­ces­sing ALU in en­vi­ron­ments for micro­pro­gramming, micro­pro­gramming con­cepts for se­ri­al data trans­mis­si­on basic idea of A/D and D/A con­ver­ters con­cept: scalable stan­dard logic cells, CMOS logic Over­view: logic ana­ly­sis, tools for logic ana­ly­sis, HDL de­sign lan­gua­ges Moore, More than Moore MIS
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Automatisierungstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher AT
  [141013] Vernetzte Regelungssysteme   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Jan Lunze
  • Score: 1.23  ­for­ma­ti­on for sol­ving con­trol pro­blems and to sys­te­ma­ti­cal­ly de­sign the com­mu­ni­ca­ti­on struc­tu­re of net­wor­ked con­trol.  CON­TENT: Graph theo­re­ti­cal ba­sics Syn­chro­ni­zing con­trol of mul­ti-agent sys­tems (Ap­p­li­ca­ti­on ex­amp­le: con­trol of ve­hi­cle pla­toons) Self-or­ga­niza­t­i­on in net­wor­ked dy­na­mic sys­tems (Ex­amp­le: for­ma­ti­on of mul­ti­ro­bot sys­tems) De
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, M.Sc. Angewandte Informatik, Veranstaltungen Master PO 2020, Anwendungsmodule
  [141220] Bildverarbeitung in der Medizin   —  Vorlesung mit Übung
  Dr.-Ing. Stefanie Dencks
  • Score: 1.18  ­fer the me­thods to other ap­p­li­ca­ti­on areas. Ex­er­ci­ses in small groups on com­pu­ters enable the stu­dents to apply the ac­qui­red know­ledge in a small team, and to ex­plain and di­s­cuss their so­lu­ti­ons. CON­TENT: Basic prin­ci­ples and spe­ci­fic me­thods of image pro­ces­sing are in­tro­du­ced, which are par­ti­cu­lar­ly ap­p­lied to me­di­cal image data. Howe­ver, se­ver­al of these me ­thods are also ap­p­lied in other ap­p­li­ca­ti­on areas, e.g. in in­dus­tri­al image pro­ces­sing. In the first sec­tion, both the re­cep­ti­on by the human vi­su­al sys­tem is out­lined, and the stu­dents are fa­mi­li­a­ri­zed with the de­fi­ni­ti­ons and basic prin­ci­ples of image pro­ces­sing as well (dis­cre­tiza­t­i­on, sam­pling theo­rem, glo­bal pa­ra­me­ters of ima­ges). The se­cond sec­tion im
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Pflichtbereich, Elek­tro­tech­nik 2
  [141288] Elektrotechnik 2 - Felder   —  Vorlesung mit Übung
  Dr.-Ing. Ralf Hereth, Dr.-Ing. Gerhard Roll
  • Score: 1.14  ­for­ma­tor; Er­satz­schal­tun­gen für den rea­len Trans­for­ma­tor; Ein­satz­be­rei­che von Trans­for­ma­to­ren SONS­TI­GES: PRÜ­FUNG: schriftlich (120 min), Anmeldung: FlexNow GOALS: Stu­dents have a basic un­der­stan­ding of Max­well's equa­ti­ons in in­te­gral form as well as of selec­ted ap­p­li­ca­ti­ons. They are able apply the equa­ti­ons to solve sim­ple pro­blems. CON­TENT: Max­well's equa
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher PT
  [141290] Plasmaspektroskopie   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Peter Awakowicz
  • Score: 1.14  ­po­n­ents and lay­outs of spec­tro­me­ters are ex­plained and de­mons­tra­ted how the re­so­lu­ti­on of the sys­tem can be in­flu­en­ced. Fur­ther­mo­re, the pro­ce­du­res and pro­blems of wa­ve­length, re­la­ti­ve, and ab­so­lu­te ca­li­b­ra­ti­on are di­s­cus­sed. In the se­cond part, the basic prin­ci­ples of ato­mic phy­sics are pre­sen­ted, star­ting with the Bohr model to the Schrö­din­ger equa
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Medizintechnik, Wahlpflichtbereich, Mas­ter-Se­mi­nar MT
  [143220] Master-Seminar Medizintechnik   —  Seminar
  Dr.-Ing. Stefanie Dencks, Prof. Dr.-Ing. Georg Schmitz
  • Score: 1.06  on the book by Ian Good­fel­low, Yos­hua Ben­gio and Aaron Cour­vil­le. On the one hand, the se­mi­nar will deal with basic con­cepts of deep le­arning, and on the other hand with the ar­chi­tec­tu­re of ty­pi­cal net­works and their ap­p­li­ca­ti­ons. The se­mi­nar does not re­qui­re any spe­cial prior know­ledge of me­di­cal en­gi­nee­ring. Thus, it is also sui­ta­ble for in­te­rested stu­dents of other
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2013), Wahlpflicht Module Elektronik, Rech­ner­ge­stütz­te Schal­tungs­ana­ly­se
  [141376] Rechnergestützte Schaltungsanalyse   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Ralf Peter Brinkmann, Dr.-Ing. Dennis Krüger, Dr.-Ing. Pierre Mayr
  • Score: 1.06  ­ge­brai­scher Glei­chun­gen be­stim­men zu kön­nen. Die Er­geb­nis­se der Ana­ly­sen von li­nea­ren Glei­chungs­sys­te­men bis hin zu Dif­fe­ren­ti­al­glei­chun­gen wer­den mit­hil­fe von Kur­ven und Bil­dern dar­ge­stellt, bzw. aus­ge­ge­ben. SONS­TI­GES: PRÜ­FUNG: schriftlich (90 min), Anmeldung: FlexNow GOALS: The par­ti­ci­pants have ac­qui­red basic know­ledge of com­pu­ter-ai­ded en­gi­nee­ring work
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Automatisierungstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher AT
  [140005] Lehrveranstaltungen an der TU Dortmund   —  Vorlesung mit Übung
  
  • Score: 1.03  ­gangs-Aus­gangs-Li­nea­ri­sie­rung, Sli­ding-Mo­de Re­ge­lung, ex­ak­te Li­nea­ri­sie­rung, flach­heits­ba­sier­te Fol­ge­re­ge­lung Ad­ap­ti­ve Re­ge­lung: Ad­ap­ti­ve Re­ge­lungs­struk­tu­ren, Iden­ti­fi­ka­ti­on dy­na­mi­scher Sys­te­me, Gain-Sche­du­ling, Selbst­ein­stel­len­der Reg­ler, Ad­ap­ti­ve Re­ge­lung mit Re­fe­renz­mo­dell Sci­en­ti­fic Pro­gramming in Mat­lab (eng­lisch) - Hoff­mann Mat­lab Ba­sics: Vec ­put-out­put li­nea­riza­t­i­on, sli­ding mode con­trol, exact li­nea­riza­t­i­on, flat­ness-ba­sed ser­vo­con­trol Ad­ap­ti­ve con­trol: Ad­ap­ti­ve Con­trol struc­tu­res, iden­ti­fi­ca­ti­on of dy­na­mic sys­tems, gain sche­du­ling, self-ad­jus­ting con­trol­lers, ad­ap­ti­ve con­trol with re­fe­rence model Sci­en­ti­fic Pro­gramming with Mat­lab in En­gi­nee­ring - Hof­mann Mat­lab Ba­sics: Vec
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Wahl­pflicht­fä­cher EL
  [141388] Halbleitertechnologie 2   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Martin Hoffmann
  • Score: 0.94  ­ta­ble to pro­du­ce me­cha­ni­cal and flui­dic sys­tems. Re­fe­ren­ces to prac­tical ap­p­li­ca­ti­ons are made. The stu­dents will be­co­me ac­quain­ted with the dif­fe­rent me­thods of ad­di­ti­ve and sub­strac­tive pro­duc­tion of struc­tu­res and will be able to as­sess their pros and cons. This cour­se will also ad­dress the to­pics of pro­ce­du­ral con­di­ti­ons (va­cu­um, ba­sics of plas­ma tech
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Technischer Wahlbereich, MAT­LAB-Prak­ti­kum 2
  [142223] MATLAB-Praktikum 2   —  Praktikum
  Dr.-Ing. Stefanie Dencks, Prof. Dr.-Ing. Georg Schmitz
  • Score: 0.84  . PRÜ­FUNG: Praktikum GOALS: Stu­dents have basic know­ledge of MAT­LAB and also mas­ter spe­ci­fic as­pects of MAT­LAB pro­gramming. Stu­dents have le­ar­ned the es­sen­ti­al func­tions and fea­tures of MAT­LAB in the con­text of re­le­vant sci­en­ti­fic and tech­ni­cal ap­p­li­ca­ti­ons. Re­gard­less of the pro­gramming in MAT­LAB, stu­dents have ac­qui­red the abi­li­ty to trans­la­te si
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Wahl­pflicht­fä­cher EL
  [141302] Integrationsgerechte BiCMOS-Schaltungen   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Jürgen Oehm
  • Score: 0.69  ­lei­ter-Schal­tungs­tech­nik", Sprin­ger Ver­lag, 2016 Saint, Chris­to­pher, Saint, Judy "IC Lay­out Ba­sics -- A PRAC­TIAL GUIDE", McGraw-Hill Pro­fes­sio­nal, 2004 Saint, Chris­to­pher, Saint, Judy "IC Mask De­sign -- ES­SEN­TI­AL LAY­OUT TECH­NI­QUES", McGraw-Hill Pro­fes­sio­nal, 2002 Heimsch, Wolf­gang, Klar, Hein­rich "In­te­grier­te Di­gi­ta­le Schal­tun­gen MOS/BIC­MOS", Sprin­ger, 1996 Eshra­gi­an, Kar­man, Eshra
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Pflichtbereich, Pra­xis­mo­dul 1
  [142222] MATLAB-Praktikum   —  Praktikum
  Prof. Dr.-Ing. Dorothea Kolossa, Prof. Dr.-Ing. Aydin Sezgin
  • Score: 0.69  der AG KS an­ge­bo­ten. Es ist je­weils (ein­mal Ls DKS, ein­mal AG KS) ein Er­satz­ter­min vor­ge­se­hen. Es wird emp­foh­len, par­al­lel die Vor­le­sungSys­tem­theo­rie 1 zu hören. PRÜ­FUNG: Praktikum GOALS: The stu­dents at­tain basic know­ledge about Mat­lab and fur­ther­mo­re they learn the spe­ci­fied as­pects of pro­gramming with Mat­lab. Mat­lab is a wi­de­ly ap­p­lied pro­gramming lan
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Pflichtbereich, Sys­tem­theo­rie 3
  [141224] Systemtheorie 3 - Stochastische Signale   —  Vorlesung mit Übung
  Dr.-Ing. Stefanie Dencks, Prof. Dr.-Ing. Georg Schmitz
  • Score: 0.55  ­led to apply the ac­qui­red know­ledge in a small team in prac­tice, to ex­plain and eva­lua­te so­lu­ti­on ap­proa­ches and to re­pre­sent them with sup­porting ar­gu­ments. The im­portant basic no­men­cla­tu­re of sto­chas­tic si­gnals is also trans­la­ted to English, so that stu­dents are able to un­der­stand the in­ter­na­tio­nal li­te­ra­tu­re in the field of sta­tis­ti­cal si­gnal pro­ces­sing. CON