The extraction of high-level architectural information from existing software systems, or architecture recovery, is a recent research area. This paper presents X-RAY, an approach for recovering distributed software architectures. X-RAY builds on previous work on architecture recovery and more traditional reverse engineering techniques, as well as on notations for architecture description. The key features of the approach are illustrated through the depiction of a step-by-step recovery experiment performed on a small yet non-trivial distributed software system. Initial results from an ongoing experiment involving a larger-scale system are also discussed
This paper presents a graph matching model for the software architecture recovery problem. Because o...
Software architectures capture the most significant properties and design constraints of software sy...
By evaluating the architecture of a software system, ways to improve the system's quality attributes...
To effectively reason about an existing software system it is often necessary to reverse engineering...
Software architectures evolve over time due to requirement and technology changes. Hence, software a...
The advent of modern technology shadows its impetus repercussions on successful Legacy systems makin...
When programmers perform maintenance tasks, program understanding is often required. One of the firs...
Understandability of the current system is a key issue in most reengineering processes. An architect...
Abstract: Changes to a software system during implementation and maintenance can cause the architect...
Abstract—Many techniques have been proposed to automati-cally recover software architectures from so...
Recovering the architecture of legacy systems requires more than just reverse engineering tools to g...
Abstract—Architecture reconstruction belongs to a reverse engineering process, in which we move from...
In this paperwe present an approach to automate the architecture recovery process of software system...
Performing software architecture analysis and recovery on a large software system is expensive and t...
Reuse of components is a promising solution for software development organizations in order to fulfi...
This paper presents a graph matching model for the software architecture recovery problem. Because o...
Software architectures capture the most significant properties and design constraints of software sy...
By evaluating the architecture of a software system, ways to improve the system's quality attributes...
To effectively reason about an existing software system it is often necessary to reverse engineering...
Software architectures evolve over time due to requirement and technology changes. Hence, software a...
The advent of modern technology shadows its impetus repercussions on successful Legacy systems makin...
When programmers perform maintenance tasks, program understanding is often required. One of the firs...
Understandability of the current system is a key issue in most reengineering processes. An architect...
Abstract: Changes to a software system during implementation and maintenance can cause the architect...
Abstract—Many techniques have been proposed to automati-cally recover software architectures from so...
Recovering the architecture of legacy systems requires more than just reverse engineering tools to g...
Abstract—Architecture reconstruction belongs to a reverse engineering process, in which we move from...
In this paperwe present an approach to automate the architecture recovery process of software system...
Performing software architecture analysis and recovery on a large software system is expensive and t...
Reuse of components is a promising solution for software development organizations in order to fulfi...
This paper presents a graph matching model for the software architecture recovery problem. Because o...
Software architectures capture the most significant properties and design constraints of software sy...
By evaluating the architecture of a software system, ways to improve the system's quality attributes...