A compensation method in quadrature phase detection of directional blood flow information;
利用正交相位法提取双向性血流的一种补偿方法
Double CPSK Spread-spectrum Communication System Based on Orthogonal Channel
基于正交信道的双CPSK扩频通信系统
Simulation of Dual M-ary Orthogonal Channel Spread-Spectrum Communication System with Multipath Interference
多径干扰下一种双M-ary正交信道扩频通信系统的仿真
OFDM Channel Estimation Algorithm Based on Orthogonal Polyphase Sequence
基于正交多相序列的OFDM信道估计算法
The Quadrature Calibration of Wide-band Signal & Gain-and-Phase Equalization of Multi-Channels;
宽带信号的正交校正及多接收通道的幅相均衡
Research of Channel Simulation and Channel Estimation in OFDM System;
正交频分复用无线通信系统中信道仿真与信道估计技术研究
Research on Simulation of Non-orthogonal Multi-Modulation in Field Phone Line Channel;
非正交多重调制在被覆线信道的仿真研究
The Research on Random Channel and Orthogonal Space-Time Coding in MIMO System;
MIMO系统中随机信道与正交空时编码研究
Research and Realization of Ultra_Wide Band Quadrature Receiver Channel Equalization;
超宽带正交接收系统信道均衡研究与硬件实现
An Investigation on Channel Estimation Algorithms for OFDM System;
正交频分复用（OFDM）系统中信道估计算法的研究
Research on Channel Estimation Techniques of OFDM Communication Systems;
正交频分复用系统中的信道估计技术研究
Orthogonal Frequency Division Multiplexing(OFDM)Modulating Technique of Power Line Communications and Performance Analysis;
电力线信道下的正交多载波调制技术性能分析
Stimulation of Non-Orthogonal Multi-Modulation Technology on VDSL Channel
非正交多重调制技术在VDSL信道上的仿真
Blind Equalization Algorithms Based on Orthogonal Wavelet Packet Transform for Underwater Acoustic Channels
基于正交小波包变换的水声信道盲均衡算法
Performance of Orthogonal Space-Time Block Codes over correlated Rayleigh channels
相关瑞利信道下正交空时分组码性能研究
An Improved Orthogonal Correlator in Three Channels Based on MVDR Method
基于MVDR算法的改进型三信道正交相关器
Approximate performance analysis of orthogonal space-time block code over Rician-Nakagami fading channels
Rician-Nakagimi信道中正交空时分组码的近似性能分析
OFDM Symbol Synchronization Algorithm in Multi-Path Fading Channel
多径衰落信道下的正交频分复用符号同步算法
Simulation of digital sensor signal QAM technology based on communication channel
基于通信信道的数字传感信号正交幅度调制技术仿真研究
