基于跳波束的新一代高通量卫星通信系统设计

doi:10.11959/j.issn.1000-436x.2020083

Abstract

Abstract:

Beam-hopping technology provides a basis for flexible allocation and efficient utilization of satellite resources,and it is considered as a key technology of the new generation of high-throughput satellite.With the goal of service-driven,efficient utilization of resources and on-demand coverage of hot spots area,from the aspects of system architecture,communication system,working mechanism,resource allocation method and beam-hopping pattern design,user access strategy,air interface protocol design and system workflow,a top-down feasibility and technical foundation was provided for the design of a new generation of high-throughput satellite communication system based on beam hopping.Finally,it meet the requirements of flexible and mobile information service for the space-earth integration network,as well as the demand of the space-based backbone network with high reliability and large capacity transmission.

Key words: high throughput satellite, space-earth integration network, beam-hopping, system design

CLC Number:

TN927

Chen ZHANG,Gengxin ZHANG,Xianyu WANG. Design of next generation high throughput satellite communication system based on beam-hopping[J]. Journal on Communications, 2020, 41(7): 59-72.

Figures/Tables 18

References 45

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参数	符号	数值
标准	—	DVB-S2
总波束数目/个	K	49
分簇数目/个	N_b	7
簇内波束数目/个	M_c	7
波束带宽/MHz	B_t	200
总功率/W	P_tot	200
跳波束周期时隙个数/个	W	128
单个时隙长度/ms	t	50
下行链路频率/GHz	F	20
波束覆盖半径/km	R_f	262
卫星轨道高度/km	H	35 786
自由空间损耗/dB	L_free	212
天线传输增益/dB	G_t	40
天线接收增益/dB	G_r	50

波束簇号	各波束容量需求/（Mbit·s^-1）
1	21,32,26,17,57,35,82]
2	32,21,34,38,65,42,68]
3	20,26,46,55,36,86,61]
4	32,37,28,49,70,53,91]
5	37,21,51,68,75,61,77]
6	24,32,60,56,65,76,107]
7	37,55,25,62,91,75,105]

Design of next generation high throughput satellite communication system based on beam-hopping

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