Mobile Communications Vision. Energy Efficient Communications. Radiowave Propagation-Losses and Propagation of Mobile Communication Networks (at Microwave and Millimeter Frequencies). Analytical and Empirical Deterministic Models. Large Scale Fading-Shadowing. Small Scale Fading and Channel Characterization in Mobile Communication Networks in Outdoor and Indoor Environment. Cellular Systems. Interference Analysis. Interference Mitigation Techniques. Dimensioning of Mobile Networks-Traffic (Voice, Data and Multimedia) Analysis. Capacity of Multiple Access Systems (FDMA, TDMA, CDMA). Digital Diversity Techniques. Multiple Antenna Systems. Space-Time Transmission Codes-Alamouti Scheme. Antenna Radiation Hazards. 2G, 3G and 4G Mobile Communication Systems. Backhaul Communication Networks (Millimeter and Optical). Cooperative and Radio Relaying Techniques. Security in Mobile Communication Networks. Mobile Satellite Communication Networks. 5G Mobile Communication Systems. Mobile Computing Technologies. Network Selection Problem and Resources Allocation Optimization. Location Based Services and Techniques for Outdoor and Indoor Environment. Exercises and Numerical Examples for all the Chapters of the Course. Numerical Calculations and Simulation Homeworks using MATLAB. Application of Deep Learning Techniques in Mobile Computing Systems.
- Teacher: Αθανάσιος Παναγόπουλος
ECTS : 4
Study Load : theory 3, lab 0
Language : el
Learning Outcomes : The course offers the student the necessary knowledge:
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Operation of Mobile Communications Systems
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Design of Cellular Systems.
The course aims to provide the knowledge that the student should acquire regarding mobile communications at two levels, either to continue for Postgraduate Studies or to work in the Mobile Communications Systems Industry.
More specifically, the course is:
Vision of Mobile Communications of the Future. Energy Efficient Communications. Radio Wave Propagation-Loss and Propagation for Mobile Communications Networks (microwave and millimeter waves). Analytical and Empirical Deterministic Models. Large-Scale Fading-Shading. Small-Scale Fading and Channel Characterization in Indoor and Outdoor Communication Networks. Cellular Systems. Interference Analysis. Interference Mitigation Techniques. Dimensioning of Mobile Networks-Voice/Data/Multimedia Traffic Analysis. Capacity in Multiple Access Systems FDMA, TDMA, CDMA. Digital Diversity Techniques Multiple Antenna Systems. Space-Time Transmission Codes-Alamouti Scheme. Effect of Antenna Radiation. 2nd, 3rd and 4th Generation Mobile Communication Systems. Backbone/Backbone Networks
(millimeter wave/optical). Cooperative Techniques and Repeaters. Security
of Mobile Communications Networks. Satellite Mobile Communications - Channels and
Commercial Networks. Principles of 5th Generation Mobile Communications Networks. Problem
of Mobile Communications Network Selection and Resource Assignment Optimization.
Services and Techniques for Location Detection in Indoor and Outdoor Areas.
Exercises and Examples for all technical sections of the Course.
Computational Exercises and MATLAB Simulation Exercises.