A hybrid approach for resilient sourcing and supply chain network design

Keyphrases

• Resilient 100%
• Supply Chain Network Design 100%
• Supplier Evaluation 100%
• A Hybrid Approach 100%
• Data Envelopment Analysis Model 66%
• Unified Data 66%
• Supply Chain 33%
• Design Decisions 33%
• Programming Approaches 33%
• Performance Level 33%
• Optimization Model 33%
• Network Design 33%
• Vulnerability 33%
• Production Capacity 33%
• Solution Approach 33%
• Supply Chain Cost 33%
• Multiple Sourcing 33%
• Resilient Supply Chain 33%
• Stochastic Programming 33%
• Resilience Strategies 33%
• Global Uncertainty 33%
• Safety Stock 33%
• Substitutable Products 33%
• Risk Mitigation Strategies 33%
• Modern Business 33%
• Major Disturbance 33%
• Sourcing Decisions 33%
• Hybrid Approach 33%
• Supply Chain Resilience (SCRES) 33%
• Total Supply Chain Cost 33%
• Bi-objective Optimization Model 33%
• Supply Chain Resilient 33%
• Accelerated Benders Decomposition 33%

Computer Science

• Supply Chain 100%
• Network Design 100%
• Hybrid Approach 100%
• Analysis Model 28%
• Data Envelopment Analysis 28%
• Case Study 14%
• Stochastic Programming 14%
• Risk Mitigation Strategy 14%
• Objective Optimization 14%
• Practical Result 14%

Social Sciences

• Supply Chain Management 100%
• Supply Chain Network 100%
• Stochastics 40%
• Optimization Model 40%
• Data Envelopment Analysis 40%
• Production Capacity 20%
• Fortification 20%
• Outsourcing 20%
• Supply Chain Resilience 20%