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2009•Unpublished venueRequires access

A Trust Model for Heterogeneous Trusted Computing Architectures

Lu Zhu, Yu Sheng, Xing Zhang

Open publisher page 1 citations

Abstract

Chinese specification for trusted computing has adopted a different cryptography scheme from specifications released by trusted computing group (TCG). Although the two sets of specifications are functional compatible, it is hard for different platforms which conform to different specifications to trust each other. This paper proposes a trust model which includes meanings of both behavior trust and identity trust to establish a trust relationship for heterogeneous trusted computing architectures.

About this research paper

What this paper is about

Chinese specification for trusted computing has adopted a different cryptography scheme from specifications released by trusted computing group (TCG). Although the two sets of specifications are functional compatible, it is hard for different platforms which conform to different specifications to trust each other. This paper proposes a trust model which includes meanings of both behavior trust and identity trust to establish a trust relationship for heterogeneous trusted computing architectures.

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Available abstract

Chinese specification for trusted computing has adopted a different cryptography scheme from specifications released by trusted computing group (TCG). Although the two sets of specifications are functional compatible, it is hard for different platforms which conform to different specifications to trust each other. This paper proposes a trust model which includes meanings of both behavior trust and identity trust to establish a trust relationship for heterogeneous trusted computing architectures.

Key concepts: Trusted Computing, Direct Anonymous Attestation, Computer science, Trusted Network Connect, Trusted Platform Module, Trust anchor, Computational trust, Cryptography

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