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Single-machine scheduling with a common due window
DOI:10.1016/S0305-0548(99)00097-0.png)
Abstract
En 中文
We study several single-machine non-preemptive scheduling problems to minimize the sum of weighted earliness-tardiness, weighted number of early and tardy jobs, common due window location, and flowtime penalties. We allow the due window location to be either a decision variable or a given parameter. We assume that the due window location has a tolerance and the window size is a given parameter. We further make the assumption that the ratios of the job processing times to the earliness-tardiness weights are agreeable for the first problem. We propose pseudo-polynomial dynamic programming algorithms to optimally solve the problems. We also provide polynomial time algorithms for several special cases.
Keywords:
single-machine scheduling
earliness-tardiness
early-tardy jobs
flowtime
due window
dynamic programming
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C
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