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Issue No.11 - Nov. (2013 vol.62)
pp: 2131-2140
Nicolas Van Wambeke , CNRS;LAAS, Toulouse and Université de Toulouse, Toulouse
Ernesto Exposito , CNRS;LAAS, Toulouse and Université de Toulouse, Toulouse
Christophe Chassot , CNRS;LAAS, Toulouse and Université de Toulouse, Toulouse
Michel Diaz , CNRS;LAAS, Toulouse and Université de Toulouse, Toulouse
As new transport protocols are being proposed and standardized, the choice of the best communication service to be used by applications for delivering their data when distributed is becoming too complex. Application developers need much knowledge on "how the protocol worksâ to decide whether or not it can be used to fulfill their requirements. Moreover, the performance of the service provided by a given communication protocol is highly dependent on the network context. The Autonomic Transport Protocol presented in this paper is aware of the application requirements and uses learning techniques to adapt the service it provides to best satisfy these requirements as the network conditions vary.
Computer architecture, Transport protocols, Context, Containers, Quality of service, Reliability,reinforcement learning, Transport protocol, autonomic communication, Markov Decision Process
Nicolas Van Wambeke, Ernesto Exposito, Christophe Chassot, Michel Diaz, "ATP: A Microprotocol Approach to Autonomic Communication", IEEE Transactions on Computers, vol.62, no. 11, pp. 2131-2140, Nov. 2013, doi:10.1109/TC.2012.130
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