The Way of Developing Framework for Trench, Swapping and Balancing Technique for Communication Grid Structure

Ensuring Quality of Service (QoS) in computer networks is a primary goal for network scientists and engineers. Quality of Service (QoS) is the capacity to ensure a specific degree of performance in a communication network or to assign varying priorities to various users, applications, or data flows. In addition to taking security considerations into account, it entails managing a number of network parameters, including throughput, bandwidth utilisation, latency, jitter, packet loss, and availability. However, preserving QoS becomes difficult in dynamic networks where topology changes frequently. In this sense, Mobile Ad-hoc Networks (MANETs) pose a special challenge. Due to their reliance on single-channel communication systems in the past, MANETs’ QoS capabilities are limited. The use of multichannel communication has been investigated as a method to enhance QoS in MANETs. Multichannel communication can increase throughput, decrease interference, and provide mobile nodes more flexibility by using numerous channels at once. The idea of multichannel communication for MANETs is expanded by this research. In order to demonstrate how the suggested approach differs from current single-channel approaches, a multichannel MANET implementation system is built and analysed. The goal of this system is to offer an efficient QoS policy for MANETs, in which a large number of nodes have previously been installed using a variety of techniques and algorithms. Effective multichannel tactics are used to test and assess the system in comparison to existing methods.