Bicriterion stochastic scheduling on one or more machines

Article Abstract:

A study of two types of bicriterion stochastic scheduling problems is presented. The first problem involves a single machine, while the second problem involves the m-machine flow shop. A set of n jobs has to be processed by one or more machines, with the goal of finding a job sequence with the minimum sum of the expected total weighted tardiness and the expected total weighted flowtime. Jobs have a common random due date and job processing times are independent random variables. The results show that processing jobs in increasing stochastic order of their processing times yields the optimal job sequence.

Scheduling (Management)

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A multiperiod single processor scheduling problem with periodic requirements

Article Abstract:

Discrete time functioning of a multiperiod single processor is evaluated.

Semiconductors and related devices, Semiconductor and Related Device Manufacturing, Europe, Microprocessor Chips, Science & research, Microprocessor, CPUs (Central processing units), Microprocessors, Environmental aspects, Central processing units, Microprocessor upgrade

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The discrete lot-sizing and scheduling problem: Complexity and modification for batch availability

Article Abstract:

The discrete lot-sizing and scheduling problem is considered.

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