Citations (21)
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Manuel Schneckenreither, Stefan Haeussler & Christoph Gerhold. (2021) Order release planning with predictive lead times: a machine learning approach. International Journal of Production Research 59:11, pages 3285-3303.
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Matthias Thürer, Haiwen Zhang, Mark Stevenson, Federica Costa & Lin Ma. (2020) Worker assignment in dual resource constrained assembly job shops with worker heterogeneity: an assessment by simulation. International Journal of Production Research 58:20, pages 6336-6349.
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Stefan Haeussler & Pia Netzer. (2020) Comparison between rule- and optimization-based workload control concepts: a simulation optimization approach. International Journal of Production Research 58:12, pages 3724-3743.
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Matthias Thürer, Nuno O. Fernandes & Mark Stevenson. (2019) Parts feeding in two-stage assembly system: an assessment by simulation. Journal of Industrial and Production Engineering 36:7, pages 493-501.
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Thomas Hutter, Stefan Haeussler & Hubert Missbauer. (2018) Successful implementation of an order release mechanism based on workload control: a case study of a make-to-stock manufacturer. International Journal of Production Research 56:4, pages 1565-1580.
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Victor Cransberg, Martin Land, Christian Hicks & Mark Stevenson. (2016) Handling the complexities of real-life job shops when implementing workload control: a decision framework and case study. International Journal of Production Research 54:4, pages 1094-1109.
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Matthias Thürer, Mark Stevenson & Ting Qu. (2015) Simple subcontracting rules for make-to-order shops with limited subcontractor capacity: an assessment by simulation. Production Planning & Control 26:13, pages 1145-1161.
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Matthias Thürer, Mark Stevenson, Cristovao Silva, Martin Land & Moacir
Godinho Filho. (2013) Workload control and order release in two-level multi-stage job shops: an assessment by simulation. International Journal of Production Research 51:3, pages 869-882.
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Articles from other publishers (13)
Xiao Wang, Peisi Zhong, Mei Liu, Chao Zhang & Shihao Yang. (2024) A novel method-based reinforcement learning with deep temporal difference network for flexible double shop scheduling problem. Scientific Reports 14:1.
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Jianjun Liu, Martin J. Land, Jos A. C. Bokhorst & Qingxin Chen. (2022) Improving coordination in assembly job shops: redesigning order release and dispatching. Flexible Services and Manufacturing Journal 35:3, pages 669-697.
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Stefan Haeussler, Philipp Neuner & Matthias Thürer. (2022) Balancing earliness and tardiness within workload control order release: an assessment by simulation. Flexible Services and Manufacturing Journal 35:2, pages 487-508.
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Jeroen B.H.C. Didden, Quang-Vinh Dang & Ivo J.B.F. Adan. (2022) Workload Control in High-Mix-Low-Volume Factories Through the Use of a Multi-Agent System. Workload Control in High-Mix-Low-Volume Factories Through the Use of a Multi-Agent System.
Paolo Renna, Daniela Carlucci & Sergio Materi. 2021. Multiple Criteria Decision Making for Sustainable Development. Multiple Criteria Decision Making for Sustainable Development
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Davide Mezzogori, Giovanni Romagnoli & Francesco Zammori. (2019) Deep learning and WLC: how to set realistic delivery dates in high variety manufacturing systems. IFAC-PapersOnLine 52:13, pages 2092-2097.
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Stefan Haeussler, Manuel Schneckenreither & Christoph Gerhold. (2019) Adaptive Order Release Planning with Dynamic Lead Times. IFAC-PapersOnLine 52:13, pages 1890-1895.
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Massimo Bertolini, Giovanni Romagnoli & Francesco Zammori. (2015) Assessing performance of Workload Control in High Variety Low Volumes MTO job shops: A simulative analysis. Assessing performance of Workload Control in High Variety Low Volumes MTO job shops: A simulative analysis.
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Yasuhiko Morinaga, Masahiro Nagao & Mitsuru Sano. (2014) Optimization of flexible job-shop scheduling with weighted tardiness and setup-worker load balance in make-to-order manufacturing. Optimization of flexible job-shop scheduling with weighted tardiness and setup-worker load balance in make-to-order manufacturing.
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G.D. Soepenberg, M.J. Land & G.J.C. Gaalman. (2012) Adapting workload control for job shops with high routing complexity. International Journal of Production Economics 140:2, pages 681-690.
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