Özet:

Wireless Sensor Networks are structures that are formed by the gathering of a large number of sensor nodes and the main purpose of which is to collect and transmit information. Information is transmitted directly or indirectly from the units called the detector nodes to the coordinator nodes or through other detector nodes. Sensor nodes must first be included in a network in order to be able to begin to transmit information. The slow behavior of a sensor nod in the network will lead to major problems, especially in suddenly changing and real-time applications. On the other hand, the excessive acceleration of a nod in joining the network will cause collisions in the network and will both decrease the performance of the network and increase the total energy consumption. Therefore, according to the nature of the information collected, the topological changes in the network and the rapid and effective processes of networking of the detector nodes are very important for wireless detector networks. In this study, a fast and effective network participation algorithm (FNJ) was proposed in the environmental access layer for single-shake wireless detector networks. The conceptual structure of the proposed algorithm and the work logic are explained and the criteria for success are revealed. The findings obtained by comparing the suggested algorithm were compared with similar other studies and the success of the algorithm was tested. As a result, the recommended algorithm has shown a remarkable success.

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