搜索资源列表
LRA
- Lattice reduction mimo detection
LRAD_MMSE
- Lattice Reduction Aided Detector for Spatial Multiplexing MIMO system. It is implemented by MATLAB.
MIMO_MMSE_LR_LD_4QAM
- this program is lattice reduction aided linear detection for MIMO system for 4-QAM
1387
- lattice formulation with two stage verification for mimo systems
MIMO-Detection-Algorithm-
- 多入多出(MIMO)系统可以获得比单发单收系统更高的容量，对于MIMO系统，最大似然检测是最优接收，但其 指数复杂度难以在实际中应用。针对该问题，结合格缩减理论提出了基于Householder变换的复数域格缩减算法，将该算法和 MIMO次优检测算法相结合，给出了量化判决方法，且该复数域格缩减算法复杂度小于实数域格缩减算法。仿真结果表明， 基于Householder变换复数域格缩减的MIMO次优检测算法，通过优化信道矩阵可以得到更好的判决域，取得了逼近最优最大 似然检测算法的性能。
robust-MIMO-detection
- 在多输入多输出系统中的鲁棒球形译码的实现-We present a maximum-likelihood decoding algorithm for an arbitrary lattice code when used over an independent fading channel with perfect channel state information at the receiver. The decoder is based on a bounded distanc
codes
- Modified LLL (MLLL) Lattice Reduction Algorithm Original Paper: A Customized Lattice Reduction Multiprocessor for MIMO Detection by Shahriar Shahabuddin et. al.-Modified LLL (MLLL) Lattice Reduction Algorithm Original Paper: A Customize
MLLL
- MLLL for lattice reduction in MIMO system with QAM constellation -MLLL for lattice reduction in MIMO system with QAM constellation
CLLL
- 复数LLL算法源代码，对应论文Ying Hung Gan, Cong Ling, and Wai Ho Mow, Complex lattice reduction algorithm for low-complexity full-diversity MIMO detection, IEEE Trans. Signal Processing, vol. 57, pp. 2701-2710, July 2009. -LLL algorithm of lattice reduction for c
pudn_Renj_matlab
- 1)football.m简单地以阵列形式显示一副图； 2）pre.m是心音信号过滤归一化预处理的过程； 3）wavlet.m是用db6小波进行信号的分解和重构，且求包络能量函数； 4）path.m是利用KKT条件的路径跟踪法，用于求解二次规划问题； 5）LRmmse是MIMO通信中常用检测方法，结合了最小均方误差准则和格基规约的知识。-1) football.m simply displays a graph in an array 2) pre.m is the proc
LR_simulator
- LR算法辅助的MIMO系统Zero Forcing检测。(A LR-aided MIMO system with Zero Forcing detection)
lattice redution
- 基于格基规约的MIMO信道接收,采用破零均衡译码，得到发送的信号(Based on the lattice based MIMO channel reception, the zero-forcing balanced decoding is used to get the transmitted signal.)