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related research:
Component-Based Software Development
related research:
Product Families and Product Lines
related research:
Refinement from
Software Requirements to
Architecture
related research:
Software Architecture and UML
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Incorporation of COTS software into software systems
Commercial-off-the-shelf (COTS) software tends to be cheap, reliable, and
functionally powerful due to its large user base. It has thus become highly
desirable to incorporate COTS software into software products (systems) as
it can significantly reduce development cost and effort, while maintaining
overall software product quality and increasing product acceptance. However,
incorporating COTS software into software products introduces new
complexities that developers are currently ill-equipped to handle. Most
significantly, while COTS software frequently contains programmatic
interfaces that allow other software components to obtain services from them
on a direct call basis, they usually lack the ability to initiate
interactions with other components. This often leads to problems of state
and/or data inconsistency. My work has focused on building a framework for
integrating COTS software as proactive components within software systems.
The goal of the framework is to maintain the consistency of the state and
data they share with other components of the system. The framework utilizes
a combination of low-level instrumentation and high-level reasoning to
expose the relevant internal activities within a COTS component required to
initiate the communication needed to maintain consistency with the other
components with which it shares state and data. We illustrated these
capabilities through the integration of IBM's Rational Rose and Matlab/Stateflow
into a design suite and demonstrated how our framework solves the complex
data synchronization problems that arise from this integration.
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