Multi-Mode Resource-Constrained Scheduling for Complex Product Design Tasks
2010
In order to obtain the optimal scheduling plan which includes the reasonable task start time and resource allocation for complex product design project, a multi-mode resource-constrained scheduling method for complex product design tasks was proposed. In the method, human resource was separated out from the technology resource aiming at characteristics of product design process. The mathematics model was built based on the idea of multi-mode resource-constrained scheduling problem. To solve the model, designer-task-resource matching degree matrix was calculated and genetic algorithm was used. Finally, a case study was presented to validate the method.
Keywords:
- Scheduling (production processes)
- Deadline-monotonic scheduling
- Genetic algorithm scheduling
- Real-time computing
- Fair-share scheduling
- Two-level scheduling
- Rate-monotonic scheduling
- Dynamic priority scheduling
- Computer science
- Fixed-priority pre-emptive scheduling
- Composite material
- Resource allocation
- Round-robin scheduling
- Mathematical optimization
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