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Номер журнала: 2019.4

Заголовок статьи: IoT traffic generation and processing model with parallel switching systems


The article describes the features of the generation and processing of IoT traffic with parallel spatial switching systems. The concept of the Internet of Things (IoT) technology involves routing functions with traffic processing functions combination. This combination is well traced on "Network on Chip" (NoC) technology. The core of most NoC systems are parallel spatial switching systems with 5×5 switching matrices. A simplified model of the NoC switch was implemented by us as a queuing system. To implement the model, the Python programming language was used. In this research, the features of IoT traffic processing with parallel spatial switching system having infinitely large input and output buffers were studied. As a result of the work, the values of the maximum and average queues in output buffer devices of the system were obtained.

Keywords: IoT, parallel routing, parallel devices, QoS, NoC.


D. Kutuzov, A. Osovskiy, O. Stukach

Ключевые слова

IoT, parallel routing, parallel devices, QoS, NoC

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