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RESEARCH ON IMPROVING THE RESPONSIVENESS FOR SOLID-FUEL LAUNCH VEHICLE

机译：改进固体燃料发射车响应性的研究

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Due to various emergencies, such as floods and earthquakes, the satellite reconnaissance andcommunication networks are required to be constructed within the shortest possible time. Therefore, the research onimproving the response time of launch vehicle is of great importance. To address such issue for a newly developedsolid-fuel launch vehicle, four main techniques are proposed in this paper. Firstly, distributed multi-layer faultdiagnosis is employed to significantly reduce the preparation time for overall-test thereafter. Secondly, high-speeddata bus is utilized to replace traditional serial bus to improve data transfer rate and reliability. Furthermore, rapiddata analysis technology, including valid data record and automatic report generation, is used for enhanced efficiency.Last but not least, mobile launching platform is designed to remove the site constraints. Thus the waiting time forlaunching site's availability can be saved accordingly. Primary analysis results show that the response time can bereduced greatly with the proposed techniques.
机译：由于各种紧急情况，例如洪水和地震，卫星侦察和 要求在尽可能短的时间内构建通信网络。因此，关于 改善运载火箭的响应时间非常重要。为新近开发的人解决这个问题 固体燃料运载火箭，本文提出了四种主要技术。一，分布式多层故障 诊断被用来显着减少其后进行整体测试的准备时间。其次，高速 数据总线被用来代替传统的串行总线，以提高数据传输速率和可靠性。此外，快速 数据分析技术（包括有效数据记录和自动报告生成）用于提高效率。 最后但并非最不重要的一点是，移动启动平台旨在消除站点限制。因此，等待时间 可以相应地保存启动站点的可用性。初步分析结果表明，响应时间可以达到 所提出的技术大大减少了。

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