Chapter 1 Introduction 1.1 Basic concepts and models of communication system 1.1.1 Communication system model 1.1.2 Analog communication model 1.1.3 Digital communication model 1.2 The classification of communication systems 1.2.1 Modulation mode 1.2.2 Division of frequency band 1.3 Information and its measurement 1.4 The main performance index of communication systems Summary and discussion Homework Vocabulary Chapter 2 Random processes 2.1 Basic concepts of random processes （definition of random processes 2.1.1 Definition 2.1.2 Numerical characteristics of a random process 2.2 Stationary random process 2.2.1 Definition 2.2.2 Ergodicity 2.2.3 Autocorrelation function of stationary random processes 2.2.4 Power spectral density 2.3 Gaussian process 2.4 Transmission of a random process through a linear time-invariant （LT） filter 2.5 Narrowband random process 2.6 Sine wave plus narrowband Gaussian noise 2.7 Gaussian white noise and band pass white noise Summary and discussion Homework Vocabulary Chapter 3 Channel 3.1 The classification of channels 3.1.1 Wireless channels 3.1.2 Wire channel 3.2 Channel models 3.2.1 Modulation channel model （訓制解調模型） 3.2.2 Coling channel model（編碼通道模型） 3.3 Influence of the channel characteristics on transmission （for modulation model） 3.3.1 Influence of constant parameter channel on signal transmission 3.3.2 Influence of random parameter channel of signal transmission 3.4 Channel capacity （continuous channel） Summary and discussion Homework Vocabulary and terminologies Chapter 4 Continuous-wave modulation （analog modulation system） 4.1 Introduction 4.2 Linear modulation 4.2.1 AM 4.2.2 Double-sideband modulation 4.2.3 Single-sideband modulation
4.2.4 Vestigial sideband modulation 4.3 Anti-noise performance of linear demodulation 4.3.1 Noise in linear receiver using coherent detection 4.3.2 Noise in AM receivers using envelope detection Homework （part 1） 4.4 Angle modulation （non-linear modulation process） 4.4.1 Basic definitions 4.4.2 NBFM（窄帶調頻） 4.4.3 Wide-band frequency modulation （WBFM） 4.4.4 Generating an FM signal 4.4.5 Demodulation of FM signals 4.4.6 Noise in FM receivers 4.5 Frequency-division multiplexing（頻分復用） Summary and discussion Homework （part 2） Terminologies Chapter 5 Pulse modulation 5.1 Sampling process 5.2 Analog pulse modulation（模擬脈衝調製） 5.3 Quantization process（量化過程）of sampled signal 5.3.1 Uniform quantization（均勾量化） 5.3.2 Nonuniform quantization 5.4 PCM（pulse code modulation，脈衝編碼調製） 5.4.1 The principle of PCM 5.4.2 Noise in PCM system 5.4.3 Delta modulation（增量調製） 5.4.4 DPCM （differential pulse code modulation，差分脈衝調製） 5.5 TDM（time-division multiplexing，時分復用） Summary and discussion Homework Terminologies Chapter 6 Baseband pulse transmission 6.1 Waveform and frequency characteristics of baseband digital signal 6.1.1 Waveform of baseband digital signal 6.1.2 Symbol code types of baseband digital signals for transmission 6.1.3 Frequency characteristic 6.2 Matched filter 6.3 Error rate due to noise 6.3.1 Binary polar baseband system 6.3.2 The unipolar baseband system 6.4 Intersymbol Interference 6.4.1 Nyquist's criterion Ⅰ 6.4.2 Nyquist's criterion Ⅱ 6.5 Eye pattern Summary and discussion Homework Terminologies Chapter 7 Passband data transmission （digital passband transmission） 7.1 The basic principle of three digital passband modulation 7.1.1 ASK
7.1.2 FSK 7.1.3 PSK （absolute phase shift keying） 7.1.4 DPSK （differential PSK） 7.2 Anti-noise performance of digital passband modulation system 7.2.1 Bit error rate of ASK 7.2.2 Bit error rate of 2FSK 7.2.3 Bit error rate of PSK 7.24 Performance comparison of digital keving transmission systen 7.3 Hybrid amplitude/phase modulation schemes 7.4 OFDM system Summary and discussion Homework Terminologies Chapter 8 Further reading： new technologies in communication systems 8.1 Compressive sensing （C） 8.1.1 Introduction 8.1.2 The mathematics theory 8.1.3 Application 8.2 Ultra wideband （UWB） system 8.2.1 The definition of UWB 8.2.2 Comparison with other wireless communications 8.2.3 Feature of UWB 8.2.4 Impulse modulation signal in UWB signal 8.2.5 The application of UWB 8.3 MIMO technology 8.3.1 The model of MIMO 8.3.2 Applications 附錄A MATLAB 模擬實驗 Experiment 1 Continuous-wave modulation （corresponding to Chapter 4） Experiment 2 Pulse modulation （corresponding to Chapter 5） Experiment 3 Digital passband transmission（corresponding to Chapter 7） 附錄B 實驗箱實驗 實驗一 各種模擬信號源實驗 實驗二 脈衝編碼調製PCM 實驗三 AMI/HDB3編碼和解碼過程實驗 實驗四 FSK調製解調實驗 實驗五 通信系統綜合實驗 附錄C 誤差函數表 參考文獻
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