In the modern era, WSNs broadly used in many research areas. Mainly researchers are focusing on rising the network lifetime, throughput and decreasing the energy utilization to make the network more reliable, robust and more responsive for a longer period of time. In this paper, two key aspects are taken into account; (i) network lifetime (ii) throughput of the network. The proposed approach is based on multilevel heterogeneity inspired by SEP (Stable Election Protocol). First node dead in the network plays a vital role in network lifetime because if the first node dead after a long period then definitely network lifetime becomes better. To get better the network life time, the proposed approach is another effort to make the network more responsive. Proposed approach compared with NEECP (Novel Energy-Efficient clustering protocol), ICACO (Inter Cluster Ant Colony optimization) and DCHSM (Dynamic Cluster Head Selection Method) gives the improved outcome in conditions of Network lifetime and throughput. In addition to this, comparison with existing approaches is carried out by considering the research papers from the year 2000 to 2017for 16 approaches.

在现代时代，无线传感器网络广泛用于许多研究领域。研究人员主要集中在延长网络寿命，提高吞吐量和降低能源利用率上，以使网络在更长的时间内变得更可靠，更健壮且响应更快。本文考虑了两个关键方面。（i）网络寿命（ii）网络的吞吐量。所提出的方法基于受SEP（稳定选举协议）启发的多层次异质性。网络中的第一个节点死亡在网络生命周期中起着至关重要的作用，因为如果第一个节点在很长一段时间后死亡，那么肯定网络寿命会更长。为了获得更好的网络生存时间，提出的方法是使网络响应速度更快的另一项努力。与NEECP（新型节能群集协议）相比的拟议方法，ICACO（集群间蚁群优化）和DCHSM（动态集群头选择方法）在网络生命周期和吞吐量的情况下提供了改进的结果。除此之外，通过考虑2000年至2017年针对16种方法的研究论文与现有方法进行比较。