Efficient Cooperative Anycasting for AMI Mesh Networks

TL;DR

This paper introduces an efficient cooperative anycasting method built on RPL to improve data transport in AMI mesh networks, reducing traffic and enhancing resource utilization for smart grid applications.

Contribution

It presents a novel cooperative anycasting enhancement for RPL, tailored for AMI mesh networks, emphasizing scalability and efficiency in data delivery.

Findings

Reduced network traffic observed in simulations

Improved resource utilization in mesh networks

Enhanced scalability of the routing protocol

Abstract

We have, in recent years, witnessed an increased interest towards enabling a Smart Grid which will be a corner stone to build sustainable energy efficient communities. An integral part of the future Smart Grid will be the communications infrastructure which will make real time control of the grid components possible. Automated Metering Infrastructure (AMI) is thought to be a key enabler for monitoring and controlling the customer loads. %RPL is a connectivity enabling mechanism for low power and lossy networks currently being standardized by the IETF ROLL working group. RPL is deemed to be a suitable candidate for AMI networks where the meters are connected to a concentrator over multi hop low power and lossy links. This paper proposes an efficient cooperative anycasting approach for wireless mesh networks with the aim of achieving reduced traffic and increased utilisation of the network resources. The proposed cooperative anycasting has been realised as an enhancement on top of the Routing Protocol for Low Power and Lossy Networks (RPL), a connectivity enabling mechanism in wireless AMI mesh networks. In this protocol, smart meter nodes utilise an anycasting approach to facilitate efficient transport of metering data to the concentrator node. Moreover, it takes advantage of a distributed approach ensuring scalability.