| CH1 |
Introduction
How communication systems work
Frequency allocation and propagation characteristics
Information measure |
| CH2 |
Signals and Spectra ( Review )
Basic signal properties (dc, rms, dBm, and power)
Fourier transform and spectra
Linear systems and linear distortion
Bandlimited signals and sampling
Bandwidth of signals |
| CH3A |
Baseband pulse and digital signaling
Analog-to-digital signaling (PCM)
Binary and multilevel digital signals
Spectra and bandwidths of digital signals |
| CH3B |
Baseband pulse and digital signaling
Prevention of intersymbol interference
BTime division multiplexing |
| CH4 |
Bandpass signaling principles and circircuits
Complex envelopes and modulated signals
Spectral of bandpass signals |
| CH5A |
AM, PM, and digital modulated systems
Amplitude modulation and single sideband
Frequency and phase modulation |
| CH5B |
AM, PM, and digital modulated systems
Digitally modulated signals:
OOK, BPSK, FSK, MPSK, QAM, QPSK, MSK |
| CH6 |
Random Processes and Spectral Analysis
Matched filters
|
| CH7A |
performance of communication systems corrupted by noise
Bit error rate for coherent binary systems:
unipolar, polar, bipolar, OOK, BPSK, FSK |
| CH7B |
performance of communication systems corrupted by noise
Non-coherent binary systems
OPSK and MSK
Comparison of Digital signaling systems
Output SNR of PCM |
| CH7C |
performance of communication systems corrupted by noise
Output SNR for analog systems: AM, SSB, PM, and FM |
