Reconfigurable manufacturing system (RMS) is commonly adopted under mass
customization. For an RMS with dynamic events, how to real-timely schedule jobs and …

Driven by shorter innovation and product life cycles as well as economic volatility, the
demand for reconfiguration of production systems is increasing. Thus, a systematic literature …

To remain competitive in a highly dynamic environment, manufacturing companies have to
quickly react to disturbances or changing customer requirements. To enable manufacturing …

A key factor for the successful implementation of mass customization is joint product-process
optimization. This paper proposes a linear programming model that jointly optimizes product …

Caused by the growing complexity in production, more and more companies started
implementing reconfigurable manufacturing systems (RMSs) to quickly reconfigure …

Manufacturing resilience is critical for achieving mass personalization paradigms, with
disruption management being a key aspect to ensure continuous collaboration between …

Adaptable products are used to satisfy new customer requirements through changes of
products such as upgrading of modules during their utilization stages. Compared with the …

More extensive personalized product requirements and shorter product life cycles have put
forward higher requirements for the rapid establishment, commissioning, and operation of …

Numerous artificial intelligence (AI) techniques are currently utilized to identify planning
solutions for supply chains, which comprise suppliers, manufacturers, wholesalers, and …

This study addresses a system-level configuration selection problem for reconfigurable
single part flow lines (R-SPFLs) with parallel identical flexible machines at each stage. The …