The simultaneous data transmission in internet [14] without packet loss very much depends upon congestion control [11]. A series of protocols and algorithms [15] have been introduced for controlling congestion. The network congestion plays a major role in data communication. The performance of the network [13] will be improved by controlling packet loss using congestion control algorithm. When ...

TCP is a dominant protocol for consistent communication over the internet. It provides flow, congestion and error control mechanisms while using wired reliable networks. Its congestion control mechanism is not suitable for wireless links where data corruption and its lost rate are higher. The physical links are transparent from TCP that takes packet losses due to congestion only and initiates c...

A Wireless Sensor Network (WSN) is deployed with a large number of sensors with limited power supply in a wide geographically area. These sensors collect information depending on application. The sensors transmit the data towards a base station called sink. Due to the relatively high node density and source-to-sink communication pattern, congestion is a critical issue in WSN. Congestion not onl...

Current Internet transports conflate transport semantics with endpoint addressing and flow regulation, creating roadblocks to Internet evolution that we propose to address with a new layering model. Factoring endpoint addressing (port numbers) into a separate Endpoint Layer permits incremental rollout of new or improved transports at OS or application level, enables transport-oblivious firewall...

Network performance in tightly-coupled multiprocessors typically degrades rapidly beyond network saturation. Consequently, designers must keep a network below its saturation point by reducing the load on the network. Congestion control via source throttling—a common technique to reduce the network load—prevents new packets from entering the network in the presence of congestion. Unfortunately, ...

In this paper, a continuous-time state space model approach is derived for congestion control in multiple hop communication networks. The model of single hop control is first proposed and then state feedback congestion control model of the entire network with multiple hops is suggested. A state space model equation is derived from the network model and linear quadratic regulator (LQR) as optima...