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Assessing an Architectural Approach to large-Scale Systematic Reuse
| Content Provider | CiteSeerX |
|---|---|
| Author | Knight, John C. Sullivan, Kevin J. |
| Abstract | Large-scale systematic reuse promises rapid development of significant systems through straightforward composition of large-scale existing assets. The realization of this promise would provide major benefits in many areas. For example, sophisticated software -engineering tools could be developed rapidly and inexpensively to deliver promising software engineering research results into practice. To date the promise of large-scale reuse remains largely unrealized. Although some successes have been achieved, barriers remain in a variety of areas: technical, managerial, cultural, and legal. In this paper we address an important technical barrier: architectural mismatch. Architectural mismatch has been identified as an important barrier to large-scale reuse. Recently architectural frameworks that purport to enable large-scale reuse have been developed. Among them is Microsoft's OLE technology, comprising both an architectural framework and a suite of reusable component applications. The manu... |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | Major Benefit Architectural Mismatch Architectural Approach Architectural Framework Significant System Reusable Component Application Large-scale Reuse Straightforward Composition Promising Software Engineering Research Result Important Technical Barrier Ole Technology Sophisticated Software Engineering Tool Rapid Development Important Barrier Large-scale Systematic Reuse Many Area |
| Content Type | Text |
| Resource Type | Article |
