An optimal Best-Worst prioritization method under a 2-tuple linguistic environment in decision making.
Álvaro LabellaBapi DuttaLuis MartínezPublished in: Comput. Ind. Eng. (2021)
Keyphrases
- decision making
- dynamic programming
- detection method
- real time
- high accuracy
- probabilistic model
- experimental evaluation
- segmentation method
- high precision
- supply chain
- significant improvement
- computationally efficient
- optimal solution
- data sets
- weighting coefficients
- closed form
- classification method
- synthetic data
- clustering method
- state space
- classification accuracy
- cost function
- computational complexity