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The Efficient Resource Allocation Scheme for the Satellite System based on MF-TDMA  

Choi, Byeong-Gon (충북대학교 전파통신공학과 Smart Radio Communication Lab)
Yeo, Bong-Gu (충북대학교 전파통신공학과 Smart Radio Communication Lab)
Kim, Seoung-Woo (충북대학교 전파통신공학과 Smart Radio Communication Lab)
Jeong, Won-Ho (충북대학교 전파통신공학과 Smart Radio Communication Lab)
Kim, Kyung-Seok (충북대학교 전파통신공학과 Smart Radio Communication Lab)
Publication Information
Journal of Satellite, Information and Communications / v.10, no.4, 2015 , pp. 32-38 More about this Journal
Abstract
Next generation military satellite communication systems have been developed for expanding capacity and survivability. As for expanding capacity, the communication systems require efficient techonology to use limited resource. So, next generation communication systems are expected to use MF-TDMA technology. MF-TDMA is the technology which has the advantages of FDMA and TDMA. By using MF-TDMA, communication systems can use limited resource efficiently, and the performance of resource allocation depends on the allocation scheme. In this paper, we propose efficient allocation scheme for next generation military satellite communication systems. Also, we compare and analze performances such as Total Resource Efficient, Reject Ratio, Computational Time, PSD distribution with existing allocation schemes.
Keywords
Military Satellite System; MF-TDMA; Resource Allocation; Resource Efficiency; PSD;
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  • Reference
1 ITU, Eds., Handbook on Satellite Communications, 3rd ed., Wiley-Interscience, 2002.
2 Soon Woo et al., "A Power Control-Based MF-TDMA Resource Allocation Scheme for Next Generation Military Satellite Communication Systems", The Korean Insititute of Communicaions and Infromation Sciences(KICS), 2012
3 S. W. Han and J. W. Seo, "Future extension of the next generation military satellite", Informaion and Communications Magazin, 2009
4 Hong-jun Noh et al., "Resource Allocation and IP Networking for Next Generation Military Satellite Communications System", The Korean Insititute of Communicaions and Infromation Sciences(KICS), 2013
5 Jung-Min Park et al., "Allocation of QoS Connections in MF-TDMA Satellite Systems: A Two-Phase Approach", IEEE Transactions on Vehicular Technology, 2005
6 Dongdong Qiu et al., "A Novel Resource Allocation Scheme Based on Multi-satellite Terminals in MF-TDMA Satellite Systems", 2013 6th International Congress on Image and Signal Processing(CISP), 2013
7 Pan Xiaofei and Wei Li, "Resource Allocation in Variable Bandwidth MF-TDMA Satellite Communications", 2006 8th International Conference on Signal Processing, 2006
8 Qijia Dong et al., "Optimal Timeslot Allocation Algorithm in MF-TDMA", 08. 4th International Conference on Wireless Communications, Networking and Mobile Computing, 2008