2010Unpublished venueRequires access

An efficient certificateless ID-based signcrption scheme based on pair public key

Tao Du, Shouning Qu, Guangyu Zheng, Jingwen Xu, Linqiang Dong

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Abstract

Signcryption is a method of cryptographic that combines both digital signature and public key encryption in one logical step. This paper analyzed the characteristics of mobile service and the special request of signcryption. Then one identity-based signcryption scheme using the bilinear pairing was presented. The proposed scheme is proved to be secured assuming the bilinear Diffle-Hellman problem is hard. This scheme combined the signcryption and certificateless public key cryptosystem, and it would be more efficient than existing signcryption schemes.

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What this paper is about

Signcryption is a method of cryptographic that combines both digital signature and public key encryption in one logical step. This paper analyzed the characteristics of mobile service and the special request of signcryption. Then one identity-based signcryption scheme using the bilinear pairing was presented. The proposed scheme is proved to be secured assuming the bilinear Diffle-Hellman problem is hard. This scheme combined the signcryption and certificateless public key cryptosystem, and it would be more efficient than existing signcryption schemes.

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Available abstract

Signcryption is a method of cryptographic that combines both digital signature and public key encryption in one logical step. This paper analyzed the characteristics of mobile service and the special request of signcryption. Then one identity-based signcryption scheme using the bilinear pairing was presented. The proposed scheme is proved to be secured assuming the bilinear Diffle-Hellman problem is hard. This scheme combined the signcryption and certificateless public key cryptosystem, and it would be more efficient than existing signcryption schemes.

Key concepts: Signcryption, Public-key cryptography, Digital signature, Computer science, Cryptosystem, Scheme (mathematics), Key (lock), Encryption

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