Minimizing the expected maximum lateness for a job shop subject to stochastic machine breakdowns

Keyphrases

• Coefficient of Variation 25%
• Dispatching Rules 25%
• Distribution Fitting 25%
• Due Process 25%
• Earliest Due Date 50%
• Expected Maxima 100%
• Exponential Distribution 25%
• Failure Time 75%
• Job Shop 100%
• Lognormal Distribution 25%
• Maximum Lateness 100%
• Mixed Integer Linear Programming Model 50%
• Model Solution 25%
• Monte Carlo Simulation 25%
• Multiple Experiments 25%
• Scheduling Performance 25%
• Sequence-dependent Setup Times 25%
• Simheuristics 100%
• Stochastic Job Shop Scheduling 25%
• Stochastic Machine Breakdown 100%
• Stochastic Nature 25%
• Stochastic Time 25%
• Tabu Search 25%
• Time to Repair 50%
• Uncertain Times 50%

INIS

• algorithms 25%
• breakdown 100%
• comparative evaluations 75%
• distribution 100%
• failures 50%
• linear programming 50%
• monte carlo method 25%
• performance 75%
• queues 25%
• repair 50%
• simulation 100%
• size 25%
• solutions 75%
• stochastic processes 100%
• values 50%
• variations 25%
• yields 25%

Computer Science

• Coefficient of Variation 50%
• Dispatching Rule 50%
• Exponential Distribution 50%
• Job Shop Scheduling Problems 50%
• Lognormal Distribution 50%
• Mixed-Integer Linear Programming 100%
• Monte Carlo Simulation 50%
• Programming Model 100%
• Tabu Search Algorithm 50%