This paper presents an approach to identify software layers for the understanding and evolution of software systems implemented with any object-oriented programming language. The approach first identifies relations between the classes of a software system and then uses a link analysis algorithm (i.e. the Kleinberg algorithm) to group them into layers. Additionally to assess the approach and the underlying techniques, the paper also presents a prototype of a supporting tool and the results from a case study
Abstract. The software architecture plays a fundamental role in the comprehension and maintenance of...
Software evolution is expensive. Lehman identifies several problems associated with it: Continuous ...
Software architectures evolve over time due to requirement and technology changes. Hence, software a...
This paper presents an approach to identify software layers for the understanding and evolution of s...
In this paper we present an approach to identify software layers for the understanding and evolution...
Clustering based approaches are generally difficult to use in practice since they need a significant...
AbstractArchitecture recovery is the process of analyzing a system in order to identify the system's...
International audienceTo maintain and understand large applications, it is cru- cial to know their a...
Software architecture recovery is a bottom-up process that aims at building high-level views that su...
Abstract: Changes to a software system during implementation and maintenance can cause the architect...
International audienceTo maintain and understand large applications, it is crucial to know their arc...
Software maintenance is one of the most expensive and time-consuming phases in the software life-cyc...
The first activity performed by maintenance programmers when approaching the task of understanding a...
When programmers perform maintenance tasks, program understanding is often required. One of the firs...
Computer software is, by its very nature highly complex and invisible yet subject to a near-continua...
Abstract. The software architecture plays a fundamental role in the comprehension and maintenance of...
Software evolution is expensive. Lehman identifies several problems associated with it: Continuous ...
Software architectures evolve over time due to requirement and technology changes. Hence, software a...
This paper presents an approach to identify software layers for the understanding and evolution of s...
In this paper we present an approach to identify software layers for the understanding and evolution...
Clustering based approaches are generally difficult to use in practice since they need a significant...
AbstractArchitecture recovery is the process of analyzing a system in order to identify the system's...
International audienceTo maintain and understand large applications, it is cru- cial to know their a...
Software architecture recovery is a bottom-up process that aims at building high-level views that su...
Abstract: Changes to a software system during implementation and maintenance can cause the architect...
International audienceTo maintain and understand large applications, it is crucial to know their arc...
Software maintenance is one of the most expensive and time-consuming phases in the software life-cyc...
The first activity performed by maintenance programmers when approaching the task of understanding a...
When programmers perform maintenance tasks, program understanding is often required. One of the firs...
Computer software is, by its very nature highly complex and invisible yet subject to a near-continua...
Abstract. The software architecture plays a fundamental role in the comprehension and maintenance of...
Software evolution is expensive. Lehman identifies several problems associated with it: Continuous ...
Software architectures evolve over time due to requirement and technology changes. Hence, software a...