AbstractudWLAN stands for Wireless Local Area Network. Now a days wireless technology have been widely implemented starting from home to educational institutes. So improving its performance is highly required. To increase the performance of the network some modifications can be made in MAC layer. So MAC layer has been studied thoroughly and some modification was done on back off algorithm.udSome of the key concepts of our project are:udDistance and performance: If distance between station and the AP varies then also performance varies.udScalability & Collision: If number of nodes increases in a network then its performance decreases due to heavy traffic.udWLAN mechanisms: It may be Basic Access or RTS-CTS i.e. either directly sending the data or after RTS-CTS handshake.udBack-off algorithms: There are mainly three back-off algorithms. EIED, MILD & BEB.ud udEIED was compared with BEB wrt various packet arrival rates (eight) for RTS-CTS mechanism. Previous work has been done on Basic access mechanism. Some results were proposed by taking various combinations of values of EIED algorithm.ud ud Nitish Kumar Panigrahy (108CS004)ud Manat Kanher (108CS013)ud
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机译：Abstract udWLAN表示无线局域网。如今，从家庭到教育机构，无线技术已得到广泛应用。因此，非常需要提高其性能。为了提高网络性能，可以对MAC层进行一些修改。因此，已经对MAC层进行了深入研究，并对退避算法进行了一些修改。 ud我们的项目的一些关键概念是： ud距离和性能：如果站点与AP之间的距离不同，那么性能也会变化。 ud可伸缩性和冲突：如果网络中的节点数增加，则其性能由于繁忙的通信量而降低。 udWLAN机制：可能是基本访问或RTS-CTS，即直接发送数据或在RTS-CTS握手之后。 udBack-off算法：主要有三种退避算法。 EIED，MILD和BEB。 ud udEIED与BEB进行了比较，其中RTS-CTS机制的各种数据包到达率（八）。在基本访问机制上，以前的工作已经完成。通过对EIED算法的值进行各种组合，提出了一些结果。 ud ud Nitish Kumar Panigrahy（108CS004） ud Manat Kanher（108CS013） ud
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