TIME-DEPENDENT CONSTELLATION DESIGN FOR REGIONAL MOBILE SATELLITE COMMUNICATION SYSTEMS

Hu Jianhao; Wu Shiji; Li Lemin

Volume 22 Issue 6

Nov. 2000

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Article Navigation > Journal of Electronics & Information Technology > 2000 > 22(6): 914-920

Hu Jianhao, Wu Shiji, Li Lemin . TIME-DEPENDENT CONSTELLATION DESIGN FOR REGIONAL MOBILE SATELLITE COMMUNICATION SYSTEMS[J]. Journal of Electronics & Information Technology, 2000, 22(6): 914-920.

Citation:

Hu Jianhao, Wu Shiji, Li Lemin . TIME-DEPENDENT CONSTELLATION DESIGN FOR REGIONAL MOBILE SATELLITE COMMUNICATION SYSTEMS[J]. Journal of Electronics & Information Technology, 2000, 22(6): 914-920.

Hu Jianhao, Wu Shiji, Li Lemin . TIME-DEPENDENT CONSTELLATION DESIGN FOR REGIONAL MOBILE SATELLITE COMMUNICATION SYSTEMS[J]. Journal of Electronics & Information Technology, 2000, 22(6): 914-920.

Citation:

Hu Jianhao, Wu Shiji, Li Lemin . TIME-DEPENDENT CONSTELLATION DESIGN FOR REGIONAL MOBILE SATELLITE COMMUNICATION SYSTEMS[J]. Journal of Electronics & Information Technology, 2000, 22(6): 914-920.

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TIME-DEPENDENT CONSTELLATION DESIGN FOR REGIONAL MOBILE SATELLITE COMMUNICATION SYSTEMS

Received Date: 1998-07-15
Rev Recd Date: 1999-04-12
Publish Date: 2000-11-19

Abstract

Abstract

Regional mobile satellite communication systems are very important for developing countries, especially for China that lacks the basic communication methods in her large rural areas. Adopting Medium Earth Orbit (MEO) constellation is an effective way for this situation Time-dependent constellation for the regional mobile satellite communication systems is proposed in this paper. The constellation can provide excellent coverage performance for special territory, and the system service provided by the constellation can be time-limited and nontime-limited. The constellation schemes (time-limited and non-time-limited) of the economical mobile satellite communication system for China designed with this method are proposed in this paper, and they also can provide excellent service for United States.

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References(1)

References

Wu Shiqi,et al. The new development of mobile satellite communication technology. Telecommunication Information, 1996, 24(2):2-6.[2]Hu Jianhao, et al. A study of several coherent problems for constellation design of mobile satellite communication system. SCRS97, Xian, China: 1997, 104-110.[3]胡剑浩，吴诗其，冯钢．中国胝轨移动卫星通信系统设计．电子学报，1996， 24(7)：12-16.[4]Restrepo J.[J].Maral G. Constellation for non-GEO earth-fixed cell satellite systems. AIAA-96-1077-CP.1996,:-[5]Rider L. Optimized polar orbit constellation for redundant earth coverage, the Journal of the Astronautical Sciences, 1988, 33(2):147-161.[6]Adams W S, Hopkins R G. Minimal arbitrarily phased constellations with a given inclination providing single global coverage. AAS 91-508, 1991, 1419-1429.[7]Bousquet M, Maral B. Orbital aspects and useful relations from earth satellite geometry in the frame of future mobile system. AIAA-1990, 1990, 783-789.[8]Drain J E, Castiel D. Elliptic constellations for optimal coverage of selected geographical areas. AIAA-96-1075-CP, 1996, 749-761.Gumbert C C, Violet M D. Assessing mobile satellite systems using a cost per billable minute metric. AIAA-96-CP, 1996, 888-899.

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