搜索资源列表
OFDM-mimo
- MIMO_OFDM系统仿真，包括系统的设定，调制，编码，及信号检测的仿真-MIMO_OFDM system simulation, including system settings, modulation, coding, and signal detection simulation
ncontinuous
- N-continuous OFDM signals constructed by precoding the information symbol vector have superior spectral containment. This code shows the out-of-band spectrum comparison of the normal OFDM and the n-continuous OFDM.
44graph
- MIMO块对角化预编码仿真图形，这里是4发4收时的仿真图形。-Block diagonalization precoding MIMO simulation graphics, 4 fat, 4 received here when the simulation graphics.
22
- 用小波变换思想,提出一种基于小波去噪的多输入多输出正交频分复用(MIMO-OFDM)系统信道估计方法。该方法首先利用最小二乘(LS)方法进行信道估计,然后对估计后的结果进行小波去噪处理。与传统最小二乘信道估计方法相比,该方法不需要预先知道信道的统计特性,信道估计性能有明显提高。-Based on wavelet transform,a method for MIMO-OFDM channel estimation with noise reduction is given,which is di
LTE
- LTE通信系统发送端的matlab仿真代码，包括调制，交织，资源映射，预编码，OFDM等部分-LTE communication system, the sender matlab simulation code, including modulation, interleaving, resource mapping, precoding, OFDM and other parts of
precode
- precoding of OFDM system to reduce PAPR
LTE_system_Level_1.2_r300
- 维也纳大学LTE链路仿真仿真平台R1.2版本，按照协议详尽的实现了LTE的信道，编码，加扰，调制，层映射，预编码，资源映射和OFDM信号生成。仿真平台包括SISO，MIMO，SUMIMO，MUMIMO仿真功能。(University of Vienna LTE link simulation platform R1.2 version, in accordance with the protocol in detail the realization of the LTE channel, en
MIMOOFDMPrecoding
- TD-LTE下行传输采用了MIMO-OFDM的物理层构架，通过最多4个发射天线并行传输多个（最多4个）数据流，能够有效地提高峰值传输速率。LTE的物理层处理过程中，预编码是其核心功能模块，物理下行共享信道的几种主要传输模式都是通过预编码实现的。(The td-scdma LTE downlink transmission adopted MIMO - OFDM frame, the physical transmission antennas parallel transmission by u