遥测数据的时间导向管理

Soraphob Suparchaiparnitchapong, Thanathat Saelim, Weerawat Khawsuk
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引用次数: 0

摘要

可靠的跟踪系统是远程地对地火箭发展的关键。在研究和开发阶段,商用现成系统可能过于昂贵而无法实现。在一个简单的框架下,我们开发了一个内部数据收集单元(DCU)的原型和一个基本单元来管理传输的火箭数据。DCU作为无线接收器和数据存储。它还可以根据请求传输数据。在数据检索过程中,基本单元发送命令控制dcu。将dcu放置在适当的距离,我们可以有效地接收所有传输的数据。很明显,沿飞行路径间隔2.5公里的dcu具有综合高百分比的接收性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Time-oriented management of telemetry data
Reliable tracking system is crucial for the development of long range ground-to-ground rocket. Commercial-off-the-shelf systems can be too expensive to implement during research and development phase. With a simple framework, we develop an in-house prototype of data collecting unit (DCU) and a base unit to manage transmitted rocket data. The DCU acts both as a wireless receiver and data storage. It can also transmit data upon request. A base unit sends a command to control DCUs during data retrieval process. Putting DCUs at an appropriate distance, we can effectively receive all transmitted data. It is evident that DCUs located at 2.5 km apart along the flight path have a combined high percentage of reception performance.
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