1. | ![]() |
Introduction. History of wireless communication systems | Overview of wireless networks | ![]() |
2. | ![]() |
Characteristics of wireless channels | Characteristics of radio propagation - Estimating path loss exponent |
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3. | ![]() |
Multiple division techniques | Principles of multiple division techniques: CDMA, TDMA, FDMA, OFDMA - Cellular concept |
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4. | ![]() |
Cellular concept | Overview of cellular networks - Key issues of cellular network design and operation - Mobility support | ![]() |
5. | ![]() |
Cellular concept | Overview of cellular networks - Key issues of cellular network design and operation - Mobility support | ![]() |
6. | ![]() |
Cellular networks | HIstory of cellular networks - Overview of LTE and standardization | ![]() |
7. | ![]() |
Cellular networks | HIstory of cellular networks - Overview of LTE and standardization | ![]() |
8. | ![]() |
Cellular networks | HIstory of cellular networks - Overview of LTE and standardization | ![]() |
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Scheduler I | Principles of scheduling in wireless environments - Gradient-based scheduler | ![]() |
10. | ![]() |
Scheduler II | Theory of gradient-based scheduler - Midterm review | ![]() |
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Scheduler III | Throughput optimal scheduler: theory - Throughput optimal scheduler: applications | ![]() |
12. | ![]() |
IEEE 802.11 WLALN I | Basics and architecture - Random access principles |
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IEEE 802.11 WLAN II | Throughput performance analysis - Performance anomaly |
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14. | ![]() |
NS3 I | Introduction - Setting up and running NS3 on Linux | ![]() |
15. | ![]() |
Beyond 4G | Beyond 4G | ![]() |