A Maintainability Estimation Model and Tool

Hincheeranan, Alisara; Rivepiboon, Wanchai

doi:10.7763/ijcce.2012.v1.38

Cited by 10 publications

(5 citation statements)

References 4 publications

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“…All three models have been validated during suitable statistical measures. In 2012, Alisara and Wanchai [13] suggested a multivariate linear regression for establishing the prediction model of the maintainability depending on extendibility and flexibility which are sub-features of maintainability as a standard for assessing the model of the class diagram' maintainability and evolve the Maintainability Estimation Tool (MET) to estimate a class diagram' maintainability. This tool assists the designer of the software to improve the class diagram's maintainability in the stage of the design and helps to minimize the increasingly high cost of software maintenance stage.…”

Section: Multiple Linear Regression (Mlr)mentioning

confidence: 99%

Maintainability Prediction for Object-Oriented Software Systems Based on Intelligent Techniques: Literature Review

Fadhil¹,

Alreffaee²

2020

AL-Rafidain Journal of Computer Sciences and Mathematics

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The maintainability of the software is one of the most substantial aspects when assessing software product quality. It is known as the easiness with which the current software can be changed. In the literature, a great number of models have been suggested to predict and measure maintainability during various stages of the Software Development Life Cycle, to conduct a comparative study of the existing suggested models of the prediction, only few attempts have been done. This study hints at the basics about the manner of how to measure maintainability in the object-oriented (OO) design knowing that the maintainability will be measured differently at every level. Also, we will concentrate on the artificial intelligence technologies of these studies.

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Section: Multiple Linear Regression (Mlr)mentioning

confidence: 99%

Maintainability Prediction for Object-Oriented Software Systems Based on Intelligent Techniques: Literature Review

Fadhil¹,

Alreffaee²

2020

AL-Rafidain Journal of Computer Sciences and Mathematics

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“…Muthanna et al [11], developed a maintainability model using polynomial linear regressions. Polo et al [15] used number of modification requests, mean effort per modification request and type of correction to examine maintainability. M. Dagpinar et .al [12] concluded that size and import direct coupling metrics are significant predictors for measuring maintainability of classes while inheritance, cohesion and indirect/export coupling measures are not.…”

Section: Literature Surveymentioning

confidence: 99%

A Consolidated and Comparative Analysis of Software Metrics Tools for Systems Performance Evaluation: A Survey

Gupta¹,

Mehta²,

Mahendra³

2019

International Journal of Advanced Research in Computer and Comm

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Software metrics refers to a broad range of measurements for computer software. Software metric is a mathematical definition mapping the entities of a software system to numeric measurement values. Measure the software and the software development processes both are very important for organization. As we know when we are calculate software metrics by different-different tools the result will differ due to metrics tools use different methodology. The results are thus tools dependent and are in question for validations. Here an attempt is made to integrate eight different object oriented free metric tools. A study has been done to measure the metrics values using the same set of standard metrics for a software projects. The results have been discussed before and showed the variations in results from different tools for same metrics. Measurements show that, for the same software system and metrics, the metrics values are tools dependent. In this study we have considered comparison of CCCC, CKJM, Dependency Finder, Semmle, VizAnalyzer, JHawk Tool, Analyst 4j and OOMeter Tools.

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“…If there is high quality level of four maintainability attributes, the "IS" will take more successful degree, several studies were proved that the quality factor affects software maintenance, they were analyzed that the total quality between 50-70% of "IS" is spent on software maintenance [29].…”

Section: Is:-mentioning

confidence: 99%

Development of a Compatibility Model for Information Systems Based on Total Quality Management.

Kadir.¹

2016

IJAR

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Total quality management TQM, Information systems IS, elements of TQM, maintainability attributes of IS, Compatibility model, quality level. Total quality management "TQM" is an arranged system of quality, it deals with requirements of customers and uses strategy to integrate quality discipline with other activities, it strives to provide customers with required products and services in any organization. "TQM" has eight elements in order to enhance quality level and avoid defects in other systems such as information system "IS". Here, the "IS" is an organizational arrangement of information and depends on four maintainability attributes of how such system stores, processes, manages and makes information available for use by both software and hardware systems. Four maintainability attributes of "IS" can be inserted into eight elements of "TQM" and make integration between their tasks to develop a model of compatibility in an organization, because the compatibility is a state in which two functioning systems are able to unify their tasks such as "TQM" and "IS" in one integrated system, constituting a model of compatibility. Here, this model comprises of four compound elements and several procedures. Many studies affirmed that inserting quality system into other systems leads to better control and services by 86% and 73% respectively which return as advantages to our study here, and to improve "IS" outcomes as well. As a new topic, the compatibility is regarded as a new model to increase stability, repair, restoring, and quality level of "IS" outcomes. As a new tactic, the compatibility procedures are come by the way of integrating and inserting four main attributes of maintainability of "IS" into eight key elements of "TQM".

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A Maintainability Estimation Model and Tool

Cited by 10 publications

References 4 publications

Maintainability Prediction for Object-Oriented Software Systems Based on Intelligent Techniques: Literature Review

Maintainability Prediction for Object-Oriented Software Systems Based on Intelligent Techniques: Literature Review

A Consolidated and Comparative Analysis of Software Metrics Tools for Systems Performance Evaluation: A Survey

Development of a Compatibility Model for Information Systems Based on Total Quality Management.

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