Rough multiple objective decision making

This text applies rough set theory and rough approximation technique to real-world multiple objective decision making problems. The authors present several techniques in rough approximation and apply them to case studies in engineering, such as particle swarms and transportation.

Rough Set Theory Basic concepts and properties of rough sets Rough Membership Rough Intervals Rough Function Applications of Rough Sets Multiple Objective Rough Decision Making Reverse Logistics Problem with Rough Interval Parameters MODM based Rough Approximation for Feasible Region EVRM CCRM DCRM Reverse Logistics Network Design Problem of Suji Renewable Resource Market Bilevel Multiple Objective Rough Decision Making Hierarchical Supply Chain Planning Problem with Rough Interval Parameters Bilevel Decision Making Model BL-EVRM BL-CCRM BL-DCRM Application to Supply Chain Planning of Mianyang Co., Ltd Stochastic Multiple Objective Rough Decision Multi-Objective Resource-Constrained Project Scheduling Under Rough Random Environment Random Variable Stochastic EVRM Stochastic CCRM Stochastic DCRM Multi-Objective rc-PSP/mM/Ro-Ra for Longtan Hydropower Station Fuzzy Multiple Objective Rough Decision Making Allocation Problem under Fuzzy Environment Fuzzy Variable Fu-EVRM Fu-CCRM Fu-DCRM Earth-Rock Work Allocation Problem

Elements of rough set theory -- Multiple objective rough decision making -- Bilevel multiple objective rough decision making -- Random multiple objective rough decision making -- Fuzzy multiple objective rough decision making -- Methodological system for RMODM.