We present a new set of simulation models, organized in a testbed. The aim of the testbed
consists in providing researchers with a platform able to credibly represent the complexity of …

As part of an effort to present to the semiconductor manufacturing community an updated
wafer fab testbed, we provide the first of two simulation models, namely a High-Volume/Low …

Due to the enormous complexity of semiconductor manufacturing processes, tasks like
performance analysis, forecasting, and production planning and control necessitate detailed …

This proposed research is concerned with developing an extension of the joint
JESSI/SEMATECH standard MIMAC to the Digital Reference. It analyzes the capabilities of a …

Adapting dispatch rules via machine learning in a complex manufacturing environment has
shown overall factory performance in various studies. However, the performance of the …

Simulation is one of the most used approaches to analyze semiconductor manufacturing
systems. However, most simulation models are designed for single-use applications and …

Dispatch rules are commonly used to schedule lots in the semiconductor industry. Previous
studies have indicated that adapting dispatch rules can improve overall factory performance …

Ensuring interoperability of different information systems for planning and control is a
challenging task in semiconductor supply chains. This is partially caused by the sheer size …

Supply Chain Management (SCM) is essential to monitor, control, and enhance the
performance of SCs. Increasing globalization and diversity of Supply Chains (SC) s lead to …

Deploying AI in production is a challenging task that necessitates the integration of various
standalone software solutions, including Manufacturing Execution System, Simulation, and …