A fuzzy AHP-TOPSIS approach for green logistics instruments ranking
Nikita Anatolyevich Osintsev, Alexander Nelyevich Rakhmangulov, Alexander Valentinovich Sladkowski
Abstract
Nikita Anatolyevich Osintsev, Alexander Nelyevich Rakhmangulov, Alexander Valentinovich Sladkowski
Abstract
The effective concept implementation of sustainable development in logistics and supply chain management is based on the use of management decision-making methods for changing the parameters of logistics flows using the green logistics instruments. Decisions should be made based on the measurement and evaluation of the indicators of these flows. The complexity of managing green supply chains is associated with insufficient knowledge of the system of logistics flows indicators and parameters, as well as methods and instruments for influencing these indicators. In the paper the use of the fuzzy AHP-TOPSIS method for evaluating the performance of logistics flows in green supply chains is considered, as well as ranking of green logistics instruments, taking into account the degree of influence on logistics flows indicators. The work presents a calculation implementation example in the logistics flow control system of the procedure for ranking green logistic instruments.
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The effective concept implementation of sustainable development in logistics and supply chain management is based on the use of management decision-making methods for changing the parameters of logistics flows using the green logistics instruments. Decisions should be made based on the measurement and evaluation of the indicators of these flows. The complexity of managing green supply chains is associated with insufficient knowledge of the system of logistics flows indicators and parameters, as well as methods and instruments for influencing these indicators. In the paper the use of the fuzzy AHP-TOPSIS method for evaluating the performance of logistics flows in green supply chains is considered, as well as ranking of green logistics instruments, taking into account the degree of influence on logistics flows indicators. The work presents a calculation implementation example in the logistics flow control system of the procedure for ranking green logistic instruments.
Key concepts: Ranking (information retrieval), Analytic hierarchy process, TOPSIS, Supply chain, Supply chain management, Green logistics, Computer science, Fuzzy logic