OTPR - Optimum Transmission Power Routing against Black Hole Attacks in MANETs
R. Sheik Abdullah, S. Hariganesh · 2017
In general, a security is a necessary factor in wireless ad-hoc network to have safety in data transmitting packets between two wireless sensor nodes. The nodes unit a unique characteristics and it leads to insignificant challenges to security design. Mobile nodes operate with limited battery power which needs to be visual utilized in order to perform network activities such as routing, developed network lifetime and network connectivity. Many network protocols have been proposed to reduce energy consumption rate of nodes to maximize the network functioning. I proposed one of the classical and the main attacks of wireless sensor network is Black Hole Attack. Residual power based optimum Transmission Power Routing path which handling volatile transmission power model with calculated received signal strength and low residual power framework to complete energy efficiency, and to develop the network lifetime and connectivity. The operating system and has been used for enforce the proposed proceed. Results were compared with Energy Consumption Routing and Max-Min Battery Cost Routing, revenue and their environment which showed that the proposed approach provide better conduct than other protocols in terms of energy expenditure rate, network lifetime and end to end delay metrics.