1) underwater acoustic remote control communication
水声遥控通信
1.
A large-scale combined network was proposed to position and navigate the underwater maneuverable objects by both the wireless radio communication and the underwater acoustic remote control communication.
设计了一套集导航、定位、无线电通信和水声遥控通信功能于一体的大型联合系统。
2) underwater acoustic remote control
水声遥控
1.
The system fun-ctions include underwater acoustic location,radio communication and underwater acoustic remote control.
在传统的长基水声定位技术基础上,设计了一套集水声定位监测、无线电通信和水声遥控功能于一体的无线电遥控水声监测浮标系统,利用合作信标方式和询问应答方式对水下目标的三维运动轨迹进行测量,无线电通信和水声遥控功能相结合能实现对海底潜标的远程控制。
2.
The underwater acoustic remote control system based on single chip processor is presented.
介绍一个由单片机控制的水声遥控信号检测系统 ,系统采用了时间相关积累和脉宽鉴别等信号处理方式 。
3.
With the rapid exploitation of ocean and the need of national defence, underwater acoustic remote control system (especially of long-distance underwater acoustic remote control system) has received much attention recently.
随着海洋开发的发展和国防建设的需要，水声遥控系统特别是远程水声遥控系统的研究受到了广泛的重视。
4) underwater acoustic communication
水声通信
1.
Research on phase compensation in OFDM underwater 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 in underwater 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 multichannel underwater acoustic communication;
M元混沌扩频多通道Pattern时延差编码水声通信
5) 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 of UWA 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-speed UWA 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。
6) underwater communication
水声通信
1.
Chaotic frequency hopping in underwater communication;
水声通信中的混沌跳频技术研究
2.
Development of underwater 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
补充资料：波导通信(见毫米波通信)
波导通信(见毫米波通信)
wave guide communication
bodao tongxin波导通信(wave guide communieation)见毫米波通信。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条