channel coding theorem

A general communication system , channel coding theorem and source-channel coding theorem .

通信系统的一般模型，信道编码定理和信源信道编码定理。

The proposition of Shannon noisy channel coding theorem has solved the problem of classical channel capacity .

香农噪声信道编码定理的提出解决了经典信道的容量问题。

In the paper , we describe the channel coding theorem , the Shannon limit and the coding gain at first , and introduce the optical system architecture .

本文首先描述信道编码定理和香农限与编码增益的概念，并对本文在光通信系统中应用的架构进行了介绍。

Turbo code , which utilizes the condition of random coding and decoding of Shannon noisy channel coding theorem , has obtained the performance near to Shannon theoretic limit .

Turbo码由于很好地应用了Shannon有噪信道编码定理中的随机性编译码条件而获得了接近Shannon理论极限的译码性能。

The capacity-cost function of discrete memoryless channel , and channel coding theorem .

离散无记忆信道的容量价值函数和信道编码定理。

Through the idea that the classical channel is viewed as a quantum channel , using the symbols of quantum mechanics , we give a proof of Shannon noisy classic channel coding theorem .

运用把经典信道看成是量子信道的思想，采用量子力学的符号，我们对经典的香农噪声信道编码定理给出了一个量子化的证明。

Channel Coding theory and technology are the indispensable key technologies of modern communications system , and they have experienced rapid development and obtained a huge amount of research results under the guidance of the Shannon channel coding theorem in recent decades .

信道编码理论及技术作为现代通信系统必不可少的关键技术，近几十年在Shannon信道编码定理的指引下已经经历了飞速的发展并取得了大量的研究成果。