A PROSPEROUS ENCROACHMENT TOWARDS THE SUPERVISION OF PACKET LOSS
B.Bhavani Neehar Reddy, Pasala Raja Prakasha Rao, Chittam Venkata Rajesh · IJCER · 2013
The internet requires guaranteeing the packet loss which in turn depends very much on congestion control. To complement the inadequate TCP mechanism controlling the network congestion a series of protocols has been introduced. For supervising the per-flow bandwidth consumption Core-Stateless Fair Queuing was designed as an open-loop controller to provide the fair best effort service and has become helpless when the P2P flows started to dominate the traffic of the Internet. Token-Based Congestion Control restricts token resources consumed by an end-user and provides the fair best effort service with O (I) complexity as it is based on a closed-loop congestion control principle. In this paper, we introduce a new protocol Stable Token-Limited Congestion Control which appends inter-domain congestion control to Token-Based Congestion Control and make the congestion control system to be stable. At the inter-domain link with O (I) complexity the Stable Token-Limited Congestion Control is able to shape output and input traffic. Stable Token-Limited Congestion Control produces a congestion index and pushes the packet loss to the network edge and improves the network performance.