| Building .... Networks
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| History, Now and Future
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| History
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| Pioneers: Maxwell, Hertz,...
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| 1G, 2G,... 5G networks
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| Frequencies and Standards
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| Future Challenges
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| A-Basics of Communication
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| Electromagnetic Signals
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| Radio Communication Principles
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| Digital communication: Signal/Noise Ratio
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| Signal strength and Capacity: Shannon
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| B-Antennas and Propagation
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| Free Space Propagation
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| Antennas, Gain, Radiation Pattern
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| Multipath Propagation, Reflection, Diffraction
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| Attenuation, Scattering
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| Interference and Fading (Rayleigh, Rician, …)
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| Mobile Communication dependencies
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| C-Propagation models
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| Environments (indoor, outdoor to indoor, vehicular)
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| Outdoor (Lee, Okumura, Hata, COST231 models)
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| Indoor (One-slope, multiwall, linear attenuation)
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| D-System Comparison
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| Proximity: RFID, NFC
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| Short Range: ZigBee, Bluetooth, ANT+,...
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| WLAN/Wifi/802.11...
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| Mobile: GSM, UMTS, IMT-A (WiMAX, LTE)
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| E-Mobility
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| Mobile Network mobility
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| IP mobility
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| F-Network Building
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| 5G and Future Networks
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| 5G Heterogeneous Networks
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| Basic Internet
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| Video Distribution Networks
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| Coverage simulations
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| Coverage simulations
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| Traffic simulations
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| Network Capacity simulations
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| Building .... Networks
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F2-Coverage simulations
Coverage and Handover Simulations
In 2013 the simulations were extended using the COST 231 Propagation models
In 2012 handover simulations were performed during and after a Block_Seminar
