Industrial production is facing growing challenges due to more complex supply chains, shorter development cycles, and greater product variance. At the same time, the availability of production data and advances in artificial intelligence mean that the opportunities for optimization are greater than ever before. Motivated by these developments, this book focuses on the use of deep reinforcement learning (DRL) for Job Shop Scheduling Problems. DRL agents are already capable of defeating humans in chess and computer games. The aim of the work presented is to create DRL-based systems that can generate the most efficient machine allocation schedules in a short computing time.

The methods developed are based on modern achievements in related research areas: industrial planning, operations research, and deep learning. For example, the book examines how domain knowledge from industrial planning can be effectively incorporated into DRL training. On the other hand, inspiration is drawn from the field of curriculum learning, in which the difficulty of learning tasks is varied in a targeted manner throughout the learning process, similar to school curricula. In addition to new training methods, the more effective use of already trained DRL agents is also addressed. Finally, necessary future developments, especially with regard to reliability criteria, are outlined for this rising field of research.

Inhalt

Introduction.- Preliminaries.- Review of the State of the Art.- Domain Knowledge Integration in the Observation Space.- Effective Learning Curricula for the JSSP.- Effective Inference Strategies with Trained Agents for the JSSP.- From the JSSP to Real-World Applications.- Critical Discussion and Outlook.- Summary.