QOD enabled AOMDV protocol for hybrid wireless networks

A mobile ad hoc network is an autonomous collection of mobile devices like laptops, smart phones, sensors that communicate with one another wirelessly and in a distributed manner to provide the required network practicality in the absence of a fixed infrastructure. As wireless communication gains quality, vital analysis has been dedicated to support real-time transmission with rigorous Quality of Service (QoS) necessities for wireless applications. Ad hoc On Demand Multipath Distance Vector (AOMDV) protocol was designed primarily for extremely dynamic ad hoc networks wherever link failures and route breaks occur often. It maintains routes for destinations in active communication and uses sequence numbers to determine the freshness of routing information to prevent routing loops. It´s a timer-based protocol and provides the simplest way for mobile nodes to retort to link breaks and topology modification. QoS-Oriented Distributed routing incorporates five algorithmic programs particularly QoS-guaranteed neighbour choice algorithm to fulfill the transmission delay demand, a distributed packet programming algorithmic program to additional scale-back transmission delay, a quality-based section resizing algorithmic program that adaptively adjusts section size in line with node mobility so as to scale back transmission time, a traffic redundant elimination algorithmic program to extend the transmission throughput, and information redundancy elimination-based transmission algorithmic program to eliminate the redundant information to additional improve the transmission QoS. The projected approach, totally analyses the results of packet dropping nodes on the network. Analysis of the QoS parameters of the network is analyzed for two cases: one with Link failure, signal drop and interference and another in the presence of packet dropping nodes and perform recovery solutions. Analyzing the network with these five algorithms before implementing AOMDV protocol provides higher Qo- so enhancing AOMDV protocol.