MIMO（多输入，多输出系统）的无线通信的智能天线技术的基础上发展起来的，它的主要特征是一个通信系统的使用多个天线配置来解决移动通信系统的发送和接收端 –以此来解决未来移动通信系统大容量高速率传输和日益紧张的频谱资源间的矛盾。和智能天线技术不同于系统在MIMO无线信道的发射天线，从任何到接收天线间的无线信道是相互独立或有很小的相关性。-Developed on the basis of smart antenna technology MIMO (multiple-input, multiple

本文主要是以瑞利衰落信道为模型对MIMO信道容量进行计算仿真，分别在发射端不可知的信道和发射端可知的信道两种情形下，对不同天线数目的信道容量进行了仿真实现，并进行了分析比较。-This article is based on Rayleigh fading channel model for MIMO channel capacity calculation simulation, respectively, in both cases the channel channel and trans

MU-MIMO is widely considered a key technology for system capacity improvement in modern wireless networks. In contrast to SU-MIMO, where the spatial multiplexing gain is confined to a single user, MU-MIMO allows multiple users to be co-sche

Much of the initial excitement about MIMO systems was due to pioneering work by Winters [132], Foschini [29], and Telatar [113] predicting remarkable capacity growth for wireless systems with multiple antennas when the channel exhibits rich scatt