普适计算环境下的信任模型

Shuxin Yin, I. Ray, I. Ray
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引用次数: 16

摘要

随着移动和传感器设备、嵌入式系统和通信技术的发展,我们正在走向一个普适计算的时代。普适计算应用程序通常涉及跨越不同组织的大量实体之间的交互。不受控制的信息披露或实体之间不受约束的互动可能产生极其严重的后果。传统的安全策略和机制不适用于普适计算应用程序。与传统应用程序不同,普适计算应用程序没有明确的安全边界,本质上是动态的。普及计算应用程序可能需要与先验未知的实体进行交互,因此不能信任这些实体。传统的二元信任概念(已知实体完全可信,未知实体不可信)不适合此类应用。为了填补这一空白,我们开发了一个适用于普适计算应用的信任模型,并开发了在实体之间建立信任的策略。该模型必须适应不同信任程度的概念,确定如何确定信任值,并定义信任如何随时间变化
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Trust Model for Pervasive Computing Environments
With the growth of mobile and sensor devices, embedded systems, and communication technologies, we are moving towards an era of pervasive computing. Pervasive computing applications typically involve interactions between a large number of entities that span different organizations. Uncontrolled disclosure of information or unconstrained interaction among entities may have extremely grave consequences. Traditional security policies and mechanisms are inadequate for pervasive computing applications. Unlike traditional applications, pervasive computing applications have no definite security perimeters and are dynamic in nature. Pervasive computing applications may need to interact with entities that are not known a priori and therefore cannot be trusted. The traditional binary notion of trust where known entities are completely trusted and unknown entities are distrusted are not suitable for such applications. To fill this gap, we develop a trust model useful for pervasive computing applications and develop strategies for establishing trust between entities. The model must accommodate the notion of different degrees of trust, identify how to determine the trust value, and define how trust changes over time
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