A cooperative dispatching approach for minimizing mean tardiness in a dynamic flowshop

Mathematics

• Dispatching 100%
• Tardiness 86%
• Dispatching Rules 27%
• Due Dates 21%
• Congestion 19%
• Tightness 17%
• Minimise 12%
• Influence 11%
• Multiple Models 9%
• Regret 9%
• Comparative Analysis 9%
• Performance 9%
• Multiple Regression 9%
• Real-time 8%
• Decision Procedures 8%
• Scheduling 7%
• Test Problems 7%
• Computational Results 7%
• Deviation 6%
• Regression Model 6%
• Evaluate 6%
• Methodology 5%
• Cycle 5%

Business & Economics

• Dispatching 80%
• Flow Shop 77%
• Tardiness 70%
• Dispatching Rules 20%
• Due Dates 16%
• Congestion 15%
• Multiple Regression 10%
• Production Cycle 9%
• Performance Criteria 8%
• Comparative Analysis 6%
• Deviation 6%
• Regression Model 6%
• Methodology 5%
• Simulation 5%

Engineering & Materials Science

• Scheduling 42%