This document proposes a clustering algorithm for efficiently transmitting data in wireless sensor networks. The algorithm is designed for use in battlefield scenarios, where sensors are uniformly distributed across a geographic region. It uses clustering to send data between different regions to an important base station. Depending on events, the appropriate clustering algorithm is used. The proposed scheme selects cluster heads in a way that provides better data gathering, stability, and extended network lifetime compared to the LEACH protocol. Simulations in NS2.34 show the proposed protocol has performance gains over LEACH in terms of network lifetime and guaranteed data transmission.

1. 2020 – 2021
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SPIN With Cluster for Data Centric Wireless
Abstract:
Routing Algorithms are driving the growth of the data transmission in wireless sensor network.
Contextually, many algorithms proposed for efficient data transferring. This paper uses the
scenario and node distribution across the Battle field in India. This Paper uses clustering
algorithms to send the data over different geographic region. During the Battle, data gathering
and data aggregation to base station is important and critical task. Based on event, clustering
algorithm used. This paper assumes that sensor node uniformly distributed and coordinates
of the base station and nodes are known. This paper is essential to enable the cluster head
based selection scheme used in battle field and the performance of proposed protocol
compute intensive and can significantly benefit over the others scheme. Proposed scheme
having better data gathering, stability period and lifetime than the LECH scheme. The
proposed scheme is implemented and simulated with LEACH in NS2.34. Simulation shows
proposed protocol performance gains is better over the LEACH for lifetime of network and
guaranteed data transmission.