提高软件数字证书的互操作性服务

Marioli Montenegro, A. Maña
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引用次数: 1

摘要

软件认证已经成功地用于传统的“静态”软件。随着新的计算范式(如面向服务的计算和云计算)的引入,基于冗长的面向人的文档表示软件认证的现有方法显示出许多局限性,以至于该方法在实践中没有用处。ASSERT4SOA项目目前正在解决这个问题,并基于一种名为ASSERT的新型数字证书开发了一种面向计算机的软件证书表示。然而,为了能够表示认证方案和标准的巨大异质性,ASSERT规范必须非常灵活且相当复杂。这反过来又使assert的生成变得困难,而且限制了它们的互操作性,因为要实现互操作性,assert需要遵循一定的规则。为了提高独立生产的assert的互操作性,本文提出了项目中采用的解决方案。该解决方案已经过评估,并收到了非常积极的反馈。
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Improving Interoperability of Digital Certificates for Software & Services
Software certification has been successfully used with traditional "static" software. With the introduction of new computing paradigms such as service-oriented computing and cloud computing, the existing way to represent software certifications based in verbose human-oriented documents, exhibits many limitations, to the point of making the approach not useful in practice. The ASSERT4SOA project is currently addressing this problem and has developed a computer-oriented representation for software certifications based on a new type of digital certificates called ASSERT. However, in order to be able to represent the huge heterogeneity of certification schemes and standards, the ASSERT specification has to be extremely flexible and rather complex. This in turn, makes the production of ASSERTs difficult, and moreover, limits their interoperability, as to be interoperable, ASSERTS need to follow certain rules. This paper presents the solution adopted in the project in order to improve the interoperability of independently produced ASSERTS. The solution has been evaluated and has received very positive feedback.
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