1. Wireless CommunicationsPrinciples and Practice2/eT.S. Rapppaport Chapter 6: Modulation Techniques for Mobile Radio

2. Analog and Digital Modulation, Line Coding, AM/FM/SSB

3. Digital Fundamentals: The Sampling Theorem, Nyquist Sampling

4. Key Digital Modulation Techniques: BPSK, OFDM, GMSK

5. Spread Spectrum: DS-SS, FH-SS, Coding Gain, Fading Margins

6. Amplitude Modulation

7. Double Sideband Spectrum

8. SSB Modulators

9. Tone-in Band SSB

10. Product Detection

11. VCO circuit

12. Wideband FM generation

13. Slope Detector for FM

14. Digital Demod for FM

15. PLL Demod for FM

16. Phase-shift quadrature FM demod

17. FM Demod circuit

18. Line Coding spectra

19. RZ and NRZ Line Codes

20. Nyquist Pulses for zero-ISI

21. Raised Cosine Spectrum

22. Spectrum of Raised Cosine pulse

23. Raised Cosine pulses

24. RF signal usig Raised Cosine

25. Gaussian pulse-shapes

26. BPSK constellation

27. Virtue of pulse shaping

28. BPSK Coherent demodulator

29. Differential PSK encoding

30. DPSK modulation

31. DPSK receiver

32. QPSK constellation diagrams

33. Virtues of Pulse Shaping

34. QPSK modulation

35. QPSK receiver

36. Offset QPSK waveforms

37. Pi/4 QPSK signaling

38. Pi/4 QPSK phase shifts

39. Pi/4 QPSK transmitter

40. Differential detection of pi/4 QPSK

41. IF Differential Detection

42. FM Discriminator detector

43. FSK Coherent Detection

44. Noncoherent FSK

45. Minimum Shift Keying spectra

46. MSK modulation

47. MSK reception

48. GMSK spectral shaping

49. GMSK spectra shaping

50. Simple GMSK generation