Peer to Peer (P2P) Wireless Sensor Networks (WSNs) acts as a critical purpose in today’s real-world applications. It contains spatially disseminated sensor nodes that collected sensing data to the base station. With the increasing number of applications, the number of notorious activities also increases simultaneously by some unreliable sensors. To fight such activities, rigid security schemes are a demand for both data integrity and to prevent illegitimate access from the unreliable sensor node. Also, the energy consumption of sensor nodes is an essential problem since the sensor has a limited battery lifetime. To resolve these problems, a Repetitive node Categorization technique based Reliable Clustering and Energy Efficient Communication (REEC) in P2P WSN is proposed. In this scheme, the Repetitive node Categorization technique detects the unreliable sensor; thus it isolates the unreliable sensors. The Cluster Head (CH) is elected based on Node Credence Point, and it is calculated by the percentage of Quantity of Adjacency, Remaining Energy and Node Trust. During data aggregation, the identity-based aggregate signature method evaluates the sensor data integrity. In addition, we use the Data Gathering (DG) nodes to collect the data from CH and transmit the data to the base station. Hence, reduce the CH functions and minimize the utilization of CH energy. The designed REEC scheme main objective is to detect unreliable sensors and reduces the energy utilization of CH energy. This scheme is mainly utilized for civil and military applications. Our simulation results show that the REEC scheme works better in terms of unreliable node detection, reduces network delay and increases the sensors residual energy compare to the baseline protocol.

中文翻译：

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P2P无线传感器网络中基于重复节点分类技术的可靠聚类和节能通信

对等（P2P）无线传感器网络（WSN）在当今的实际应用中起着至关重要的作用。它包含在空间上分散的传感器节点，这些节点将感测数据收集到基站。随着应用程序数量的增加，一些不可靠的传感器也使臭名昭著的活动数量同时增加。为了对抗这样的活动，刚性的安全方案既需要数据完整性，又要防止来自不可靠传感器节点的非法访问。而且，由于传感器的电池寿命有限，因此传感器节点的能耗也是一个基本问题。为了解决这些问题，提出了一种在P2P WSN中基于可靠集群和节能通信（REEC）的重复节点分类技术。在这个方案中 重复节点分类技术检测到不可靠的传感器；因此它隔离了不可靠的传感器。群集头（CH）是根据节点凭据点选出的，它是根据邻接量，剩余能量和节点信任度的百分比来计算的。在数据聚合期间，基于身份的聚合签名方法会评估传感器数据的完整性。此外，我们使用数据收集（DG）节点从CH收集数据并将数据发送到基站。因此，减少CH功能并最小化CH能量的利用。设计的REEC方案的主要目标是检测不可靠的传感器并降低CH能量的能量利用率。该方案主要用于民用和军事应用。