Iteration 1 Summary
Business Context: A theme park company wants to optimize the allocation of maintenance resources across its roller coasters to minimize downtime while ensuring safety standards are met. The company needs to decide how many maintenance hours to allocate to each roller coaster, considering constraints like maximum available maintenance hours and minimum safety requirements.
Optimization Problem: The goal is to minimize the total downtime of roller coasters by optimally allocating maintenance hours. Each roller coaster has a specific maintenance requirement to ensure safety, and there is a limited number of maintenance hours available. The optimization will determine the number of maintenance hours allocated to each roller coaster to minimize downtime while meeting safety requirements.
Objective: minimize total_downtime = ∑(downtime_coefficient[i] × maintenance_hours[i])
Tables Created: 2
Tables Modified: 0
Tables Deleted: 0
Key Change: Schema changes include creating tables for decision variables, objective coefficients, and constraint bounds. Business configuration logic is updated to include scalar parameters and formulas for optimization constraints.
Status: In progress
Confidence: medium
Next Focus: Gather missing data for downtime coefficients and maintenance hour constraints
Mapping Adequacy: needs_improvement
Business Configuration Parameters: 3
