End-to-End Latency Analysis for Data Transmission via Optimum Path Allocation in Industrial Sensor Networks

Abstract

In a sensor network, packet transmission is easy, but achieving an effective routing path is difficult. The packet information is modified by the intruder node. Initial node capacity is not monitored, so it does not filter out the individual status of each and every node in the routing path. It causes a network that utilizes more energy and minimum packet delivery ratio. This work has implemented the enhanced centrum path allotment-based shielded communication (ECSC) scheme to achieve the shielded packet broadcasting from the sender node to the destination node in the network environment. The quality of packet transmission is improved by using the spatial uniqueness node selection algorithm. It is designed to select the routing node based on its uniqueness; priority-based communication is carried out by the uniqueness process. It improves the packet delivery ratio and network lifetime. It also minimizes packet drop rate and end-to-end delay.

A Blockchain-Enabled Trust Management Framework for Energy-Efficient and Secure Routing in Mobile Ad-Hoc Networks

“…Latency measures the duration taken for information to travel from the source to the destination, expressed in milliseconds (ms), and plays a significant role in defining how quickly and responsively different networks and infrastructures are [29]. The extent of time it takes for a video packet to travel from source to destination nodes is commonly referred to as E2E delay or latency.…”