Management Science · 1988 · 45 citations · 11 references
Mathematical ProgrammingEngineeringIndustrial EngineeringRelative ImportanceComputational ComplexityTotal FlowtimeBicriterion Scheduling ProblemOperations ResearchSystems EngineeringCombinatorial OptimizationNote—a Branch-and-bound ApproachNetwork FlowsComputer EngineeringScheduling (Computing)Computer ScienceInteger ProgrammingQueueing SystemsScheduling AnalysisScheduling ProblemScheduling (Operating Systems)Production SchedulingScheduling (Production Processes)Scheduling (Project Management)
This paper considers a bicriterion scheduling problem where a linear combination of two objective functions is considered, with weighting factors used to represent relative importance of the two criteria, i.e., total flowtime and range of lateness. A branch-and-bound solution procedure is designed for the problem. Computational results are also reported.
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Various optimizers for single‐stage production
W.E. Smith · Naval Research Logistics Quarterly · 1956 · 1.8K citations