航天器平台-载荷-控制一体化协同研制

航天器任务能力的指标提升，对卫星系统设计的深入、精细以及集约要求更高。以系统性能最优为终极目标，围绕任务能力开展多学科一体化设计，进而引起的产品集成、验证模式的显著改变。本文对国内外航天器多学科一体化研制模式的发展和应用情况进行介绍，分析了一体化设计的需求和内涵，并对多学科一体化协同平台的实现及探索性应用进行了研究。

Integrated Development of Platform, Payload and Control for Spacecraft

The improvement of the mission capability of spacecraft has made it more demanding for the in-depth, intensive design of satellite system. It is required that the ultimate goal of system performance to be carried out around the mission capability, which in turn will lead to significant changes in product integration and verification models. This paper introduces the development and application of the multi-discipline integrated development model for spacecraft, analyzes the needs and implications of integrated design, and introduces the implementation and exploratory applications of the multidisciplinary integrated collaborative platform.