Abstract
Due to the failure-prone and vulnerable structure of WSN nodes, understanding the typical activity patterns of nodes helps to identify the faulty and malicious node activities, and to differentiate normal node behaviors from abnormal node behaviors. In this study, for understanding the typical node activities, we observe the effects of the network load on energy consumption, packet throughput, and latency parameters. We run simulations of networks with a variable number of sinks. We found that an increase in the number of sinks affects the overall network load and causes communication delays between the source and sink node.
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