搜索资源列表
RFID
- 本文主要讲述了天线的重要技术参数指标的含义，天线的种类，介绍了天线 的分集和合成技术，赋形波束技术和智能天线的概念。本文还给出了各种天 线的应用原则和各种无线环境下的天线选型原则，并讲述了天线下倾角的规 划设计方法，最后介绍了天线安装的注意事项-This paper describes the important technical parameters of the antenna the meaning of indicators, antenna type, antenna d
KT-phan-tap-anten
- antenna diversity technique. MIMO system
Simulation
- 用C实现基于OFDM的多天线分集的CSI分析-With C-based OFDM multi-antenna diversity CSI analysis
alamoutui1
- MIMO多天线一种简单的发射分集方案代码，Alamouti写的文章里的算法。-MIMO antenna more a simple launch diversity scheme code, Alamouti write articles algorithm.
AlamoutiDiversityCoding_ver2
- Alamouti Code to achieve diversity without channel knowledg at the transmitter It is assumed that system contains 2 transmit antennas and one receive antenna. At the transmitter the data of a two consecutive slots will be considered. At the odd time
alomouti_MIMO
- Alamouti Code to achieve diversity without channel knowledg at the transmitter It is assumed that system contains 2 transmit antennas and one receive antenna.
MatlabOctave-script-for-BER-of-BPSK-in-AWGN-with-
- Some among you will be aware that in a wireless link having multiple antenna’s at the receiver (aka receive diversity) improves the bit error rate (BER) performance. In this post, let us try to understand the BER improvement with receive diversity. A
TransmitDiversity_Mode2
- LTE下行链路发射分集仿真，仿真配置：16QAM调制、1/3码率Turbo编码、10MHz带宽、每个子帧一个PDCCH符号、单码字、8次迭代Turbo译码，每次处理1000万比特用户数据、早期终止机制、MMSE（最小均方误差）MIMO接收器，PDSCH发射端进行发射分集预编码。信道模型是LTE-MIMO信道附加AWGN信道。收发两端采用的双天线配置，天线相关性为中等。-LTE downlink transmit diversity simulation configuration: 16QAM
code-20180224T072022Z-001
- Multiple antenna (MIMO) devices are widely used to increase reliability and information bit rate. Optimal error rate performance (full diversity and large coding gain), for unknown channel state information at the transmitter and for maximal rate, ca