Communications Laboratory

Lecturer (assistant)	Gerhard Kramer Daniel Plabst Thomas Wiegart
Number	0220007031
Type	Practical course
Duration	4 SWS
Term	Wintersemester 2023/24
Language of instruction	English
Position within curricula	See TUMonline
Dates	See TUMonline

20.10.2023 13:15-17:15 N2407, Seminarraum
27.10.2023 13:15-17:15 N2407, Seminarraum
03.11.2023 13:15-17:15 N2407, Seminarraum
10.11.2023 13:15-17:15 N2407, Seminarraum
17.11.2023 13:15-17:15 N2407, Seminarraum
24.11.2023 13:15-17:15 N2407, Seminarraum
01.12.2023 13:15-17:15 N2407, Seminarraum
08.12.2023 13:15-17:15 N2407, Seminarraum
15.12.2023 13:15-17:15 N2407, Seminarraum
22.12.2023 13:15-17:15 N2407, Seminarraum
12.01.2024 13:15-17:15 N2407, Seminarraum
19.01.2024 13:15-17:15 N2407, Seminarraum
26.01.2024 13:15-17:15 N2407, Seminarraum
02.02.2024 13:15-17:15 N2407, Seminarraum
09.02.2024 13:15-17:15 N2407, Seminarraum

Admission information

Note: For more information contact onur.gunlu@tum.de.

Objectives

- Practical applications of communications engineering, - Experience with measurement equipment (e.g. oscilloscope, spectrum and signal analyzers), - Experience with Matlab.

Description

Introduction to digital communication systems based on computer simulations: Signal properties, Signal processing (filtering, sampling, quantization), Principles of source and channel coding, Channel properties, Optimal receiver filters, Baseband transmission, Intersymbol interference, Nyquist criteria, Digital modulation schemes, Time/frequency/space-diversity schemes.

Examination

Exam at the end of each experiment.

Recommended literature

- J. Proakis: "Digital Communications", McGraw Hill, 2000 - D. Tse and P. Viswanath: "Fundamentals of Wireless Communication" Cambridge University Press, 2005.