CAJ | 학술논문

为了改善Java源程序的质量，使之尽可能地符合“高内聚、低耦合”的设计要求，提出了扩展的Jaccard系数，并将其作为实体间相似性的度量公式，采用层次聚类算法将Java类图划分为若干个候选包。在基于交互及度量重构策略的引导下，对Java程序结构进行调整。通过实验表明，经过调整以后的Java源程序，在结构上更符合“高内聚、低耦合”的特征。
위료개선Java원정서적질량，사지진가능지부합“고내취、저우합”적설계요구，제출료확전적Jaccard계수，병장기작위실체간상사성적도량공식，채용층차취류산법장Java류도화분위약간개후선포。재기우교호급도량중구책략적인도하，대Java정서결구진행조정。통과실험표명，경과조정이후적Java원정서，재결구상경부합“고내취、저우합”적특정。
In order to improve the quality of the Java source code for meeting the design requirements of the“high cohe-sion, low coupling”, this paper presents an extended Jaccard index(also called Jaccard distance), based on which it imple-ments a hierarchical clustering algorithm to cluster several closely related classes into the candidate package. The tests show that the structure of Java source code is the more in line with the characteristics of high cohesion and low coupling after adjustment.