具有动态信任时间间隔的可信任web服务

Nalinrat Srirajun, Pattarasinee Bhatarakosol, P. Tantasanawong, Sunyoung Han
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引用次数: 2

摘要

网络上的web服务应用程序的可信性的一部分是提供商可以向其客户保证的服务的信心。因此,在开发过程之后,web服务开发人员必须确保交付的服务在执行过程中具有可用性和可靠性。但是,当服务代理在执行过程中出现错误时,会出现一个严重的问题,例如服务过程中的无限循环问题。这种意想不到的问题会给web服务软件的各个方面造成严重的损失,尤其是生命和死亡。尽管已经提出了各种方法来保护意外错误,但大多数方法都是开发过程中的验证和确认过程。然而,这些方法不能完全解决无限循环问题,因为这个问题通常是由执行请求和响应过程获得的意外值引起的。因此,本文提出了一种包含保护机制的系统架构,该机制可以在每个请求者的请求服务处于动态状态时完全检测和保护web服务的未绑定循环问题。提出的解决方案可以保证用户绝对不会因web服务系统的意外无限循环而发生重大丢失。因此,所有具有动态回路控制条件的服务代理都是可信的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Trustable web services with dynamic confidence time interval
One part of trustfulness on web services application over the network is confidence of services that providers can guarantee to their customers. Therefore, after the development process, web services developers must be sure that the delivered services are qualified for availability and reliability during their execution. However, there is a critical problem when errors occur during the execution time of the service agent, such as the infinite loop problem in the service process. This unexpected problem of the web services software can cause critical damages in various aspects, especially lives and dead of people. Although there are various methods have been proposed to protect the unexpected errors, most of them are procedures in the verification and validation during the development processes. Nevertheless, these methods cannot completely solve the inifnite loop problem since this problem is usually occurred by an unexpected values obtained from the execution of request and response processes . Therefore, this paper proposed a system architecture includes with a protection mechanism that completely detect and protect the unbound loop problem of web services when request services of each requester are under the dynamic situation. This proposed solution can guarantee that users will definitly be protected from a critical lost occurred from the unexpected infinite loop of the web services system. Consequently, all service agents with dynamic loop control condition can be trustable.
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