A two-stage robust optimization framework for single-machine scheduling with uncertain start-time dependent costs, including NP-hardness results and solution methods for budgeted uncertainty.
Development of an Evacuation Model Considering the Impact of Stress Variation on Evacuees under Fire Emergency
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An agent-based evacuation model integrates cognition via Event Certainty Level, memory with forgetting, a continuous fear model tied to Neuroticism, OCEAN personality, and individualized decision thresholds, with simulations showing impacts on efficiency and realistic behaviors.
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A Robust Optimization Approach for Scheduling with Uncertain Start-Time Dependent Costs
A two-stage robust optimization framework for single-machine scheduling with uncertain start-time dependent costs, including NP-hardness results and solution methods for budgeted uncertainty.