A comparison of dispatching rules hybridised with Monte Carlo Simulation in stochastic permutation flow shop problem

INIS

• stochastic processes 100%
• distribution 100%
• comparative evaluations 100%
• simulation 100%
• monte carlo method 100%
• probability 100%
• processing 100%
• variations 66%
• performance 66%
• schedules 66%
• design 33%
• information 33%
• decision making 33%

Keyphrases

• Monte Carlo Simulation 100%
• Permutation Flow Shop Scheduling Problem 100%
• Dispatching Rules 100%
• Stochastic Permutation Flow Shop 100%
• Expected Mean 33%
• Coefficient of Variation 33%
• Probability Distribution 33%
• Processing Time 33%
• Robust Schedule 33%
• Makespan 16%
• Stochastic Processing Times 16%
• Accurate Probability 16%
• Maximum Tardiness 16%
• Flow Time 16%
• Tardy Jobs 16%
• Probability Distribution Fitting 16%
• Tardiness 16%

Computer Science

• Monte Carlo Simulation 100%
• Dispatching Rule 100%
• Probability 50%
• Processing Time 50%
• Coefficient of Variation 33%
• Objective Function 33%
• Flowshop Scheduling 16%
• Scheduling Problem 16%
• Decision-Making 16%
• Experimental Result 16%
• Experimental Design 16%