中文说明：应用背景一个新的协议称为平衡节能和实时可靠的通信路由（BERR）为无线传感器网络（无线传感器网络）考虑了实时、高效节能的联合性能可靠性。在波罗的海，一个节点，这是准备发送数据包给汇聚节点，估计能源成本，跳数利用邻域节点获取局部信息对汇聚节点和可靠性的应用价值。贝尔不仅考虑了每个发送者的能量水平，但也有它的邻居节点，以便更好的能量条件下的一个节点，更多的概率将被选为下一个中继节点。为了提高实时传输，它会选择较小的跳数的节点作为可能的中继候选节点的值。为了提高可靠性，它采用了重传机制；关键技术在无线传感器网络应用中，应考虑如何权衡两者之间的内在冲突高效节能的通信所需的服务如运输的实时性和可靠性的质量。 ；贝尔在能源消耗，更好的长期性能的网络寿命，可靠性和传输延迟小。
English Description：
Application background a new protocol called balanced energy-saving and real-time reliable communication routing (Berr) for wireless sensor networks (WSNs) considers the joint performance reliability of real-time, energy-efficient and energy-saving. In the Baltic Sea, a node, which is ready to send packets to the sink node, estimates the energy cost, hops, and uses the neighborhood node to obtain local information, which has application value to the sink node and reliability. Bell not only considers the energy level of each sender, but also has its neighbor nodes, so that a node with better energy condition will be selected as the next relay node with more probability. In order to improve real-time transmission, it will select the node with smaller hop number as the value of possible relay candidate node. In order to improve the reliability, it adopts the retransmission mechanism; the key technology in the application of wireless sensor network, we should consider how to balance the inherent conflict between the two, the service required for efficient and energy-saving communication, such as the real-time transportation and the quality of reliability. &Bell in energy consumption, better long-term performance, less network life, reliability and transmission delay.