Industrial Scheduling

A₁ algorithm alternate routing B₁ Carnegie Institute Chapter coefficients column complete Conjecture constraints critical jobs critical-path method decision rule determine dispatching dynamic-priority economic order quantity Equation expected exponentially distributed facility Figure finish fractile function G. L. Thompson Gantt chart given increased integer linear programming integer programming inventory labor flexibility labor labor labor learning linear programming load lot-size Management Science marginal cost Mathematical matrix minimize minimum Monte Carlo Monte Carlo Algorithms obtained Operations Research optimal optimum overtime paper percent performance period possible predecessors priority rules probability procedure Production Scheduling queue delay Queueing Theory random S₁ safety stock sample schedule algebra selected sequence shortest shortest-operation rule shortest-processing-time rule simulation slack solution solve Table task tests tion total schedule units per hour urgency number utilization variables vector waiting waiting-time distribution x₁ zero