Many component models have been proposed to address the challenge of reducing software development time and costs. Such models often offer similar functionality. We study how developers can assess the relative strengths and weaknesses of such models, based on information about the component development process, and the component framework performance. We use a visual tool to gather such information and support our approach. We validate our approach on ROBOCOP, a complex component framework used in the industry
In this paper, we advocate the use of visual tooling for the development and maintenance of componen...
In this paper, we advocate the use of visual tooling for the development and maintenance of componen...
During the life cycle of a software system, the source code is changed many times. We study how deve...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
In this paper, we advocate the use of visual tooling for the development and maintenance of componen...
In this paper, we advocate the use of visual tooling for the development and maintenance of componen...
In this paper, we advocate the use of visual tooling for the development and maintenance of componen...
In this paper, we advocate the use of visual tooling for the development and maintenance of componen...
During the life cycle of a software system, the source code is changed many times. We study how deve...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
Many component models have been proposed to address the challenge of reducing software development t...
In this paper, we advocate the use of visual tooling for the development and maintenance of componen...
In this paper, we advocate the use of visual tooling for the development and maintenance of componen...
In this paper, we advocate the use of visual tooling for the development and maintenance of componen...
In this paper, we advocate the use of visual tooling for the development and maintenance of componen...
During the life cycle of a software system, the source code is changed many times. We study how deve...