A hierarchical integration scheduling method for flexible job shop with green lot splitting

Keyphrases

• Machine Tool 100%
• Flexible Job Shop 100%
• Lot Splitting 100%
• Scheduling Method 100%
• Hierarchical Integration 100%
• Energy Consumption 50%
• Unit Level 50%
• Optimal Processing 50%
• Process Unit 50%
• Organizational Task 25%
• Economic Benefits 25%
• Production Process 25%
• Organizational Structure 25%
• Task Set 25%
• Environmental Benefits 25%
• Sequence Models 25%
• Processing Task 25%
• Level Process 25%
• Production Planning 25%
• Hierarchical Model 25%
• Operation Sequence 25%
• Flexible Job Shop Scheduling 25%
• Start-up Costs 25%
• Collaborative Optimization 25%
• Production Cycle 25%
• Makespan 25%
• Holding Cost 25%
• Structure Configuration 25%
• Greenness 25%
• Task Configuration 25%
• Minimum Expected Cost 25%
• Standby Energy 25%
• Minimum Processing 25%
• Processing Energy 25%
• Green Scheduling 25%
• Task Allocation Model 25%
• Multi-objective Algorithm 25%
• Integrated Scheduling 25%
• Production Scheduling 25%
• Tardiness Cost 25%
• Processing Sequence 25%

Computer Science

• Energy Consumption 100%
• Scheduling Method 100%
• Case Study 50%
• Organizational Structure 50%
• Multiobjective 50%
• Hierarchical Model 50%
• Scheduling Problem 50%
• Processing Task 50%
• Configuration Task 50%

Engineering

• Machine Tool 100%
• Tasks 50%
• Energy Engineering 50%
• Process Unit 50%
• Production Planning 25%
• Environmental Benefit 25%
• Economic Benefit 25%
• Processing Task 25%