Technical challenges of spacecraft control technologies in Japan-development of recent engineering test satellites and a future scope

机译：日本航天器控制技术的技术挑战-最新工程测试卫星的开发和未来范围

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In realizing future space ctivities such as construction and operation of the space station, maintenance and repair of the oriting facilities such as satellite and space platofm, and exploration of moon and planets require some key technologies beside technologies needed to launch communication and rremote sensing satelites. Those are (1) approaching an orbiting spacecraft (rendezvous docking) (2) task execution in orbit or orbiting s paccecraft (rendezvous docking) (2) task execution in orbit or planetary surface (robotics) and 93) returning from space (re0entry and landing). This paper introduces how Japan is developing these technologies, especially rendezvous docking and space robotics.

机译：在实现未来的空间动力（例如空间站的建设和运营），维护和修理卫星和太空平台等演播设备以及探索月球和行星时，除了发射通信和降低遥感卫星所需的技术外，还需要一些关键技术。它们是（1）接近在轨航天器（交会对接）（2）在轨或航天飞机（交会对接）的任务执行（2）在轨道或行星表面（机器人学）的任务执行和93）从太空返回（重入和返回）降落）。本文介绍了日本如何开发这些技术，特别是交会对接和太空机器人技术。

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来源
《4th IFAC(International Federation of Automatic Control) Symposium on Automatic Control in Aerospace 1998 Seoul, Korea, 24-28 August 1998》|1998年|p.9-14|共6页
会议地点 Seoul(KR)
作者
Prof.Yoshiaki Ohkami; Dr.Mitsushige Oda;
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原文格式 PDF
正文语种 eng
中图分类航空、航天技术的研究与探索;
关键词
Aerospace control; Satellite; Spacecraft; Space Station; Dynamics;

机译：航空航天控制；卫星;航天器；空间站;动力学;

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Technical challenges of spacecraft control technologies in Japan-development of recent engineering test satellites and a future scope

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