article · 2007

Support for Extensibility and Re-usability in CYES-C++

Raju Pandey, J. C. Browne

Cited by 0Abstract and details only

Abstract

There is significant interest in concurrent programming due to widespread availability of parallel and distributed systems. The design and implementation of concurrent programs for the parallel and distributed systems has proven to be extremely difficult. Concurrent programs are difficult to design, implement, and maintain because changes in a concurrent program (through addition of new components or modification of existing components) requires re-implementation of some or all components. Also, it is difficult to reuse specifications of components and interactions. Concurrent object-oriented programming languages show promise in alleviating the modularity and extensibility problems. Concurrent objects form a natural basis for modeling entities of applications. Further, extensibility is naturally supported through the notion of inheritance. Many object-oriented programming languages [3, 5, 1, 2] have been proposed that extend a sequential object-oriented programm

Cite this paper

APA 7

Pandey, R., & Browne, J. C. (2007). Support for Extensibility and Re-usability in CYES-C++.

MLA 9

Pandey, Raju, and J. C. Browne. “Support for Extensibility and Re-usability in CYES-C++.” 2007.

Chicago

Pandey, Raju, and J. C. Browne. 2007. “Support for Extensibility and Re-usability in CYES-C++.”

Harvard

Pandey, R. and Browne, J.C. (2007) ‘Support for Extensibility and Re-usability in CYES-C++’.

BibTeX

@article{pandey2007support,
  title = {{Support for Extensibility and Re-usability in CYES-C++}},
  author = {Pandey, Raju and Browne, J. C.},
  year = {2007}
}

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