1.
Multiuser Detection and Adaptive Space-Time Receivers for Mobile Communication Systems;
移动通信中的多用户检测与自适应空时接收机研究
2.
Research on Space-Time Adaptive Receiver of Wireless Communications;
无线通信中空时自适应接收机的研究
3.
A Blind Space-time Multiuser Detection RAKE Receiver Based on KALMAN Algorithm;
基于KALMAN算法的盲空时多用户RAKE接收机
4.
Non-cooperated Multi-Antenna Reception of Mobile Communication;
移动通信非合作接收中的空时多天线处理
5.
Space-time Code Technique and Receiver Design For Mobile Communications;
移动通信中的空时编码技术与接收机设计
6.
Algorithm Improving for Space-Time Anti-Jamming Based on Satelitte Navigation Receiver
基于卫星导航接收机的空时抗干扰算法的改进
7.
Receiving antenna selection algorithms based on equivalent channel for GLST systems
基于重构信道的组分层空时系统接收天线选择
8.
Improved Receiver Scheme of Beamforming Based on STBC
基于空时编码的波束形成接收端改进模式
9.
a six-valve set
六真空管电报接收机
10.
Air inside an alveolus gives oxygen to blood and receives carbon dioxide from blood.
肺泡里的空气给血液供氧，同时接收血液里的二氧化碳。
11.
Simultaneously, the receiving machine captures and prints the document.
同时，接收机接收并打印出文件。
12.
ESA/Telespazio LANDSAT station
欧空局/空间通信局大地卫星接收站
13.
Design of Low-altitude Sounding Receiver Based on the CC1020
基于CC1020的低空探空接收机设计
14.
The idle percentage is invalid. This value must between zero and 99 percent. Zero means that the connection isn't idle if any data is recieved at all.
空闲百分比无效。该值必须介于0与99%之间。0是指接收任何数据时连接不中断。
15.
simultaneous collection of twoion beams
双离子束的同时接收
16.
Timing design of SpaceWire Codec receiver based on FPGA
SpaceWire Codec接收端FPGA时序设计
17.
Signals that a timeout has occurred on a socket read or accept.
标志在套接字读取或接收时出现延时。
18.
near in space or time.
在空间或者时间上接近。