Optimized Gaming based Multipath Routing Protocol with QoS Support for High-Speed MANET

Abstract

Mobile ad hoc (MANET) network is a multitude of adaptable nodes communicating without a set physical structure. MANET nodes usually have processing, partial power and memory capabilities as well as great degrees of mobility. Because of the low contact rate, several wireless network nodes are normally required for a server to share data with any other network node. Therefore, routing is a key challenge for the building of a MANET. In this article, we explicitly address multipath routing difficulties in MANETs. In addition, MANETs can also be built into upcoming technologies, such as IoT and machine-learning to fulfil Industry 4.0 vision. All delicate real-time requests based on MANET need secure and dependable data transfer to deliver the quality of service required (QoS). A safe and energy efficient transfer of data is an extremely difficult task in MANET. To achieve this difficult goal, a safe multi-way routing protocol must be designed to improve the QoS of the MANET. We have proposed in this article the optimized multi-way gaming-driven protocol to improve the overall performance of MANET. It addresses several elements such as congestion control, the loss of packets, malicious detection of nodes, and safe data transfer to strengthen the MANET QoS as the key strength of the projected protocol. Simulation in the NS2 evaluates the performance of the suggested protocol.