Abstract
The fast growth of IoT-based wireless technologies across industries in recent years is no secret. As the Internet of Things (IoT) has spread into many real-time applications, the WSN (Wireless Sensor Network) has become an integral part of it. Different critical and non-essential uses of the IoT and WSNs now affect almost every facet of our daily lives. This article is to prove that, while the cooperative scheme is less effective under abnormal conditions, it provides better shielding against the severity of jamming, making the WSN more secure by cutting down on upkeep costs, and placing the groundwork for addressing the issue of jamming. This article also includes an algorithm for real-time jamming detection. In the first place, it looks at the aggressor's specific traits and the harm they inflict. And secondly, it demonstrates how the WSN's inherent resistance to attack. Finally, it takes into account performance metrics, particularly those that have an effect on transmission energy consumption.
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