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Protocol Portability through Module Encapsulation
Columbus, Ohio October 29-November 01
DOI Bookmark: http://doi.ieeecomputersociety.org/10.1109/ICNP.1996.564902Fourth International Conference on Ne ...
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Bobby Krupczak, Georgia Institute of Technology
Ken Calvert, Georgia Institute of Technology
Mostafa Ammar, Georgia Institute of Technology
Because protocol software is difficult and expensive to implement and test, it is often ported between systems instead of rewritten from scratch. Unfortunately, porting protocol software can be as difficult as from-scratch development, due to inherent differences in subsystem design. Thus, protocol subsystems can have a profound effect on the portability of a protocol implementation. We propose an approach permitting the incorporation of new protocols into a subsystem other than their ``native'' one without the drawbacks or expense of porting and original development. Our approach is based on protocol module encapsulation, which allows unmodified protocol code developed for one protocol subsystem to be used within another. We relate our experiences designing, implementing, and measuring the performance of our protocol encapsulation modules, using an AppleTalk protocol stack as a baseline.
Citation:
Bobby Krupczak, Ken Calvert, Mostafa Ammar, "Protocol Portability through Module Encapsulation," icnp, pp.56, Fourth International Conference on Network Protocols (ICNP'96), 1996
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