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首页> 外文期刊>International journal of computer science and network security >Architecting Digital Signature/ PKI based Secure Web Based Systems Through 3-D Probabilistic Software Stability Model (PSSM)
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Architecting Digital Signature/ PKI based Secure Web Based Systems Through 3-D Probabilistic Software Stability Model (PSSM)

机译：通过3D概率软件稳定性模型（PSSM）构建基于数字签名/ PKI的基于安全Web的系统

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摘要

With advancements in the design of Software Systems, it has become necessary to think in terms of providing security to Software Systems using advanced security standards and protocols. There are advanced and widely accepted techniques used in securing web based banking software systems such as Public Key Cryptosystem (PKI), digital signatures etc. While designing such high-secure banking web applications, the methods of ascertaining and ensuring stability of such systems have always been quite challenging. We have applied the concept of 3-D Probabilistic Software Stability Model (PSSM), essentially by defining the Enduring Business Themes (EBTs), Business Objects (BOs) and Industrial Objects (IOs) to analyze the stability of the PKI/ Digital Signature based Banking (web) applications. Due to the instability of Web based Systems produced over a period of time unlike other systems, it has become essential to research upon and ascertain the stability of Web based Systems. Though theoretically there is no deterioration expected for a software product, it does owing to changes in software which involves re-engineering of the changed code. The re-engineering of the software product is not essential for small changes that would have been made in the code of the software modules. We have taken into consideration the various aspects such as analysis, design, development and tried to analyse the design aspects of Secure Web Based Systems making use of the Probabilistic SoftwarernStability Model (PSSM). Identifying the design pattern for a domain using Probabilistic Software Stability Model (PSSM) helps one make apply the design pattern for a different application/problem in the same domain. This has been demonstrated through the design pattern arrived at for PKI/DS based E-Banking Systems (EBS). This research work essentially integrates Secure Web based systems development with Software Stability Theory that will provide lot more stabilization of the Secure Web based Systems.
机译：随着软件系统设计的进步，有必要考虑使用高级安全性标准和协议为软件系统提供安全性。在保护基于Web的银行软件系统（例如，公钥密码系统（PKI），数字签名等）的安全性方面，有先进且广泛接受的技术。在设计此类高安全性的银行Web应用程序时，确定和确保此类系统稳定性的方法始终很有挑战性。我们通过定义持久业务主题（EBT），业务对象（BO）和工业对象（IO）来应用3-D概率软件稳定性模型（PSSM）的概念，以分析基于PKI /数字签名的稳定性银行（网络）应用程序。由于一段时间内产生的基于Web的系统的不稳定性，与其他系统不同，因此研究和确定基于Web的系统的稳定性已变得至关重要。尽管从理论上讲，软件产品不会出现任何恶化，但这是由于软件变更（涉及对变更后的代码进行重新设计）造成的。对于将在软件模块的代码中进行的微小更改，软件产品的重新设计并不是必不可少的。我们已经考虑了各个方面，例如分析，设计，开发，并尝试使用概率软件稳定性模型（PSSM）分析基于安全Web的系统的设计方面。使用概率软件稳定性模型（PSSM）识别域的设计模式有助于使设计模式应用于同一域中的其他应用程序/问题。通过基于PKI / DS的电子银行系统（EBS）的设计模式已经证明了这一点。这项研究工作实质上将基于安全Web的系统开发与软件稳定性理论相集成，这将为基于安全Web的系统提供更多的稳定性。

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