Ship maintenance scheduling by genetic algorithm and constraint-based reasoning

Article Abstract:

A study was conducted to model military ship maintenance scheduling as a constraint satisfaction problem supporting start time variable and domain values. A genetic algorithm was used to determine the start times of activities. Some of the factors considered in the maintenance schedule for a ship include the running hours, operational requirements and dockyard availability. Results confirmed the efficiency of the hybrid algorithm in determining solutions to military ship maintenance scheduling problems.

Ship Building and Repairing, Military Ships, Management Dynamics NEC, Analysis, Maintenance and repair, Management techniques, Naval vessels, Shipbuilding industry, Ships

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A linear time approximation algorithm for movement minimization in conveyor flow shop processing

Article Abstract:

Minimization of the movement of worker while he is executing the tasks of various machines installed for processing in a conveyor flow shop is possible by using a linear time approximation algorithm.

Algorithm, Time and motion study, Time and motion studies

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