APPLYING SWITCHING AND MULTIPLE ACCESS MODEL FOR REDUCING PACKET LOSS AND NETWORK OVERHEADS IN WATM

Abstract

As an effectual simplewireless equivalent created in thetelecommunications (telephone)industry, Wireless AsynchronousTransfer Mode (WATM) is utilizedto stream unified traffics likevideo, data, and voice data. In theasynchronous data transfer mode,voice data transfer a packet with thesame medium, and data share thenetworks and burst data. EffectiveWATM data transmission requires anextensive array of designs, techniquesused for control, and simulationmethodologies. The congestion of thenetwork is among the key challengesthat lower the entire WATMperformance during this procedure,in addition to the delay in cell and theoverload of traffic. The congestionscause cell loss, and it requiresexpensive switches compared tothe LAN. Consequently, in this currentstudy, the application of an effectualswitching model together with acontrol mechanism that possessesmultiple accesses is employed. Themultiple access process and switchingmodel are utilized to establish aneffective data sharing process withminimum complexity. The switchingmodel uses the synchronous inputsand output ports with buffering toensure the data sharing process. Thetraffic in the network is decreased,and the loss of packets in the cellsis efficiently kept to a minimum bythe proposed technique. The systembeing discussed is employed throughthe utilization of software employedusing OPNET 10.5 imulation, withthe valuation of the WATM alongwith the investigational outcomesaccordingly. The system's efficiencyis assessed by throughput, latency,cell loss probability value (CLP),overhead network, and packet loss.Thus, the system ensures the minimumpacket loss (0.1 %) and high datatransmission rate (96.6 %)