一、分段编码 二、匹配编码 三、LZW算法

一、积累概率的递推公式 二、算术编码原理 三、算术编码的码长 四、递推公式的应用 五、不做乘法的算术编码

一、霍夫曼码 二、费诺编码 三、香农-费诺-埃利斯码

若要实现无失真编码,不但要求信源符号与每个符号 的码字一一对应,而且要求码符号序列与信源符号序 列也一一对应。也就是要求所编的码为惟一可译码。 我们首先分析等长编码,再分析变长编码,以做比较

一、信息量、熵和互信息 二、信源编码定理 三、霍夫曼码及其他编码方法 四、算术编码 五、游程编码 六、改进的霍夫曼码 七、通用编码

一、预测编码 二、变换编码

一、信息论相关知识和概念 二、编码理论

74.1Introduction 74.2 Satellite Applications 74.3 Satellite Functions 74.4 Satellite Orbits and Pointing Angles 74.5 Communications Link 74.6 System Noise Temperature and G/T 74.7 Digital Links 74.8Interference 74.9 Some Particular Orbits 74.10 Access and Modulation Daniel F. DiFonzo

73.1 Signal Detection General Considerations. Detection of Known Signals.Detection of Parametrized Signals. Detection of Random Signals Deciding A mong Multiple Signals. Detection of Signals in More General noise rocessesRobust and Nonparametric Detection Distributed and Sequential Detection. Detection with Continuous-Time Measurements 73.2 Noise Statistics of Noise. Noise Pow owerect of Linear Transformations on Autocorrelation and Power Spectral Density White, Gaussian

72.1 B-ISDN Manfred N.Huber B-ISDN Services and Applications- Asynchronous Transfer Mode.Transmission of B-ISDN Signals.ATM Adaptation Siemens Layer. B-ISDN Signaling J.N.Daigle 72.2 Computer Communication Networks Commun University of Mississippi General Networking Concepts Computer Con ication Network Architecture. Local-Area- Networks and Internetssome Joseph Bannister Additional Recent Developments University of Southern 72.3 Local-Area Networks