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Analyses and reflection of intelligent autonomous technology for Chinese manned deep space exploration

机译：中国载人深空探测智能自主技术的分析与思考

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Chinese manned deep space exploration (CMDSE) will make outstanding contributions to the progress of human civilization, and make human beings understand the origin, evolution and status of the universe in a wider and deeper level. Intelligent autonomous technology, which has the ability of automatic acquisition and application of knowledge, thinking and reasoning, problem solving and automatic learning, will provide broader prospects for the development of CMDSE activities. This paper will introduce briefly the development of CMDSE and analyze the problems and challenges encountered in this missions, and summarize the requirements for intelligent autonomous technology from rocket launching, flighting into orbit, flight on orbit, celestial landing to successful return to earth. Secondly, intelligent autonomous technology will be discussed in some important fields including high reliability, low cost, adapting of different uncertainties and unknown environment disturbances, emergency handling and obtaining maximum scientific return. In addition, the prospects for the future development of CMDSE mission and the progress of intelligent autonomous technology will be discussed. Finally, in view of CMDSE mission, a system architecture which is based on intelligent sensing, intelligent computing, intelligent control, intelligent material, intelligent communication and other intelligent techniques will be presented, and the future development of those technologies will be also proposed.
机译：中国载人深空探测（CMDSE）将为人类文明的进步做出杰出的贡献，并使人类更广泛，更深入地了解宇宙的起源，演变和地位。具有自动获取和应用知识，思维和推理，解决问题和自动学习能力的智能自主技术将为CMDSE活动的发展提供更广阔的前景。本文将简要介绍CMDSE的发展，分析此任务中遇到的问题和挑战，并总结从火箭发射，飞入轨道，在轨飞行，天体降落到成功返回地球等对智能自主技术的要求。其次，将在一些重要领域讨论智能自主技术，包括高可靠性，低成本，适应各种不确定性和未知环境干扰，应急处理以及获得最大的科学回报。此外，还将讨论CMDSE任务的未来发展前景和智能自主技术的进步。最后，针对CMDSE任务，提出了一种基于智能传感，智能计算，智能控制，智能材料，智能通信等智能技术的系统架构，并提出了这些技术的未来发展方向。

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