AbstractIn this paper a significant effort is made to quantify analyzability using object oriented software. Analyzability is the key attribute of maintainability for high quality products. A metric based model for analyzability quantification has been proposed by establishing the relation between analyzability and object oriented design constructs. The proposed model is empirically validated and statistical significance of the study discusses the high correlation for model acceptance. Design complexity of software is also an influencing factor of analyzability with negative impact
Quality assurance is one of the imperative non-functional programming requirements which numerous so...
The adoption of the Object-Oriented paradigm is expected to help produce better and cheaper software...
The use of the object-oriented paradigm has increased rapidly in the last decade. Since it was intro...
The availability of metrics for measuring software design quality and complexity are a great help in...
The impact of OO design on software quality characteristics such as defect density and rework by mea...
AbstractThis paper describes an integrated single class based metric called Weighted Class Complexit...
AbstractThis paper does meticulous research review of complexity quantification of object oriented s...
Object-oriented design and development has become popular in today’s software development environmen...
This paper presents the results evaluated from our study on metrics used in object oriented software...
The need to improve software productivity and software quality has put forward the research on softw...
The decomposition of a software system into components is a major decision in any software architect...
We advocate the use of quantitative methods in Software Engineering where, traditionally, qualitativ...
The best elucidations to software development problems are regularly touted as object-oriented proce...
Software metrics are required to measure quality in terms of software performance and reliability re...
Abstract. The paper introduces a new object-oriented metric to evaluate maintainability of the softw...
Quality assurance is one of the imperative non-functional programming requirements which numerous so...
The adoption of the Object-Oriented paradigm is expected to help produce better and cheaper software...
The use of the object-oriented paradigm has increased rapidly in the last decade. Since it was intro...
The availability of metrics for measuring software design quality and complexity are a great help in...
The impact of OO design on software quality characteristics such as defect density and rework by mea...
AbstractThis paper describes an integrated single class based metric called Weighted Class Complexit...
AbstractThis paper does meticulous research review of complexity quantification of object oriented s...
Object-oriented design and development has become popular in today’s software development environmen...
This paper presents the results evaluated from our study on metrics used in object oriented software...
The need to improve software productivity and software quality has put forward the research on softw...
The decomposition of a software system into components is a major decision in any software architect...
We advocate the use of quantitative methods in Software Engineering where, traditionally, qualitativ...
The best elucidations to software development problems are regularly touted as object-oriented proce...
Software metrics are required to measure quality in terms of software performance and reliability re...
Abstract. The paper introduces a new object-oriented metric to evaluate maintainability of the softw...
Quality assurance is one of the imperative non-functional programming requirements which numerous so...
The adoption of the Object-Oriented paradigm is expected to help produce better and cheaper software...
The use of the object-oriented paradigm has increased rapidly in the last decade. Since it was intro...