Reliable Multicast Multi-Path Data Delivery In Wireless Ad Hoc Networks Using Time Standard Packet Allocation Scheme

IN Wireless network to maintain the higher throughput level on ad-hoc network data delivery, Median Multicast Throughput Data Delivery (MMTDD) mechanism is proposed in this paper. The basic idea of MMTDD mechanism is to divide a message into multiple shares and deliver them via multiple independent source paths to the destination, MMTDD mechanism with the average time standard takes the best threshold value for every data (i.e.,) packet partitioning by avoiding packet loss. By this means, MMTDD mechanism uses the Average Time Standard (ATS) to guarantee the required packet allocation with higher throughput level. With the ATS application, the MMTDD mechanism derives the theoretical model by attaining approximately 4% higher throughput level on the multipath data delivery in ad-hoc network. The nodes in the Wireless ad hoc network with dynamic in nature communicate with each other causing the interference during the multi-casting process, so that the plan is to avoid the multi casting interference using time scheduler and routing protocol. Spatial Time Scheduling Multiple Access (STSMA) Framework is proposed in this paper to perform the effective multicast scheduling in the wireless ad-hoc network.Research Scholar, Department of Computer science Karpagam University, Coimbatore - 642120, India. apshanmugasundaram@gmail.com Mobile: +91-9965026100 "Assistant Professor, Department of Computer science Karpagam University, Salem-6136011, India. ccsekar@gmail.com Mobile: +91-9994599967