OFDM水声通信,OFDM underwater acoustic communications
1)OFDM underwater acoustic communicationsOFDM水声通信
英文短句/例句
1.Frequency Synchronization and Channel Estimation for OFDM Underwater Acoustic Communication;OFDM水声通信中的频率同步与信道估计
2.Study on channel estimation technique of OFDM underwater acoustic communication systemOFDM水声通信信道估计技术研究
3.Channel Estimation Algorithm in Underwater Acoustic Communication Based on DFT and OFDM基于DFT的OFDM水声通信信道估计算法
4.Design of TURBO Coded OFDM System for Underwater Acoustic Channel基于TURBO码的OFDM水声通信系统应用
5.Study of Synchronization Technique in an Underwater Acoustic OFDM Communication SystemOFDM水声通信系统的同步技术研究
6.Implement of Timing Synchronization for OFDM Underwater Communication System on FPGAOFDM水声通信系统定时同步的FPGA实现
7.Channel equalization of orthogonal frequency division multi-plexing underwater communication based on linear minimum mean square errorOFDM水声通信线性最小均方误差算法信道均衡
8.Research on the PAPR Reducing Techniques in the OFDM Underwater Acoustic Communication System;OFDM水声通信系统中降低峰均比技术研究
9.Research on Combined Synchronization and Channel Estimation Technology for OFDM Underwater Communication SystemOFDM水声通信系统的联合同步和信道估计技术研究
10.Performance Analysis of Narrow-Band Interference Suppression in Underwater Acoustic Communication Based on Barker-Code Windowed OFDM利用巴克码窗抑制OFDM水声通信系统信道内窄带干扰性能分析
11.Application of Linear Inserting-Values Arithmetic and so on in UWA OFDM System"s Frequency Field Equalization线性插值算法等在OFDM水声通信系统频域均衡中的应用研究
12.An Efficient Doppler Estimation Method Based on Pilot Chirp Z Transformation for Base-Band OFDM Underwater Acoustic Communication基于导频chirpZ变换的基带OFDM水声通信多普勒估计方法
13.The Application Study of Orthogonal Frequency Division Multiplexing Technique in UWA Communication;OFDM技术在水声通信中的应用研究
14.Design of Underwater Acoustic Communication Hardware Platform Base on OFDM Technique基于OFDM技术水声通信硬件平台设计
15.The Design of Underwater Acoustic Communication Transmitting System Based on OFDM基于OFDM技术的水声通信发射系统设计
16.High-Speed Underwater Acoustic Communication Technique Based on MIMO-OFDM基于MIMO-OFDM的高速水声通信技术研究
17.Application study of turbo code for underwater acoustic communication based on OFDMTurbo码在水声OFDM通信中的应用研究
18.The Study of the Key Technologies and Applications for OFDM in High-Speed UWA Communication;高速水声通信中OFDM的关键技术与应用研究
相关短句/例句
underwater acoustic communication水声通信
1.Research on phase compensation in OFDMunderwater acoustic communication systems;OFDM水声通信系统中一种相位补偿方法
2.The application of TD-MFM inunderwater acoustic communication;时频编码在水声通信中的应用
3.M-ary chaotic spread spectrum Pattern time delay shift coding scheme for multichannelunderwater acoustic communication;M元混沌扩频多通道Pattern时延差编码水声通信
3)UWA communication水声通信
1.UWA communications suffer from interferences due to multi-path,ambient noise and Doppler shift.水声信道是一个极其复杂的时变-空变-频变信道,因而进行水声通信,必须克服时变多途干扰等困难。
2.However,serious multipath fading and Doppler frequency shift lead to high bit-error-rate ofUWA communication.对于水声通信中严重的多途衰落和多普勒频移现象,采用多径分离再合并技术和实时频率跟踪技术有效地解决了以上问题,大大降低了系统的误码率。
3.Narrow channel band,severe multipath interferences and severe channel attenuation have demonstrated the great complexities and difficulties of high-speedUWA communications.信道通带窄、多途干扰强、衰落严重是水声通信高速可靠传输信息的主要障碍。
4)underwater communication水声通信
1.Chaotic frequency hopping inunderwater communication;水声通信中的混沌跳频技术研究
2.Development ofunderwater communication system based on vector sensor;基于矢量传感器的水声通信系统研制
3.Research on Underwater Communication Channel Characteristics Measurement;水声通信信道特性测量研究
5)underwater acoustic communications水声通信
1.The Development and Appliation of Modern Underwater Acoustic Communications;现代水声通信技术的发展及应用
6)acoustic communication水声通信
1.Variable step-size adaptive Doppler compensation foracoustic communication水声通信变步长自适应多普勒补偿
2.Based on the maritime communications network, the real-time confidential communications systems used foracoustic communications are researched.从系统的实时性和保密性出发，基于双DSP的高速信号处理器平台，研究了水声通信中跳频图案、系统同步、数据传输和数据保密等技术。
3.An OFDMacoustic communication system is proposed.提出了一套OFDM水声通信系统方案,采用Turbo码作为信道编码,使用梳状导频和块状导频进行信道估计。
延伸阅读
[3-(aminosulfonyl)-4-chloro-N-(2.3-dihydro-2-methyl-1H-indol-1-yl)benzamide]分子式：C16H16ClN3O3S分子量：365.5CAS号：26807-65-8性质：暂无制备方法：暂无用途：用于轻、中度原发性高血压。
