In recent years, the emergence of Industry 4.0 technologies has introduced manufacturing
disruptions that necessitate the development of accompanying socio-technical solutions …

Human factors have always been an important part of research in industry, but more recently
the idea of sustainable development has attracted considerable interest for manufacturing …

The development of future Industrial Cyber-Physical Systems is highly connected to the
need for Digital Twins. Integrating machines and information systems in such twins is a …

Although Industry 4.0 has brought multiple positive impacts, the lack of consideration for the
human operator in the loop has been a key driver for an 'Industry 5.0'(r) evolution. Human …

Designing and using cyber-physical systems integrating humans put ethics at stakes.
Meanwhile, even if works are done to assess the life-cycle of these systems and the …

The use of knowledge-based information systems to improve human performance has been
limited by a lack of comprehension of how an individual's performance diminishes when …

To ensure efficient dynamic manufacturing scheduling within a Cyber-Physical Production
System (CPPS), it is essential to develop reactive control architectures. Heuristic-based …

FASPAS (Fatigue Aware Semantics for Planning and Scheduling in the KITT4SME)
addresses the challenge of scaling number of incoming orders in a discrete manufacturing …

Studies establish that cybersecurity executives face complex difficulties from constantly
shifting risks due to the role's scalability and increasing responsibilities in this cyber …

Manufacturing flexibility and human-centered designs are promising approaches to face the
demand for individualized products. Human-robot assembly cells still lack flexibility and …