Overview of OpenModel-based validation with partial information

R. Hall, A. Zisman
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引用次数: 3

Abstract

Multi-stakeholder distributed systems (MSDS), such as the Internet email and instant messaging systems, and e-business Web service networks, raise new challenges for users, developers, and systems analysts. Traditional requirements engineering, validation, and debugging approaches cannot handle two primary problems of MSDS: the lack of consistent high level requirements and the ignorance problem caused by lack of communication among stakeholders. OpenModel described by R. Hall (2002) addresses this ignorance problem: each MSDS node publishes a behavioral model of itself so that remote stakeholders can reason about their interactions with it. However, stakeholders will typically wish to hold back private state information, such as user identities and cryptographic keys. An OpenModel-based validation tool must tolerate missing information and yet still give useful analyses where possible. These paper overviews OMV, a novel approach to validation in the face of partial information based upon symbolic simulation of OpenModel models. We briefly illustrate our studies of the OMV tool in the domains of email and instant messaging.
基于openmodel的部分信息验证概述
多涉众分布式系统(MSDS),例如Internet电子邮件和即时消息传递系统,以及电子商务Web服务网络,为用户、开发人员和系统分析人员提出了新的挑战。传统的需求工程、验证和调试方法无法处理MSDS的两个主要问题:缺乏一致的高层次需求,以及由于涉众之间缺乏沟通而导致的无知问题。R. Hall(2002)描述的OpenModel解决了这个忽略问题:每个MSDS节点发布自己的行为模型,以便远程利益相关者可以推断他们与它的交互。然而,涉众通常希望保留私有状态信息,例如用户身份和加密密钥。基于openmodel的验证工具必须容忍丢失的信息,但仍然在可能的情况下提供有用的分析。本文概述了OMV,一种基于OpenModel模型的符号仿真的面向部分信息验证的新方法。我们简要说明了我们在电子邮件和即时消息传递领域中对OMV工具的研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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