支持多类数据接入的航天器综合测试数据处理方法
Supporting Data Progressing Scheme for Spacecraft Electrical Performance Testing with Multiple Interfaces
原晋谦 1尚叔楠 1李昆泽 1张昊骢 1高嘉慧 1卢娟1
作者信息
- 1. 中国空间技术研究院 通信与导航卫星总体部,北京 100094
- 折叠
摘要
针对当前航天器测试多类型数据接入面临瓶颈的问题,介绍了一种多类数据接入的航天器综合测试数据处理方法,主要用于提高遥测实时性、接入卫星载荷数据、处理它星遥测和处理高速率遥测等问题.详细介绍了方法的设计思想、实施方法和应用情况,经实际应用检验,该方法有效缩短了测试所需时间,扩大了测试系统数据接口和极限解码效率,提高了卫星综合测试的自动化水平,具有测试系统解码模块支持可裁剪、低耦合、高效率的数据处理优势.
Abstract
In addressing the practical problems currently faced by spacecraft testing a multiple types of data access method is introduced,which is designed to tackle issues such as improving telemetry real-time decoding performance,accessing satellite payload data,processing telemetry for both the primary and secondary satellites,and handling high-speed telemetry processing.The design concept,implementation methods,and application scenarios of the scheme is provided.Through practical applications,it's verified that through the method,the testing time was effectively reduced,the data interface and the maximum decoding efficiency were expended,and the automation level of satellite testing was enhanced.Scalability,low-coupling,and high-efficiency data processing,which gives the method significant advantages.
关键词
航天器综合测试/遥测实时性/多类数据接入/分布式/自动化测试Key words
Spacecraft electrical performance testing/Telemetry real-time performance/Multiinterfaces/Distributed/Automated testing引用本文复制引用
出版年
2024
NETL
NSTL
万方数据