Mobile ad hoc network is composed of wire free nodes that are moving in nature and they are configured to form a self-configured infrastructure less network. So, the energy consumed by every node is varied due to the movement of the nodes. Open Shortest Path First is the shortest path estimating routing scheme which is created more energy and more delay for data transmission when the link fails in the network. To overcome this difficulty, this paper proposed an efficient innovative hello based path recovery (HBPR) routing protocol for the shortest path calculation. During transmission, if the link fails in the network layer then the HBPR scheme creates the alternate path, thus it reduced the delay time and energy consumption. Subsequently, the novel simplified honey pot optimization (SHPO) is introduced to predict the harmful nodes within the network. This SHPO maintains the path stability and node security of the network also it will improve the quality of service parameters. The implementation of this research is done by MATLAB R2018b and the simulation results illustrate the performance of the proposed algorithm. This approach achieves better results in packet delivery ratio, delay, average energy consumption, and throughput compared to other existing approaches.

移动自组织网络由本质上在移动的无线节点组成，它们被配置为形成自配置的基础设施较少的网络。因此，由于节点的运动，每个节点消耗的能量是变化的。开放最短路径优先是最短路径估计路由方案，当网络中的链路发生故障时，它将为数据传输创造更多的能量和更多的延迟。为了克服这个困难，本文提出了一种有效的创新型基于Hello的路径恢复（HBPR）路由协议，用于最短路径计算。在传输过程中，如果链路在网络层出现故障，则HBPR方案将创建备用路径，从而减少了延迟时间和能耗。后来，引入了新颖的简化蜜罐优化（SHPO）来预测网络中的有害节点。该SHPO维护网络的路径稳定性和节点安全性，还将改善服务质量参数。该研究的实现由MATLAB R2018b完成，仿真结果说明了该算法的性能。与其他现有方法相比，此方法在数据包传递率，延迟，平均能耗和吞吐量方面取得了更好的结果。