A Requirement Engineering Framework for Smart Cyber-Physical Production System

Industries rely on a flexible manufacturing process to face high competitive market and customization constraints. It relies on an efficient production system that allows it easier to reconfigure and interact with other devices. Currently, Cyber-physical systems (CPS) are proposing an answer to the fourth industrial revolution. The CPS technology and application for production are named Cyber-physical production system (CPPS) for the last few years. It is an autonomous system and has cooperative elements connecting across all production levels, from machines to operators. This paper address how the new customization strategies affect/requires the system to be modified and develop a new drone system. Using the system Engineering approach, the elicitation of the system requirements from the different concepts of operation for customization operations in CPPS is realized. This work is instantiated on an experimental CPPS platform. It illustrates the structured requirement framework for the new customization strategy and elaborates by presenting a requirement model of the system. It is the required step to bring effective customization to the CPPS Platform.