面向卫星网络断续连通场景的接入和切换认证机制

doi:10.11959/j.issn.2096-8930.2021028

Abstract

Abstract:

This article disclosed an authentication method for access and handover in a low-orbit satellite network intermittent connection scenario.The scheme was based on a symmetrical cryptographic system.Based on hash function, XOR operation and timestamp, the safe access of the terminal to the satellite network was ensured.It reduced signaling overhead, bandwidth overhead, and computing overhead as well.In view of the link interruption, the solution was based on the current session key between the user and satellites to quickly and safely resume communication to ensured the quality of service.Through the orbit prediction technology, according to the current session key between the user and satellites and random number, the safe switching between satellites was realized, and the communication cost during the satellite switching process was reduced.The scheme realized the anonymity of user identity, and refreshed the temporary identity for the next authentication after successful authentication.

Key words: space-integrated-ground information network, access authentication, handover, intermittent connection scenario

CLC Number:

TN302

Xiaoping SHI, Ruhui MA, Jin CAO, Hui LI, Lilan CHEN, Fenghua LI. Access and Handover Authentication in Intermittent Connection Scenario of Satellite Network[J]. Space-Integrated-Ground Information Networks, 2021, 2(3): 24-34.

Figures/Tables 12

References 21

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参数	参考文献[17]的方案	参考文献[18]的方案	参考文献[19]的方案	参考文献[20]的方案	初始接入	通信恢复	卫星切换
信令开销/次	4 SG	4 SG	4 SG	6 SG	6 SG	3 SG	1 SG +2 SS
计算开销/ms	14T_h+1T_pm	7T_h	10T_h	12T_h+6T_pm+2T_E/D	17T_h	10T_h	3T_h
带宽开销/byte	124	68	88	188	176	84	52

性能	初始接入	通信恢复	卫星切换	参考文献[17]的方案	参考文献[18]的方案	参考文献[19]的方案	参考文献[20]的方案
双向认证	Y	Y	-	Y	N	Y	Y
密钥协商	Y	Y	-	Y	N	Y	Y
匿名性	Y	Y	-	Y	N	Y	Y
抗重放攻击	Y	Y	-	N	N	Y	Y
抗DoS攻击	Y	Y	-	N	N	N	Y
信令开销	H	L	L	M	L	L	H
计算开销	M	M	L	H	M	M	H
带宽开销	H	L	L	M	L	L	H
说明：Y：Yes；N：No；H：High；M：Medium；L：Low；-：不做分析

Access and Handover Authentication in Intermittent Connection Scenario of Satellite Network

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