支持多种特性的基于属性代理重加密方案

doi:10.11959/j.issn.1000-436x.2019127

Abstract

Abstract:

A ideal proxy re-encryption scheme has five features,such as one-way encryption,non-interaction,repeatability,controllability and verifiability.The existing schemes,however,have only two or three of the five features,which reduces the utility of them to some extent.For this,a new ciphertext-policy attribute-based proxy re-encryption (CP-ABPRE) scheme with the above five features was proposed.In the proposed scheme,the cloud proxy server could only re-encrypt the ciphertext specified by the delegator by using the re-encryption key,and resist the collusion attack between the user and the proxy satisfying the re-encryption sharing policy.Most of encryption and decryption were outsourced to cloud servers so that it reduced the computing burden on the user’s client.The security analysis show that the proposed scheme resists the selective chosen plaintext attack (SCPA).

Key words: attribute-based encryption, proxy re-encryption, outsourcing encryption, outsourcing decryption, chosen plaintext security

CLC Number:

TP309

FENG Chaosheng,LUO Wangping,QIN Zhiguang,YUAN Ding,ZOU Liping. Attribute-based proxy re-encryption scheme with multiple features[J]. Journal on Communications, 2019, 40(6): 177-189.

Figures/Tables 8

References 33

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方案	访问结构	单向性	非交互性	可重复性	可控性	可验证性	安全性
文献[14]方案	AND门	√	√	√	×	×	sCPA
文献[15]方案	LSSS	√	√	×	×	×	sCCA
文献[16]方案	LSSS	√	√	×	×	×	CCA
文献[17]方案	AND门	√	√	√	√	×	sCPA
文献[18]方案	访问树	√	√	√	√	×	sCCA
文献[20]方案	LSSS	√	√	×	×	×	CPA
文献[21]方案	BLSS^[32]	√	√	√	×	×	CPA
文献[22]方案	AND门	√	√	√	√	×	sCPA
文献[23]方案	AND门	√	√	√	√	×	sCPA
文献[24]方案	AND门	√	√	√	×	×	sCPA
本文方案	LISS	√	√	√	√	√	sCPA

方案	加密	生成重加密密钥	原始密文解密	重加密密文解密
文献[1]方案	(1+4N_P)E_G+E_T	—	(2N_P-2)E_T+(1+2N_P)B	—
文献[14]方案	(2+N)E_G+E_T	(3+3N)E_G+E_T	(1+N)B	E_G+(2+N)B
文献[15]方案	(3+4N_P)E_G+2E_T	(6+4N_P+N_S)E_G+2E_T	(2+3N_P)E_G+(1+N_P)E_T+(7+3N_P)B	4E_G+(3+N_P)E_T+(3+2N_P)B
文献[16]方案	(5+3 N_P)E_G+E_T+\|OTS\|	(14+3 N_P+2 N_S)E_G+E_T+\|OTS\|	(1+2 N_P)E_G+N_PE_T+(10+3 N_P)B+\|OTS\|	(2+6 N_P)E_G+1 E_T+(16+6 N_P)B+2\|OTS\|+\|SYM\|
文献[17]方案	(2+N)E_G+E_T	(4+N)E_G+E_T	(1+2N)B	E_T+(2+2N)B
文献[18]方案	(4+N_P)E_G+E_T	(8+2N_P+N_S)E_G+3E_T	E_G+(5+N_P)B	2E_G+(8+N_P)B
文献[21]方案	(1+N_P)E_G+E_T	(4+N_P)E_G+E_T	(1+N_P)B	E_G+(2+N_P)B
文献[22]方案	(3+3N)E_G+2E_T	(6+3N)E_G+2E_T	(3+3N)B	E_T+(4+3N)B
文献[23]方案	(6+4N)E_G+2E_T	(8+4N)E_G+2E_T	(6+3N)B	E_T+(7+3N)B
文献[24]方案	(2+12 N)E_G+E_T	(2+25 N)E_G+E_T	(2+4N)B	(3+4N)B
本文方案	(7+N_P)E_G+E_T	(10+N_P)E_G+E_T	3E_T	4E_T+B

方案	私钥	原始密文	重加密密文
文献[1]方案	(1+2N_S)\|G\|	\|G_T\|+(1+2N_P)\|G\|	—
文献[14]方案	(1+2N)\|G\|	\|G_T\|+(2+N)\|G\|	3\|G_T\|+(3+N)\|G\|
文献[15]方案	(2+N_S)\|G\|	2k+(3+2N_P)\|G\|	4k+(6+4N_P)\|G\|
文献[16]方案	(3+N_S)\|G\|	\|G_T\|+(4+2N_P)\|G\|+\|σ\|	\|G_T\|+(3+2N_P)\|G\|+\|σ\|+\|SYM\|
文献[17]方案	(1+4N)\|G\|	\|G_T\|+(2+N)\|G\|	3\|G_T\|+(3+N)\|G\|
文献[18]方案	(1+N_S)\|G\|	\|G_T\|+(3+N_P)\|G\|	4\|G_T\|+(7+2N_P)\|G\|
文献[21]方案	(1+N_S)\|G\|	\|G_T\|+(1+N_P)\|G\|	2\|G_T\|+(2+N_P)\|G\|
文献[22]方案	(4+4N)\|G\|	2\|G_T\|+(3+3N)\|G\|	4\|G_T\|+(4+3N)\|G\|
文献[23]方案	(7+3N)\|G\|	2\|G_T\|+(5+3N)\|G\|	4\|G_T\|+(6+3N)\|G\|
文献[24]方案	(2+4N)\|G\|	\|G_T\|+(2+12N)\|G\|	3\|G_T\|+(4+12 N)\|G\|
本文方案	(4+2N_S)\|G\|	\|G_T\|+(5+2N_P)\|G\|	3\|G_T\|+(7+2N_P)\|G\|

Attribute-based proxy re-encryption scheme with multiple features

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