ABSTRACT
This research proposal presents a methodological framework extending recursive function paradigm to address the Hybrid Flow Shop Scheduling Problem with Unrelated Parallel Machines, leveraging compositional structure to handle complex constraints and multiple optimization objectives.
PAPER · PDF
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Key findings
Unified recursive function formulation generalizes existing flow shop models.
Systematic decomposition approach for handling machine-specific processing rates.
Comprehensive experimental protocol utilizing standard benchmarks.
Open-source implementation framework facilitating reproducibility and extension.
Limitations & open questions
Framework's applicability to hybrid flow shop environments remains unexplored.
Potential limitations in handling large-scale industrial instances.