LAUSR

Asynchronous transfer mode (ATM) tends to be the most mature infrastructure to serve the imminent media broadband networks and is intended to eliminate network latency and improve traffic output versatility. In Weighted Round Robin (WRR) scheme, the main cause of concern is the delay that is being caused by high volumes of workloads at the wireless source nodes. In this paper, proposed an efficient intelligent time slice based round Robin scheduling algorithm for ATM with the use of integrated speed bit protocol (ISBP). The intelligent time slice offers priority, the blast of the CPU, and the time meaning transfer. The speed bit manager is maintained by the ISBP that contains prioritized objects. Then the intelligent time slice is done to generate the quantum time value. The purpose of this paper to enhance network performance in ATM networks by improving the throughput and average end-to-end delay. The new proposed scheme also offers a significant reduction in the average end-to-end delay when compared to the existing WRR scheme.