Execution of PA Fish Eye State Protocol to amend power
B Devika, Pattipati Naga Sudha · 2016
Mobile ad hoc network is wireless network that employ multi-hop radio relayed and are capable of achieving without the support of any fixed infrastructure. The cut of any central coordinator makes the routing more complex. All nodes of these networks behave as routers and take part in discovery and maintenance of routes to other nodes in the network. This characterstic presents a big challenge to the design of a routing scheme, since bandwidth and power is very limited and the network topology changes as nodes move. Power consumption is prominent and critical issue faced by mobile adhoc network. Maximum power is consumed when the data is send from one node to another node. Therefore power productive routing mechanisms are required. In this paper, a routing mechanism based on the fisheye state routing with two groups of selection of nodes are achieved. First group of nodes having maximum power and second of nodes having minimum power. According to the number of packet received the particular group of nodes are selected to send the data from the source to the sink. In this way the power is utilized efficiently in the data sending process. This gives the reduction in the overall power consumption of the network. This scheme is named as Power-Aware Fisheye State Routing (PA-FSR). The parameters of FSR and PAFSR are compared. Results show that the proposed algorithm effectively utilizes the power to all nodes. For comparison various parameters like end-to-end delay average, Jitter and throughput have been considered.