A Concept for Integration of Voice Assistant and Modular CyberPhysical Production System Voice interaction is helping to increase efficiency in many areas of human activity. However, most studies either research its general aspects or domestic applications. On the contrary, there is almost no research on using this technology in production field, although, the idea of retrieving data this way can be a successful solution for large production areas, where it is difficult to find the right display. The paper aims to develop the method of voice assistantxe2x80x99s implementation as a part of CyberPhysical Production System (CPPS) for production processes. The study includes creating a prototype of the voice assistant module based on Alice cloud voice service API from Yandex and Raspberry Pi 3 microcomputer. Main aspects of using voice assistants for accessing production data from a CPPS were described. A possible approach to the introduction of this technology is shown. And a working prototype has been successfully designed. The research shows the possibility of using voice control in production conditions and its potential effectiveness in data access automation.

Cyber Physical Production Systems: A Review of Design and Implementation Approaches Cyber Physical System (CPS) is a very crucial and promising technology in Industry 4.0 context. The application of CPS in the production and manufacturing environment gave rise to the term Cyber Physical Production Systems (CPPSs). CPPSs hold great potential to make production systems become intelligent, resilient and selfadaptive by utilizing the cyber world to realize the distributed collaboration in the physical world. There is growing interest in CPPSs, yet there is a scarcity of review to document the current status of CPPSs. This review aims to classify the current research activities within CPPSs field with a special focus on design and implementation approaches in view of industrial engineering and to analyze research gaps based on the literature review. Findings of this review can be used as the basis for future research in CPPSs and related topics.