A Formal Conceptual Framework for Dynamics Within Context of Component-Based System for Designing Robust Software Systems & Metrics

A Formal Conceptual Framework for Dynamics Within Context of Component-Based System for Designing Robust Software Systems & Metrics

It is a well-known fact that precise definitions play significant role in the development of correct and robust software. It has been recognized and emphasized that appropriately defined formal conceptual framework of the context/problem domain proves quite useful in ensuring precise definitions, in...

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Veröffentlicht in:International journal of software engineering & applications (Chennai, India) India), 2015-03, Vol.6 (2), p.21-31
Hauptverfasser: Sridhar, Meenakshi, Gill, Naseeb Singh
Format: Artikel
Sprache:eng
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Applications programs
Behavioural
Computer programs
Dynamical systems
Dynamics
Recognition
Software
Software engineering
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container_title International journal of software engineering & applications (Chennai, India)
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creator Sridhar, Meenakshi
Gill, Naseeb Singh
description It is a well-known fact that precise definitions play significant role in the development of correct and robust software. It has been recognized and emphasized that appropriately defined formal conceptual framework of the context/problem domain proves quite useful in ensuring precise definitions, including those for software metrics, which are consistent, unambiguous and language independent. In this paper, a formal conceptual framework for defining metrics for component-based system is proposed, where the framework formalises the behavioural aspects of the problem domain. The framework in respect of structural aspects has been discussed in another paper.
doi_str_mv 10.5121/ijsea.2015.6203
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subjects Applications programs
Behavioural
Computer programs
Dynamical systems
Dynamics
Recognition
Software
Software engineering
title A Formal Conceptual Framework for Dynamics Within Context of Component-Based System for Designing Robust Software Systems & Metrics
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