Organization of Interaction between the Concept of Fog Computing and Segment Routing for the Provision of IoT Services in Smart Grid Networks

Abstract

The constantly developing sphere of information and communication technologies (ICT) has led to the need of creating a concept which is different from the existing ones that interact objects on the global Internet - "Internet of Things" (IoT). The main drivers of digital transformation are innovative technologies such as Artificial Intelligence, Intelligent Apps and Analytics, Intelligent Things, Digital Twins, Cloud and Edge computing. Fog Computing allows you to provide services with faster response and higher quality and expand computing capabilities to the network boundaries that are suitable for providing IoT services in Smart Grid networks. Grid networks use Internet of Things (IoT) applications to manage networks and conduct intelligent monitoring, and in order to expand the computing capabilities of the network to the boundaries of the network itself and ensure better provision of IoT services, it is necessary to pay attention to the concept of fog computing. This article proposes a computational paradigm for providing latency-sensitive services and intelligent management of IoT applications in the Grid networks.