基于双重代理密钥的船舶自组网门限签名方案

doi:10.11959/j.issn.1000-436x.2018115

Abstract

Abstract:

In order to solve the problem of message authentication under the conditions of the ship ad-hoc network (SANET),a signature scheme that does not depend on trusted certificate authorities and tamper-proof devices (TPD) was proposed by using the threshold proxy signature scheme and the properties of bilinear pairings.The proposed scheme used the dual-proxy key and the threshold signature mechanism to enable the ship nodes calculate the message signature in polynomial time.Moreover,the security of the scheme was also proved under the random oracle model.The performance analysis results show that the proposed scheme can meet the requirement of strong proxy signature under the premise of guaranteeing correctness,and has lower computational cost and communication cost.

Key words: ship ad-hoc network, dual-proxy key, message authentication, bilinear pairing

CLC Number:

TP309

Ming XU,Xuru LI,Chaobin LIU,Yao MA. Dual-proxy key-based threshold signature scheme for ship ad-hoc network[J]. Journal on Communications, 2018, 39(7): 166-175.

Figures/Tables 6

方案	签名长度/B
本文方案	$4 t \| Z_{q}^{*} \|$
文献[18]的方案	$4 \| G_{1} \| + (t - 1) \| G_{2} \|$
文献[19]的方案	$t (\| Z_{q}^{*} \| + 2 \| G_{1} \|)$
文献[20]的方案	$3 t \| G_{1} \|$

References 28

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方案	生成签名	验证签名
本文方案	2T_mtp+4T_mul	7T_par
文献[18]的方案	(\|m_A\|+5(t-1))T_mul+2 T_exp	6T_par+(t+4)T_exp+2(\|m_A\|+\|ID\|+t+10)T_mul
文献[19]的方案	3(n+1)T_mul+T_mtp	6T_par+4T_exp+2T_mtp+2n²T_mul
文献[20]的方案	2\|m\|T_mul+4T_exp	7T_par+2\|m\|T_mul

Dual-proxy key-based threshold signature scheme for ship ad-hoc network

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