Performance Analysis of Grid Configuration Wireless Sensor Network using Different Packet Frequency for Oil and Gas Downstream Pipeline

Abstract

Over the most recent few years, there has been a shift away from utilizing costly links to communicate information from different sensors, including those estimating wind, vibration, temperature, and stickiness, to observing locales. This progress has been worked with by the reception of Wireless sensor networks (WSNs), which proposition expanded adaptability and more extensive inclusion capacities. In different businesses, these organizations have acquired ubiquity because of their flexibility. In particular, with regards to observing oil and gas offices, framework-based WSNs demonstrate profoundly appropriate for covering broad regions, especially inside the downstream period of the oil and gas handling chain. The essential point of this examination is to research how different bundle frequencies, the quantity of nodes, and directing conventions influence a lattice-based WSN. The review presents two sorts of steering conventions: responsive (AODV) and proactive (OLSR), utilizing a lattice hub plan and trying different things with different bundle frequencies. The reenactment results uncover that as the bundle recurrence builds, there is a perceptible decrease in execution, no matter what the organization's size. This presentation decline is clear in measurements like the conveyance proportion, network reasonableness, and the presence of aloof nodes inside the organization, particularly while sending 80 nodes or more. Moreover, it's significant that the AODV steering convention outflanks the OLSR partner concerning throughput, conveyance proportion, and the presence of passive nodes.