Intent-Based Network for Data Dissemination in Software-Defined Vehicular Edge Computing

doi:10.1109/TITS.2020.3002349

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Intent-Based Network for Data Dissemination in Software-Defined Vehicular Edge Computing

2021-08-01

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Amritpal Singh

Gagangeet Singh Aujla *

Rasmeet Singh Bali

DOI：10.1109/TITS.2020.3002349

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Abstract

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With the surge in the demand for online services and multimedia applications, the traffic on the underlying network infrastructure has escalated (multi-folded) in recent years. To meet the strict latency requirements, Software-defined Networking (SDN) provides flexible network control (and possible intelligence) that can act as an enabler for application-oriented service industry. However, the crippling gap between the business needs and the network delivery potential necessitates the underlying network to constantly (and consistently) adapt, protect, and inform across all strands of the service-oriented landscape. Intent-based network has emerged as a recent solution to the cover the above gap by capturing business intent and thereafter activating and assuring it networkwide. Motivated from these facts, in this article, an Intent-based network control framework has been designed over the SDN architecture for data dissemination in the vehicular edge computing ecosystem. In this framework, a tensor-based mechanism is used to reduce the dimensionality of the incoming elephant-like traffic and then classifying the specific-attribute data traffic according to the defined priority requirement of the underlying applications. Here, the network policies are configured using the intent-based controller according to the application requirement and then forwarded to the SDN controller to enable intelligent data dissemination (through an optimal route) at the data plane. Convolution Neural Network is used to train the flow table to allocate the route dynamically for the classified traffic queues. The proposed framework has been evaluated through extensive simulations and the results supports the claims in terms of the quality of service requirements.

Keywords:

Tensors

Matrix converters

Data dissemination

Quality of service

Routing

Edge computing

Convolution neural network

tensor decomposition

intent-based network

software-defined networking

higher-order singular value decomposition

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