Quantification study of mental load state based on AHP–TOPSIS integration extended with cloud model: methodological and experimental research

Mental Workload Assessment in Construction Industry with Fuzzy NASA-TLX Method

Mental Workload Assessment in Construction Industry with Fuzzy

Model framework for determining the weights of disaster-causing

Data-driven implicit design preference prediction model for product concept evaluation via BP neural network and EEG - ScienceDirect

A hybrid approach using AHP–TOPSIS methods for ranking of soft computing techniques based on their attributes for prediction of solar radiation - ScienceDirect

Evaluating Total Load of Aviation Operators by Analytic Hierarchy Process ( AHP)

Rockburst prediction based on optimization of unascertained measure theory with normal cloud

Kaili Xu's research works Northeastern University (Shenyang

PDF) How to handle uncertainties in AHP: The Cloud Delphi

Artificial Intelligence With Uncertainty

Quantification study of mental load state based on AHP–TOPSIS integration extended with cloud model: methodological and experimental research

User Modeling and User Profiling: A Comprehensive Survey

Artificial Intelligence With Uncertainty