Performance impact analysis with KPP using application response measurement in E-government systems

N. Yoo
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Abstract

In this paper, the performance impact analysis of e-government systems with key performance parameters is being considered. Meaningful impact analysis in sustained government systems is required for considering non-functional requirements and functional requirements. Performance requirements are a critical component of non-functional areas. For example, if a new system change is set to the system, the impact in terms of the response time must be implemented in each sub-system. In this paper, an XML-based framework can be used to analyze performance impacts on sub-systems and can provide a scheme to enhance impact analysis by performance monitoring using application response measurement. Through a health system example as a case study, a performance requirement model to describe extended trees and adapting analysis result of performance monitoring using application response measurement and XML tree representation are addressed. This paper also proposes a scheme for prioritized processing and an algorithm for effectively enhancing impact analysis in a timely fashion.
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基于应用响应测量的电子政务系统绩效影响分析
本文考虑了电子政务系统的关键绩效参数对系统绩效的影响分析。需要对持续的政府系统进行有意义的影响分析,以考虑非功能需求和功能需求。性能需求是非功能性领域的关键组成部分。例如,如果对系统设置了新的系统更改,则必须在每个子系统中实现响应时间方面的影响。在本文中,可以使用基于xml的框架来分析对子系统的性能影响,并可以提供一种方案,通过使用应用程序响应度量进行性能监控来增强影响分析。以一个卫生系统为例,讨论了一个性能需求模型来描述扩展树,并利用应用程序响应度量和XML树表示来适应性能监控的分析结果。本文还提出了一种优先处理方案和一种及时有效地增强影响分析的算法。
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