- Introduction - Digital signall processing in telecommuniactions
- Optimal digital detection - Matched filters
- Spectral characteristics of digital waveforms - Nyquist filters
- QAM and PSK digital modulation
- FSK and MSK digital modulation
- Channel performance - Theoretical limits and practical approaches
- Special topics and examples of modern digital communication systems - DMT and OFDM - Digital Television Transmission systems
- Teacher: Νικόλαος Μήτρου
- Teacher: Ευστάθιος Συκάς
Εξάμηνο: Fall
type: Course
Mode: in place only
inLanguage: en
Course ID: ece3299
Course Name: Digital Communications I
Course Summary:
- Introduction - Digital signall processing in telecommuniactions
- Optimal digital detection - Matched filters
- Spectral characteristics of digital waveforms - Nyquist filters
- QAM and PSK digital modulation
- FSK and MSK digital modulation
- Channel performance - Theoretical limits and practical approaches
- Special topics and examples of modern digital communication systems - DMT and OFDM - Digital Television Transmission systems
Credits/ECTS: 6
Course Outcome: 1. Basic knowledge in digital transmission, and channel coding. 2. Selection of a digital transmission system on a specific channel. 3. Simulation of digital transmission systems and performance evaluation.
Study Load: 2 theory; 2 practice; 4 homestudy
Evaluation method: Written Exams 60%, Exercises 40%
Distribution of teaching and learning materials: Lecture Hours: 26, Lab Hours: 26
Keywords: Channel Coding; Block Codes; Cyclic Codes; Digital Modulation; Matched Filters; Formatting Filters; Nyquist Filters
Educational Level: Bachelor
Instructors: Nikolaos Mitrou;Konstantina Sakka;Evgenia Adamopoulou