Wireless sensor network (WSN) is one of the significant flourishing areas of research, due to its controllability, accessibility and adaptability. WSN is deployed for better control and track of the industrial equipments, which paves way for the proposals of numerous real-time applications out of it. The primary goal of a WSN is to promote communication between the industrial sensor nodes, such that the information is shared and decisions can be made. However, communication works out at the cost of energy, which is considerably scarce in WSN. Thus, energy efficient routing is necessary for a network to work for a reasonable time. This work presents an energy efficient route selection scheme, which selects the reliable route out of all possible routes. The reliable route is selected by considering the trust level of the sensor nodes, which results in faster and reliable data transmission. The performance of the proposed work is tested and compared with the existing approaches in terms of packet delivery rate, latency, energy efficiency and network lifetime.

无线传感器网络（WSN）由于其可控制性，可访问性和适应性而成为重要的研究领域之一。部署WSN可以更好地控制和跟踪工业设备，从而为其中的众多实时应用的提议铺平了道路。WSN的主要目标是促进工业传感器节点之间的通信，以便共享信息并做出决策。但是，通信是以能量为代价的，而这在WSN中是相当缺乏的。因此，高效节能路由对于网络在合理的时间内工作是必不可少的。这项工作提出了一种高能效的路线选择方案，该方案从所有可能的路线中选择可靠的路线。通过考虑传感器节点的信任级别来选择可靠的路由，从而实现更快，更可靠的数据传输。测试了所建议工作的性能，并将其与现有方法的数据包传送速率，等待时间，能效和网络寿命进行了比较。