Paper Title
Dynamic Bandwidth Allocation Mechanism for Fiber Wireless Network

Abstract
Fiber Wireless (FiWi) gives an answer that joins gigabit latent optical structure and Wi-Fi to give huge limit and moreover versatility support. To deal with as far as possible in FiWi, a dynamic transmission restrain movement is proposed in this paper where it utilizes time division unmistakable access at the optical part also, Carrier Sense Multiple Access with Collision Avoidance at the remote part. Two frameworks are utilized for the figuring, one utilizing status reporting and the other is utilizing non status enumerating. It shows that both estimations have their own specific slant and prevention. The refinements supposedly were insignificant regardless. For the status uncovering, it has 4.6% higher data trade restrain usage than non-status specifying and non-status declaring has 5.24% lower delay veered from status uncovering. Keyword - Fiber Wireless, Carrier Sense Multiple Access, Collision Avoidance