A Systematic Code Quality Improvement Using Rational Rose and Phyton for Execution in Self – Adaptive System Models

Priyanga Devi S, Kavitha S

Abstract: Self-adaptive systems are capable of editing their run time behaviour if we want to gain system objectives. Unpredictable instances such as modifications inside the system's surroundings, device faults, new requirements, and changes inside the priority of requirements are a number of the reasons for triggering edition movements in a self-adaptive system. To deal with these uncertainties, a self-adaptive system continuously monitors itself to gather data and analyses them to decide whether adaption is required. The challenging aspect of designing and implementing a self-adaptive system is to system apply changes at runtime and also fulfil the system requirements up to a satisfying level. By bringing code content material into visual UML model allows programmers or Software Engineers to review an implementation, discover capability insects or deficiency and look for possible development. Relax COOL EDITOR plays an interface between Rational Rose and Phyton.

Keywords: Self adaptive system, visual UML model, Relax COOL Editor, Rational Rose.

Title: A Systematic Code Quality Improvement Using Rational Rose and Phyton for Execution in Self – Adaptive System Models

Author: Priyanga Devi S, Kavitha S

International Journal of Interdisciplinary Research and Innovations

ISSN 2348-1218 (print), ISSN 2348-1226 (online)

Research Publish Journals

Vol. 7, Issue 3, July 2019 - September 2019

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A Systematic Code Quality Improvement Using Rational Rose and Phyton for Execution in Self – Adaptive System Models by Priyanga Devi S, Kavitha S