Smart antenna technology will be widely used in telemetry systems in the near future.
智能天线技术在未来无线遥测系统中有很广阔的应用前景。
This filter can be used in navigation, antenna tracking, and telemetry data processing systems to improve the locating accuracy and to realize the flight mode auto judgment.
本方法可用于导航控制、天线跟踪和遥测数据处理等系统中，可以提高定位的准确性，并进行飞行模式的自动判决。
The results show that while introducing smart antenna technology in wireless telemetry systems, it can efficiently raise signal-to-noise ratio and improve bit error rate performance of the system.
结果表明，在无线遥测系统中采用智能天线技术，能够有效地提高系统的信噪比，改善系统的误码性能。
Then basing on the rational receive of telemetry signal, we have educed the numerical value calculating method of antenna covering range.
并基于遥测信号合理化接收，导出天线覆盖范围的数值计算方法。
To make sure that the antenna points to the right direction is the basis of effective work of telemetry and telecommand system of a helicopter.
保证天线跟踪系统的正确跟踪指向是无人驾驶直升机遥测遥控系统可靠工作的关键技术问题。
To point the engine in the correct direction, the main antenna will not be pointed at Earth, preventing more detailed telemetry.
为了把发动机对准正确的方向，主天线不会对准地球，从而无法传输更精细的数据。
To point the engine in the correct direction, the main antenna will not be pointed at Earth, preventing more detailed telemetry.
为了把发动机对准正确的方向，主天线不会对准地球，从而无法传输更精细的数据。
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