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Performance comparision of IEEE 802.11g WLANs with respect to increasing number of workstation using OPNET modeler

With the ever increasing pace of use of internet as well as transfer of various data over it, there is a great demand of faster internet browsing and faster data transfer. In the present scenario wireless LAN plays a vital role. Wireless LAN mobility allows the users to access information any time and from any location. The 802.11 standard of wireless LAN is currently the most widely used technique to browse internet and data transfer. The focus is high speed wireless internet access from homes and business, bypassing the telephone system. Wireless LAN is often called as the future of data transfer. So, there is greater need of the study of data transfer rate, internet browsing speed over wireless LAN. This paper presents set up of various different wireless networks in wireless simulation tool OPNET modeler 14.5. Each network is given an access point (AP), server, application configuration, profile configuration and workstations under IEEE 802.11g protocol. All the wireless networks made are given a set of rules like heavy file transfer, calling, etc. The networks are made with increasing number of workstations and the graphs we get from the network are compared with respect to delay, throughput, received power and the result is obtained.