Titlebook: Source Code Modularization; Theory and Technique Ayaz Isazadeh,Habib Izadkhah,Islam Elgedawy Textbook 2017 Springer International Publishin

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ike.Details various source code modularization techniques an.This book presents source code modularization as a key activity in reverse engineering to extract the software architecture from the existing source code. To this end, it provides detailed techniques for source code modularization and disc

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Proximity of Software Artefacts,e the attributes of these artefacts. Proximity of software artefacts is essential to the modularization of source code. In this chapter, various proximity measures (such as the Minkowski family, .. family, intersection family, squared .. family, Shannon’s entropy family, inner product family, fideli

LIMN

Hierarchical and Partitional Modularization Algorithms, be misunderstood. One approach to overcoming such problems is to extract and reconstruct the software architecturefrom the available source codeso that it can be assessed against the required changes. This approach is known as software modularization. So far, various methods have been proposed for

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Proximity of Software Artefacts,ty family, Pearson coefficient, Jaccard coefficient, simple coefficient, Sorensen–Dice coefficient, TurboMQ, BasicMQ, and information loss) are reviewed and categorized in terms of both syntactic and semantic relationships. The following items will be discussed in this chapter:

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Techniques for the Evaluation of Software Modularizations, of modules in an artefact dependency graph.Therefore, in this chapter, we present various methods for evaluating the validity of a modularization that have appeared in the literature. In general, there are three fundamental classes of criteria in the literature:

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Textbook 2017code. To this end, it provides detailed techniques for source code modularization and discusses their effects on different software quality attributes. Nonetheless, it is not a mere survey of source code modularization algorithms, but rather a consistent and unifying theoretical modularization frame

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Tanya A. O’Neill,Megan R. Balks Ph.D.,Jerónimo López-Martínez Ph.D.and more automotive applications have been developed based on OSEK/VDX OS. As the continuously increasing complexity in the development of the applications, how to efficiently develop an application is becoming a challenge. A primary problem is the requirement specification may not be accurately and