EOCC: Energy-Efficient Ordered congestion control using cross layer support in Mobile Ad Hoc Network routing
T. Suryaprakash Reddy, Pakanati Chenna Reddy · 2012
In the recent times many accessible congestion control procedures have no capability to differentiate involving two major problems like packet loss by link crash and packet loss by congestion due to buffer overflow. Consequently these resolutions effect in form of wastage of possessions because they target only on the packet drop by link crash that has the unnecessary importance. Consumption of energy and possessions in order to make the basis node attendance regarding the congestion occurring in routing path is the supplementary drawback in most of the available models. This method of intent mainly on regulating the outlet load at the basis node stage is the boundary to the present available models. It is by now aware that as a motive of link crumple and congestion packet loss in the network routing largely occurs. Hence in our earlier research we proposed routing strategy called Ordered congestion control using cross layer support in Manets in short OCC (19). In this article we refined the OCC to gain the ability of energy conservation in congestion discovery. In this effort we attempt to limit the role of MAC layer to detect link failure and developed a new strategy to detect the congestion at a relay node level and path level. In this new congestion detection approach we consider the channel loading, packet loss and buffer utilization as parameters to detect the congestion state. These parameters together we referred as congestion detection activity parameter set in short C-daps. The produced tentative results illustrate energy efficiency over OCC (19).