The Data Transmission Network Project of The Production Process Control System

Abstract

This project presents a data transmission network design for a production process control system. Currently, Ethernet-type networks hold the top place when it comes to building production line networks. However, this work suggests an alternative new way to control production lines using a type of technology called gigabit-passive optical network, or G-PON. An analytical comparison between the two network types is conducted, with calculated examples demonstrating the superior efficiency and advanced cybersecurity of G-PON technology. The project involves careful selection and configuration of network equipment to ensure optimal performance. A key focus is on cybersecurity, identifying potential vulnerabilities in the designed network and proposing measures to address them. The design phase of the project includes an overview of the optical trunk blueprint and calculations of passive optical elements parameters. In the experimental section, optical network equipment and devices were selected, and a minimalistic optical trunk prototype was deployed. The thesis concludes with the project outcomes and potential benefits of using a G-PON system for controlling production lines.