A Novel Routing STLCC Based Control of Packet Loss over Network Edge

In this paper we proposes the usage of link- sharing methods in various packet networks and a concurrent algorithm for hierarchal link-sharing since the Internet contains audio files, video files and enormous data traffic. Many protocols have been launched to implement TCP method so forth which has a bottleneck of network jamming. We use a docket proposed Random Early Detection (RED) for gateways that prevents jamming in a packet for witched networks by providing Core-Stateless Fair Queuing(CSFQ) which was intended as an open-loop controller to offer the fair preeminent endeavour service for managing the per-flow bandwidth utilization and has turn into incapacitated when the P2P flows happening to control the traffic of the Internet where Token-Based Congestion Control (TBCC) leads to an closed-loop congestion control rationale which limits token resources enthusiastic by an end?user and also provides the fair best effort service with (big-oh) O(1) complexity measure and a Self-Verifying CSFQ and Re-feedback implementation leads us to heavy load by controlling inter-domain traffic for deficiency of trust and by which the docket presents Stable Token-Limited Congestion Control(STLCC) technique that is proposed as novel protocols that adds inter-domain congestion control to Token- Based Congestion Control(TBCC)and build the congestion control to be more secure since STLCC is able to shape output and input traffic at the inter-domain link by O(1) intricacy and the RED gateway has no prejudice aligned with explode traffic and forefend the global management of numerous links diminishing their window at that time where a TCP/IP network is employed to demonstrate the presentation of RED gateways.