Applying and Evaluating Concern-Sensitive Design Heuristics

Síntese de Circuitos Digitais Otimizados via Programação Genética

Eduardo FigueiredoClaudio Sant'AnnaAlessandro GarciaCarlos Lucena

Empirical studies have stressed that aspect-oriented decompositions can cause non-obvious flaws in the modularity of certain design concerns. Without proper design evaluation mechanisms, the identification of these flaws can become counter-productive and impractical. Nowadays, modularity assessment is mostly supported by metric-based heuristics rooted at conventional attributes, such as module cohesion and coupling. However, such conventional module-driven assessment cannot be tailored to the design concerns. This paper proposes and systematically evaluates a representative suite of concern-sensitive heuristic rules. The accuracy of the heuristics is assessed through their application to six systems. he analysis was based on the heuristics support for: (i) addressing the shortcomings of conventional metrics-based assessments, (ii) reducing the manifestation of false positives and false negatives, and (iii) finding the presence of design flaws relative to both classes and aspects. Sérgio Granato de AraújoAntônio C. MesquitaAloysio C. P. Pedroza

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