Wireless Sensor Networks (WSN)

Resource Overview

As previously discussed, Wireless Sensor Networks (WSN) differ from Cellular Networks, being composed of numerous sensor nodes communicating wirelessly through air. These nodes are randomly deployed in target environments to monitor conditions.

Detailed Documentation

As noted earlier, Wireless Sensor Networks (WSN) fundamentally differ from Cellular Networks. A WSN consists of numerous sensor nodes that communicate via wireless medium, typically air. These nodes are randomly deployed across the monitoring environment. Unlike Cellular Networks, WSNs don't rely on central base stations, and not all nodes can communicate directly. Instead, they function as multi-hop networks where data traverses intermediate nodes to reach destinations.

In the code implementation, I create functionality to randomly distribute sensor nodes within a defined spatial area. The algorithm checks pairwise distances between nodes, establishing communication links when the separation is within a specified communication radius. This distance-based connectivity approach enables efficient multi-hop data routing and ensures robust network formation for information exchange.