1. Wireless Channels: Large Scale Fading (Path Loss) These slides contains copyrighted materials from Prentice Hall Inc.. These figures are provided as instructor resources, and sources of these figures are: Wireless Communications and Networking, Jon W. Mark, Weihua Zhuang Wireless Communications: Principles and Practice, Theodore S. Rappaport Wireless Communications 06-88-563

2. Small-scale and large-scale fading

3. Free Space Propagation

5. 2-Ray model

6. Classical 2-ray ground bounce model

7. Reflection from smooth surface

8. Vector addition of 2 rays

10. Diffraction geometry

11. Knife-edge diffraction v=f(d1,d2,h)

12. Knife-edge diffraction loss

13. Multiple knife-edge diffraction

14. Typical large-scale path loss

15. Measured large-scale path loss

16. Area versus Distance coverage model with shadowing model

17. 2-D Propagation Raster data

18. Representing propagation

19. Algorithm for line of sight (LOS)

20. Okumura and Hata’s model

21. Walfisch and Bertoni’s model

22. Measured data from San Francisco

23. Partition losses

24. Ericsson’s indoor model

25. Measured indoor path loss

28. Devasirvatham’s model

29. Method of Images