Abstract: There is an increasing need for software systems to adaptively support changes in application-level objectives [Fayad96]. Real-time software evolution involves changes in software structure and meaning over time to satisfy changes in application requirements. The problem is that the process of changing real-time software often involves extensive impact of change (non-localized change) and substantial manual effort. The process can be costly and error-prone. The Metaphor Project hypothesis was that a systematic approach to thinking about change used with an analytical method for “localizing ” software solution features that would be impacted by the same changes can result in a significant reduction in the effort needed to modify th...
Author-contributed print itemRapid prototyping is widely accepted as an alternative methodology for ...
AbstractSoftware evolution research is limited by the amount of information available to researchers...
Previous taxonomies of software evolution have focused on the purpose of the change (i.e., the why) ...
There is an increasing need for software systems to adaptively support changes in application-level ...
In this paper, we present an analytical method for incorporating knowledge about change into the des...
Previous taxonomies of software change have focused on the purpose of the change (i.e. the why) rath...
ABSTRACT Software engineering involves a lot of change as code artifacts are not only created once b...
The development of Software is a long term investment. This investment normally takes a lot of mone...
A major characteristic of software engineering compared with other engineering disciplines, is our i...
Software systems need to continuously change to remain useful. Change appears in several forms and n...
Software evolution research is limited by the amount of information available to researchers: Curren...
This paper describes a case study where versions of software are used to track actual changes made t...
Driven by the need of a very demanding world, new technology arises as a way to solve problems found...
We know that successful software systems are doomed to change. But our programming languages and too...
The dominant force driving software development in the 90’s is the need to confront rapid change. So...
Author-contributed print itemRapid prototyping is widely accepted as an alternative methodology for ...
AbstractSoftware evolution research is limited by the amount of information available to researchers...
Previous taxonomies of software evolution have focused on the purpose of the change (i.e., the why) ...
There is an increasing need for software systems to adaptively support changes in application-level ...
In this paper, we present an analytical method for incorporating knowledge about change into the des...
Previous taxonomies of software change have focused on the purpose of the change (i.e. the why) rath...
ABSTRACT Software engineering involves a lot of change as code artifacts are not only created once b...
The development of Software is a long term investment. This investment normally takes a lot of mone...
A major characteristic of software engineering compared with other engineering disciplines, is our i...
Software systems need to continuously change to remain useful. Change appears in several forms and n...
Software evolution research is limited by the amount of information available to researchers: Curren...
This paper describes a case study where versions of software are used to track actual changes made t...
Driven by the need of a very demanding world, new technology arises as a way to solve problems found...
We know that successful software systems are doomed to change. But our programming languages and too...
The dominant force driving software development in the 90’s is the need to confront rapid change. So...
Author-contributed print itemRapid prototyping is widely accepted as an alternative methodology for ...
AbstractSoftware evolution research is limited by the amount of information available to researchers...
Previous taxonomies of software evolution have focused on the purpose of the change (i.e., the why) ...