| 2023 | WSC | Deep Learning Enabling Digital Twin Applications in Production Scheduling: Case of Flexible Job Shop Manufacturing Environment. | Amir Ghasemi, Yavar Taheri Yeganeh, Andrea Matta, Kamil Erkan Kabak, Cathal Heavey |
| 2023 | WSC | A Reinforcement Learning Approach for Improved Photolithography Schedules. | Tao Zhang, Kamil Erkan Kabak, Cathal Heavey, Oliver Rose |
| 2022 | WSC | Demonstration of the Feasibility of Real Time Application of Machine Learning to Production Scheduling. | Amir Ghasemi, Kamil Erkan Kabak, Cathal Heavey |
| 2018 | WSC | Implementing a New Genetic Algorithm to solve the Capacity Allocation Problem in the photolithography Area. | Amir Ghasemi, Cathal Heavey, Kamil Erkan Kabak |
| 2018 | WSC | Flexibility as an Enabler for carbon dioxide Reduction in a Global supply Chain: a Case Study from the semiconductor Industry. | Abdelgafar Hamed, Hans Ehm, Thomas Ponsignon, Beril Bayer, Kamil Erkan Kabak |
| 2014 | WSC | Generating operating curves in complex systems using machine learning. | Birkan Can, Cathal Heavey, Kamil Erkan Kabak |
| 2012 | WSC | Single toolset modeling approaches in semiconductor manufacturing. | Kamil Erkan Kabak, Cathal Heavey, Brian Kernan |
| 2010 | WSC | Performance improvement for a wet bench tool. | Kamil Erkan Kabak, Cathal Heavey, Vincent Corbett |
| 2008 | WSC | Analysis of multiple process flows in an ASIC fab with a detailed photolithography area model. | Kamil Erkan Kabak, Cathal Heavey, Vincent Corbett |
| 2007 | WSC | An analysis of tool capabilities in the photolithography area of an ASIC fab. | Peter J. Byrne, Cathal Heavey, Kamil Erkan Kabak |