2.1.1 最大似然检测 最大似然检测（Maximum Likelihood Detection，MLD）是接收端用来恢复发射 信号的最佳方法 [16] 。
基于18个网页-相关网页
相干最大似然检测 Coherent maximum likelihood detection
非相干最大似然检测 non-coherent ml detection
非相干最大似然检测器 noncoherent maximum likelihood detector
最大似然序列检测 MLSD ; MLSE ; Maximum Likelihood Sequence Detection
最大似然序列检测器 MLSD ; Maximum Likelihood SequenceDetector
采用最大似然序列检测 MLSD ; Maximum Likelihood Sequence Detection
即最大似然序列检测 Maximum Likehood Sequences Detection
分离最大似然信号检测 decoupling maximum likelihood detection
To overcome the difficulty of maximum-likelihood detection in vector precoded systems, an extension to conventional sphere decoding is also proposed.
并提出一种扩展的球形译码算法,解决了矢量预编码系统最大似然检测所遇到的困难。
参考来源 - MIMO无线通信系统的信号检测与预编码技术·2,447,543篇论文数据，部分数据来源于NoteExpress
众所周知，最大似然检测是最优的检测算法。
As is well known, the maximum likelihood detection (MLD) yields the optimal detection performance.
而性能最好的最大似然检测算法的复杂度非常高。
However, the maximum likelihood detection algorithm can achieve the optimum detection performance while the complexity is extremely high.
接收端使用最大似然检测器，利用所有接收信号进行多用户联合检测。
The Maximum Likelihood Detector is used in the receiver for joint detection using all received signals.
应用推荐