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Proceedings of the 27th Conference of Spacecraft TT&C Technology in China:Wider Space for TT&C
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Proceedings of the 27th Conference of Spacecraft TT&C Technology in China:Wider Space for TT&C
第27届中国飞行器测控学术会议论文集:测控的空间更广阔
Language:  Chinese and English bilingual
Author:  Rongjun Shen
Pub. Date:  2014-10 Weight:   kg ISBN:  9787302381907
Format:  Hardcover Pages:  
Subject:  Sciences > Aerospace
Series:   Size:  185x260mm
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Proceedings of the 27th Conference of Spacecraft TT&C Technology in China:Wider Space for TT&C 
Preface

As a result of over 50 years of development, China has already built state-of-the-art full-.edged spacecraft TT&C systems. TT&C means are more diversi.ed, their capabilities are greatly uplifted, and the scope of work of TT&C systems has been expanding. TT&C systems play an indispensable role in .elds including space launch missions and routine operation management of spacecraft.
With the prosperous development of China’s space endeavors, TT&C systems are facing new challenges and opportunities. They are required to support deep space missions farther into the universe. They are required to provide more com-plicated and higher accuracy on-orbit management of spacecraft. They are required to maintain formations and constellations of more satellites and to play a bigger role in detection and cataloguing of smaller space objects. To meet the new require-ments, TT&C systems have to enhance their long-distance space information transmission capability, weak signal extraction and processing capability, high accuracy space instrumentation and navigation capability, and long delay operation and control capability. Moreover, the accuracy of TT&C systems has to be further increased to provide more reliable, secure, .exible, and ef.cient support to spacecraft.
Taking “wider space for TT&C” as its theme, the 27th Conference of Spacecraft TT&C Technology of China highlights more utilization of modern technologies to lift the effectiveness of spacecraft TT&C systems to meet the demands of long-term development of space activities in the backdrop of China’s growing deep space missions, maturing Beidou satellite navigation system and explosive workload on China’s spacecraft TT&C systems.
From over 330 papers authored by scholars and specialists from different .elds, 55 are selected for publication by Springer. The objective is to further increase the in.uence of the Spacecraft TT&C Committee of the Chinese Society of Astro-nautics and to promote international academic exchanges by sharing China’s latest research achievements and engineering experiences in the .eld of spacecraft TT&C systems with the global space-faring community.
November 2014 Rongjun Shen

 
 
 
 
 
 





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