Embedded Computing Systems TUK Curriculum

Transcription

1 Embedded Computing TUK Curriculum Core Program Code Title Credit Credit Instructor Language Fall Spring ES Hardware Architectures 571 Architecture of Digital I (Computer Architecture) 4 Kunz English EMS-546 Embedded Processor Lab 3 Wasenmüller English Architecture of Digital II (Embedded Architecture) Embedded Laboratory 4 Stoffel English 5 Stoffel English System Software RTS- 545 RTS- 540 Operating 4 Fohler English Real-Time I 4 Fohler English INF Fundamentals of Software Engineering 8 Rombach English SoC-Design Methodology EMS-654 Microelectronic Circuit and System Design I 4 Wehn English EMS-657 Synthesis and Optimization of Microelectronic I 4 Wehn English 560 Verification of Digital (with Lab) 5 Kunz English Core Program

2 Embedded Computing TUK Curriculum The elective program suggests directions and courses for further studies beyond the core topics. You may also check in lecture catalogs and the KIS system for other courses that you may be interested in. Additionally, independent project work is possible in all areas. Elective Program Code Title Credit Semester Instructor Language Embedded RTS-541 Real-Time II 4 Fall Fohler English RTS-446 Real Time Lab 5 Fall Fohler English 560 INF INF INF INF INF INF Verification of Digital (with Lab) Biologically motivated robot systems Autonomous Mobile Robots Lab/Project: Service Robots and Assistance Software Project and Process Management Empirical Model Building & Methods Service-Oriented Architectures 5 Fall Kunz English 6 Fall Berns English 8 Spring Berns English 8 Spring Berns English 4 Spring Rombach English 4 Spring Rombach English 4 Spring Müller English INF Grid Computing 4 Fall Müller English Alternating with INF INF Network Security Alternating with INF INF Protocols and Algorithms for Network Security INF V- 7 Stochastic Analysis of Distributed

3 INF V- 7 Worst-Case Analysis of Distributed INF Parallel Computing 4 Spring Schneider English INF HW/SW 8 Fall Schneider English INF Protocol Engineering 4 Spring Gotzhein English INF Algorithms in Ad-hoc Networks 4 Spring (every second year) Gotzhein English INF Safety and Reliability of Embedded 4 Fall Liggesmeyer English INF Power-Aware Embedded 4 Fall Grimm English INF Virtual Prototyping and HW/SW Co-Design 6 Spring Grimm English to be 'Introduction to Data Science' 3 Spring Kienle English Communication and Signal FUN-405 Wireless and Multimedia 3 Fall Schotten English FUN-402 Wireless Communications 5 Spring Schotten English NAT-305 Nachrichtentechnik (für Nichtvertiefer) 5 Spring Urbansky German NAT-301 Einführung in Kommunikationsnetze 4 Spring Urbansky German DSV-531 Digitale Signalverarbeitung 4 Fall Potchinkov German n.n. Digital Signal 4 Spring Achilles English DSV-532 Digitale Filter 3 Spring Potchinkov German DSV-534 DEK-538 Digital Signal : Algorithms and their implementation Multirate Signal 3 Spring Potchinkov English 5 Fall Achilles English

4 Automation & Control LRS-504 Linear Control 5 Fall Liu German (DVD in English) LRS-432 Computer-Aided- Engineering in Control Design 4 Fall Liu English LRS-429 Robust Control 3 Fall Liu English LRS-437 Optimal Control 3 Spring Liu English LRS-426 Robot and Motion Control 4 Spring Liu English AUT-452 Prozessautomatisierung 3 Spring Zhang To be AUT-457 Grundlagen der Automatisierung 5 Spring Zhang To be AUT-453 Methods of Soft Control 3 Fall Zhang English Microelectronics / Microsystems ISE-110 Neurocomputing 4 Fall König English ISE-112 ISE-651 ISE-650 EMS-655 EMS Sensor Signal Technology and Design of Integrated Mixed- Signal Circuits and Fabrication Methods and Design of Integrated Sensor Microelectronic Circuit and System Design II Synthesis and Optimization of Microelectronic I Synthesis and Optimization of Microelectronic II 5 Fall König English 5 Spring König English 5 Fall König English 5 Spring Wehn English 4 Fall Wehn English 3 Spring Kunz English

5 EMS- 732-V-7 FPGA-Based Hardware Accelerators and Hybrid 4 Fall de Schryver English