INCREASING BANDWIDTH ON CELL BREATHING TECHNOLOGY USING RAT ALGORITHM

In a typical enterprise WLAN, it is difficult to identify and implement the types of network settings which cause poor performance where number of hosts may attain larger share of the available bandwidth in a access point within a limited boundary under the con cept of cell breathing technique. This approach can leads to unequal load sharing and diminished system performance. Our work can be focused on the process of regulating the bandwidth so that no user can access data more than the specified limit for a part icular access point and provide large bandwidth wherever needed. In this way the different users will get an efficient access over the network. We consider the RAT (Rate Access Technologies) policy which leads to better system performance. The RAT policy h as been applied on home - grown centralized WLAN controller, ADWISER and reveals that the RAT policy definitely affords to be effective system performance