Exploring Implicit Parallelism in Class Diagrams
As multicore processors are becoming more wide-spread, leveraging of parallelism is once again becoming an important concern during the software development process. Substantial refactoring is required to parallelize legacy sequential software in order to exploit the advantages offered by parallel processing. In this study, guidelines are offered to aid in parallelizing object-oriented programs by analyzing their designs as represented in UML class diagrams. We define often occurring patterns of class-dependencies and demonstrate their characteristics in class diagrams by investigating their properties. We present example instances exhibiting the usage of these patterns in class diagrams. Through analyzing the runtime aspects of these instances, we have identified how they impact the parallelization of object oriented software. Taking these lessons into account when refactoring existing object-oriented software can significantly reduce time and effort required. We have evaluated our method by applying it to three popular design patterns and a real-world case study.
T. Ovatman et al., "Exploring Implicit Parallelism in Class Diagrams," Journal of Systems and Software., Elsevier, May 2011.
The definitive version is available at http://dx.doi.org/10.1016/j.jss.2011.01.005
Keywords and Phrases
Class Diagram Analysis; Object Oriented Software Refactoring; Parallel Software Design
Article - Journal
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