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A Method for Prioritizing Qualitative Scenarios In Evaluating Enterprise Architecture Using Non-Dominated Sorting Genetic Algorithm II

机译:一种非支配排序遗传算法的企业架构评估中定性场景优先排序方法

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In the field of enterprise architecture (EA), qualitative scenarios are used to understand the qualitativecharacteristics better. In order to reduce the implementation cost, scenarios are prioritized to be able tofocus on the higher priority and more important scenarios. There are different methods to evaluateenterprise architecture including architecture Trade-off Analysis Method (ATAM).Prioritizing qualitativescenarios is one of the main phases of this method. Since none of the recent studies meet the prioritizingqualitative scenarios requirements, considering proper prioritizing criteria and reaching an appropriatespeed priority, non-dominated sorting genetic algorithms is used in this study (NSGA-II). In addition toprevious research standards more criteria were considered in the proposed algorithm, these sets ofstructures together as gene and in the form of cell array constitute chromosome. The proposed algorithm isevaluated in two case studies in the field of enterprise architecture and architecture software. The resultsshowed the accuracy and the more appropriate speed comparing to the previous works including geneticalgorithms.
机译:在企业体系结构(EA)领域,定性方案用于更好地理解定性特征。为了降低实施成本,对场景进行了优先排序,使其能够专注于更高优先级和更重要的场景。评估企业架构的方法有很多,包括架构权衡分析方法(ATAM)。定性场景的优先处理是该方法的主要阶段之一。由于最近的研究都没有满足定性定性方案的要求,因此考虑适当的定优标准并达到适当的速度优先级,因此本研究中使用了非支配排序遗传算法(NSGA-II)。除了先前的研究标准外,该算法还考虑了更多的标准,这些结构以基因和细胞阵列的形式一起构成染色体。在企业架构和架构软件领域的两个案例研究中对所提出的算法进行了评估。结果表明,与包括遗传算法在内的以前的工作相比,该方法的准确性和更合适的速度。

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