1) PTEQ
子信道均衡
2) channel equalization
信道均衡
1.
Application of RBF network based on niche genetic algorithm in channel equalization;
小生境进化RBF网络在信道均衡中的应用
2.
DH-PIM and LMS channel equalization in free space optical communication system
DH-PIM和LMS信道均衡在FSO中的应用
3.
16 and a DFE equalization algorithm : exponential weighting recursive least squares(RLS)are introduced,the principle of Training/Decision-Directed channel equalization technique is described.
16以及一种用于信道均衡的自适应算法———指数加权RLS,对判决导引信道均衡技术的原理进行了具体描述。
3) channel equalizer
信道均衡
1.
The new algorithm is better than classical LMS that is verified by computer simulation of adaptive channel equalizer, while the computional amount is only increased slightly.
在计算机仿真自适应信道均衡中 ,该算法的性能明显优于传统的LMS算法 ,而计算量增加甚少。
2.
Based on ultra-short wave communication, author discusses the channel equalizer.
针对超短波跳频系统,讨论信道均衡技术。
4) blind equalization
盲信道均衡
1.
In the last few years,blind equalization techniques have gained an increasing interest.
近些年来盲信道均衡引起了人们极大的兴趣,其中应用最广泛的自适应均衡算法是盲信道均衡恒模算法。
5) blind channel equalization
盲信道均衡
1.
Modified constant modulus algorithm for blind channel equalization;
盲信道均衡中的一种修正恒模算法
2.
A modified multi-modulus algorithm for blind channel equalization;
修正多模算法的盲信道均衡
6) Channel blind equalization
信道盲均衡
1.
At the same time,in relative to HF channel CMA blind equalization,the paper discusses its research foreground and technology obstacle,and points out that HF channel blind equalization is the next key research direction for HF modem.
针对目前短波调制解调器工程应用中存在的不足及美军标中值得研究的问题,讨论了短波调制解调器设计中的注意事项;并针对短波信道CMA盲均衡,论述了其研究前景和目前遇到的技术障碍,分析指出短波信道盲均衡是短波调制解调器下一步重点研究的方向之一。
补充资料:满庭芳 和芝阳灵元子卫信道韵
【诗文】:
放懒生涯,欣慵活计,起心念念慈悲。而今不肯,摘叶更寻枝。撇下之乎者也,的端认、莲出青泥。闲闲里,扪心自忖,有似遇良医。逍遥真自在,要成仙福,凭仗心师。志坚如山岳,不许胡移。日用无为清净,自然得、捉住东西。些玄妙,悟来通晓,虽老不为迟。
【注释】:
【出处】:
放懒生涯,欣慵活计,起心念念慈悲。而今不肯,摘叶更寻枝。撇下之乎者也,的端认、莲出青泥。闲闲里,扪心自忖,有似遇良医。逍遥真自在,要成仙福,凭仗心师。志坚如山岳,不许胡移。日用无为清净,自然得、捉住东西。些玄妙,悟来通晓,虽老不为迟。
【注释】:
【出处】:
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