2005Unpublished venueRequires access

A Distributed Trust Model for e-Commerce Applications

Hui Lei, Gholamali C. Shoja

Open publisher page 16 citations

Abstract

The access control mechanisms used in traditional security infrastructures have been proven inadequate, inflexible, and difficult to apply to the Internet of today. In this work, we have proposed a general-purpose, application-independent dynamic distributed trust model (DDTM). In DDTM, access rights are directly associated with a trust value. The trust values are further classified into direct trust values, indirect trust values and trust authorization levels. We have calculated and expressed each type of the trust values into explicit numerical numbers. The core of this model is the recommendation-based trust model, organized as a trust delegation tree (TDT), and the authorization delegation realized by delegation certificate chains.

About this research paper

What this paper is about

The access control mechanisms used in traditional security infrastructures have been proven inadequate, inflexible, and difficult to apply to the Internet of today. In this work, we have proposed a general-purpose, application-independent dynamic distributed trust model (DDTM). In DDTM, access rights are directly associated with a trust value. The trust values are further classified into direct trust values, indirect trust values and trust authorization levels. We have calculated and expressed each type of the trust values into explicit numerical numbers. The core of this model is the recommendation-based trust model, organized as a trust delegation tree (TDT), and the authorization delegation realized by delegation certificate chains.

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OpenAlex reports 16 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The access control mechanisms used in traditional security infrastructures have been proven inadequate, inflexible, and difficult to apply to the Internet of today. In this work, we have proposed a general-purpose, application-independent dynamic distributed trust model (DDTM). In DDTM, access rights are directly associated with a trust value. The trust values are further classified into direct trust values, indirect trust values and trust authorization levels. We have calculated and expressed each type of the trust values into explicit numerical numbers. The core of this model is the recommendation-based trust model, organized as a trust delegation tree (TDT), and the authorization delegation realized by delegation certificate chains.

Key concepts: Web of trust, Trust anchor, Delegation, Authorization, Computer science, Computer security, Certificate, Access control

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