A software component assembly approach supporting credibility index quantitative evaluation

From the research background of component assembly, in view of the shortage of the current component assembly technology in dealing with the increasing demand of software credibility and customization, this paper presents a solution of component assembly which supports credibility index quantitative evaluation in order to meet the requirements of software functional or non-functional for different clients. The main idea of this solution is to create a software architecture model represented by directed graph. The solution taking the component as base element, the function as target, the credibility index as constraint, automatically computes a variety of solutions which meet the functional requirement. Optimal solution will be obtained by evaluate the credibility index of those solutions in order to form software entity. In the end, this paper designs a assembly algorithm in terms of the component credibility adjacency matrix and provides simulation experiment results.