|
【文件名】:06914@52RD_godic Properties - by Prof. Robert Gray.part01.rar
【格 式】:rar
【大 小】:96K
【简 介】:In this chapter we develop basic mathematical models of discrete time random processes. Such processes are also called discrete time stochastic processes, information sources, and time series.Physically a random process is something that produces a succession of symbols called "outputs" arandom or nondeterministic manner. The symbols produced may be real numbers such as produced by voltage measurements from a transducer, binary numbers as in computer data, two-dimensional intensity fields as in a sequence of images, continuous or discontinuous waveforms, and so on. The space containing all of the possible output symbols is called the alphabet of the random process, and a random process is essentially an assignment of a probability measure to events consisting of sets of sequences of symbols from the alphabet. It is useful, however, to treat the notion of time explicitly as a transformation of sequences produced by the random process. Thus in addition to the common random process model we shall also consider modeling random processes by dynamical systems as
considered in ergodic theory.
【目 录】:
1 Probability and Random Processes
2 Standard alphabets
3 Borel Spaces and Polish alphabets
4 Averages
5 Conditional Probability and Expectation
6 Ergodic Properties
7 Ergodic Theorems
8 Process Metrics and the Ergodic Decomposition
|
本帖子中包含更多资源
您需要 登录 才可以下载或查看,没有账号?注册
×
|