ivyselly/Wireless-Communication-Fundamentals

This repository is devoted to studying the fundamentals of wireless communication from David Tse and Pramod Viswanath's popular and resourceful book---Fundamentals of Wireless Communication!

Wireless-Communication-Fundamentals

This repository is devoted to studying the fundamentals of wireless communication from David Tse and Pramod Viswanath's popular and resourceful book---Fundamentals of Wireless Communication! To validate understanding of the subject matter and to acquire coding skills, some vital communication concepts are simulated and practice code shared.

1. The Wireless Channel

• KEYWORDS: Additive White Gaussian Noise, baseband signal model, fading scales, Rayleigh fading channel, Rician fadin channel

  • Presentation Summary / Practice Simulation Code

2. The Wireless Channel: Propagation and Fading

• KEYWORDS: Large-scale fading, Path loss model, Okumura model, Hata model, Small-scale fading, SISO channels

  • Presentation Summary / Practice Simulation Code

3. Point-to-Point Communication

• KEYWORDS: Coherent detection, Noncoherent detection, Probability of Error, Deep fade event, Modulation Scheme, Diversity

  • Presentation Summary / Practice Simulation Code

4. Cellular Systems: Multiple Access and Interference Management

• KEYWORDS: Interference averaging, Power control, Spectral efficiency, CDMA, Wideband

  • Presentation Summary / Practice Simulation Code

5. Introduction to OFDM

• KEYWORDS: Multi-carrier, Guard interval, Orthogonality, BER

  • Presentation Summary / Practice Simulation Code

6. Information Theory From First Principles - Appendix B

• KEYWORDS: Noisy channel coding theorem, Channel capacity, Ergodicity, Uncertainty

  • Presentation Summary

7. Capacity of Wireless Channels

• KEYWORDS: Waterfilling power allocation, Channel capacity, Bandwidth limited regime, Power limited regime, Outage capacity

  • Presentation Summary I / Presentation Summary II

8. Multiuser Capacity and Opportunistic Communication

• KEYWORDS: Proportional fair scheduling, Opportunistic beamforming, Downlink fading channel, Uplink fading channel, Channel state information, dumb antennas

  • Presentation Summary

9. MIMO I - Spatial Multiplexing and Channel Modeling

• KEYWORDS: I.I.D Rayleigh fading model, Singular value decomposition, Waterfilling power allocation, Condition and rank number, Multiplexing gain, Degrees of freedom

  • Presentation Summary