The Dynamics of A Self-Forming Network

TL;DR

This paper presents a comprehensive strategy for deploying self-forming IPv6 ad hoc networks, introducing adaptive routing, selective anycasting, distributed name lookup, and address hierarchy to enhance security, performance, and service discovery.

Contribution

It introduces novel techniques like adaptive routing and selective anycasting for self-forming networks, advancing secure and efficient communication in dynamic environments.

Findings

Adaptive routing improves network security and load sharing.

Selective anycasting enables exclusion of poorly performing group members.

The proposed address hierarchy supports unmanaged service discovery.

Abstract

This article describes our strategy for deploying self-forming ad hoc networks based on the Internet Protocol version 6 and evaluates the dynamics of this proposal. Among others, we suggest a technique called adaptive routing that provides secure intelligent routing capabilities to computer communication networks. This technique uses the flow label, supports hybrid metrics, network load sharing, and is not restricted to evaluation of performance on first hop routers when making routing decisions. Selective anycasting is an extension to the anycast addressing model that supports exclusion of members of groups that perform poorly or inappropriately on a per-host basis. Distributed name lookup is suggested for integrating self-forming and global networks where they coexist. At last, we pose an address hierarchy to support unmanaged discovery of services in unknown networks.