Analysis of Dynamic Traffic Routing Protocols for Wireless Sensor Networks

Wi-Fi sensor networks (WSNs) are collections of small, low-power nodes that might be connected to form a wireless community, normally requiring minimal resources. They can be deployed in many one-of-a-kind environments, which include remote sensing, surveillance, and communication. WSNs can be used for an expansion of applications, consisting of monitoring site visitors’ conditions, detecting adjustments in environmental conditions, and presenting crucial information for army operations. So that it will ensure green overall performance of such systems, it is necessary to broaden dynamic visitors routing protocols that enable nodes to choose the first-class direction for facts transport. Several metrics need to be taken into consideration. Those consist of reliability, throughput, latency, power intake, scalability, and cost. Reliability refers to the capability of the protocol to transmit records over a particular direction effectively. Throughput is the amount of statistics that can be exchanged among nodes within a given period. Latency is the amount of time required for a packet of facts to journey among two nodes. Power consumption is the overall amount of strength required to finish an information transfer. Scalability refers to the ability of the routing protocols to adjust to modifications inside the environment.