The time-out length influence on the available bandwidth of the selective failure mode of transport protocol in the load data transmission pat D. Bogushevsky, P. A. Mikheev, P. Pristupa, S. P. Sushchenko
Material type:
ArticleContent type: Текст Media type: электронный Subject(s): транспортные протоколы | математические модели | Маркова цепи | виртуальное соединение | загруженные данные | длительность сквозного тайм-аута | распределение длины очередиGenre/Form: статьи в сборниках Online resources: Click here to access online
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Distributed computer and communication networks : 21st International Conference, DCCN 2018, Moscow, Russia, September 17-21, 2018 : proceedings P. 120-131Abstract: The model of asynchronous control procedure of virtual connection of the transport Protocol in the mode of selective failure in the form of a two-dimensional Markov chain with discrete time, taking into account the influence of Protocol parameters window size and the length of the timeout of waiting for end-to-end acknowledgement, the probability of packets distortion in individual links of the data path and queue lengths in transit nodes from the “external” flows onto the bandwidth of the virtual connection. The analysis of the dependence of the throughput of the control procedure on the protocol parameters, the error level in the communication channels, the length of the data transmission path, and the distribution of the queue sizes at the transit nodes.
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The model of asynchronous control procedure of virtual connection of the transport Protocol in the mode of selective failure in the form of a two-dimensional Markov chain with discrete time, taking into account the influence of Protocol parameters window size and the length of the timeout of waiting for end-to-end acknowledgement, the probability of packets distortion in individual links of the data path and queue lengths in transit nodes from the “external” flows onto the bandwidth of the virtual connection. The analysis of the dependence of the throughput of the control procedure on the protocol parameters, the error level in the communication channels, the length of the data transmission path, and the distribution of the queue sizes at the transit nodes.
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