2009Unpublished venueRequires access

Monitoring software evolution using multiple types of changes

Sher Ali, Onaiza Maqbool

Open publisher page 18 citations

Abstract

Software systems require gradual changes to survive in an environment where they are implemented. Several reasons are a cause of change in software e.g. error fixing, enhancement in functionality, performance improvement. This behaviour of gradual change in software is known as software evolution. The study of software evolution is an active area of research. Researchers have monitored software evolution in different ways. The method of monitoring evolution is a key point, because different methods may reflect different evolutionary picture of software. In this paper, we studied changes that occurred in software systems for software evolution. Our experimental study focuses on three different types of changes i.e. addition, deletion and modification, and is helpful for detailed analysis of software evolution. Furthermore, on the basis of different type of changes, we investigated Lehman's 5th Law (Conservation of Familiarity) for small scale open source software systems. Our experimental study shows that different measures reflect different evolutionary picture of the software systems.

About this research paper

What this paper is about

Software systems require gradual changes to survive in an environment where they are implemented. Several reasons are a cause of change in software e.g. error fixing, enhancement in functionality, performance improvement. This behaviour of gradual change in software is known as software evolution. The study of software evolution is an active area of research. Researchers have monitored software evolution in different ways. The method of monitoring evolution is a key point, because different methods may reflect different evolutionary picture of software. In this paper, we studied changes that occurred in software systems for software evolution. Our experimental study focuses on three different types of changes i.e. addition, deletion and modification, and is helpful for detailed analysis of software evolution. Furthermore, on the basis of different type of changes, we investigated Lehman's 5th Law (Conservation of Familiarity) for small scale open source software systems. Our experimental study shows that different measures reflect different evolutionary picture of the software systems.

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OpenAlex reports 18 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Software systems require gradual changes to survive in an environment where they are implemented. Several reasons are a cause of change in software e.g. error fixing, enhancement in functionality, performance improvement. This behaviour of gradual change in software is known as software evolution. The study of software evolution is an active area of research. Researchers have monitored software evolution in different ways. The method of monitoring evolution is a key point, because different methods may reflect different evolutionary picture of software. In this paper, we studied changes that occurred in software systems for software evolution. Our experimental study focuses on three different types of changes i.e. addition, deletion and modification, and is helpful for detailed analysis of software evolution. Furthermore, on the basis of different type of changes, we investigated Lehman's 5th Law (Conservation of Familiarity) for small scale open source software systems. Our experimental study shows that different measures reflect different evolutionary picture of the software systems.

Key concepts: Software evolution, Computer science, Software system, Software sizing, Software, Software development, Software construction, Software metric

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