AbstractWith the development of software component technology, extraction of components from legacy systems has become a reasearch focus of both software reuse and program comprehension for its lower cost and high efficiency. In this paper, we analyze the independence metrics of component for object-oriented software system from the perspective of coupling, cohesion and scale. Then, we propose a software partition decoupling method based on interactive genetic algorithm. By the user adjusting individuals fitness value, reduce the crossover and mutation probability, our method in obtaining reasonable component partition result while avoiding algorithm premature convergence
The quality of software systems heavily depends on their structure, which affects maintainability an...
Re-modularization of software systems is a key technique used in testing and maintenance phase of th...
Modularity is one of the four key principles of software design and architecture. According to this ...
AbstractWith the development of software component technology, extraction of components from legacy ...
Re-modularization of software systems is a key technique used in testing and maintenance phase of th...
Effective software system must advance to stay pertinent, however this procedure of development can ...
The main objective of the research is to find the best optimal component and define the evaluation c...
In this paper we have enumerated the various metrics of software to evaluate the reusability of the ...
AbstractDifferent software maintenance activities, carried out from time to time, lead to structural...
Software industries face a common problem which is the maintenance cost of industrial software syste...
AbstractIn real world, the software systems often need to be continuously modified to satisfy the ev...
Traditional program partitioning methods are nonlinear, and their computational efforts increase exp...
Maintenance of software is the most expensive and complicated phase of the software development life...
Identifying software component association is useful for component management and component retrieva...
AbstractA Software Repository is a collection of library files and function codes. Programmers and E...
The quality of software systems heavily depends on their structure, which affects maintainability an...
Re-modularization of software systems is a key technique used in testing and maintenance phase of th...
Modularity is one of the four key principles of software design and architecture. According to this ...
AbstractWith the development of software component technology, extraction of components from legacy ...
Re-modularization of software systems is a key technique used in testing and maintenance phase of th...
Effective software system must advance to stay pertinent, however this procedure of development can ...
The main objective of the research is to find the best optimal component and define the evaluation c...
In this paper we have enumerated the various metrics of software to evaluate the reusability of the ...
AbstractDifferent software maintenance activities, carried out from time to time, lead to structural...
Software industries face a common problem which is the maintenance cost of industrial software syste...
AbstractIn real world, the software systems often need to be continuously modified to satisfy the ev...
Traditional program partitioning methods are nonlinear, and their computational efforts increase exp...
Maintenance of software is the most expensive and complicated phase of the software development life...
Identifying software component association is useful for component management and component retrieva...
AbstractA Software Repository is a collection of library files and function codes. Programmers and E...
The quality of software systems heavily depends on their structure, which affects maintainability an...
Re-modularization of software systems is a key technique used in testing and maintenance phase of th...
Modularity is one of the four key principles of software design and architecture. According to this ...