Reducing Energy Consumption by using Greedy Three-hop Information over Ad-hoc Network

Recently, Ad-hoc Network is a decentralized network which is used to commute information with each other node without a centralized system such as IoT, wireless sensor devices. The mechanism of the Ad-hoc network is a routing protocol which is used to find the best routing path. However, the traditional approaches probably are taken the high energy consumption. For this purpose, this research addresses the problem of routing protocol when a source sends information to a destination with high energy consumption. The idea of this proposal is improving routing method based on greedy forwarding protocol with three-hop. In detail, the proposed approach defines the appropriate path by setting switching nodes to get the routing path and relay information with low energy consumption. To show more details, in this paper will demonstrate the performance of proposed approach compared with other methods such as Nearest with Forwarding Selection, Random Forwarding Selection and Most Forward with Radius and greedy forwarding base on two-hop by using simulation.