Big Data Analytics Using Multiple Criteria Decision-Making Models
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portes grátis
Big Data Analytics Using Multiple Criteria Decision-Making Models
Ravindran, A. Ravi; Mathirajan, Muthu; Ramanathan, Ramakrishnan
Taylor & Francis Ltd
07/2017
386
Mole
Inglês
9781138747654
15 a 20 dias
521
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Multi-Criteria Leadership and Decisions: Festschrift in Honor of Ravi Ravindran; Multi-Criteria Decision Making: An Overview and a Comparative Discussion; Basics of Analytics and Big Data; Linear-Programming (LP)-Based Two Phase Classifier for Solving a Classification Problem with Multiple Objectives; Multi-Criteria Evaluation of Predictive Analytics for Electric Utility Service Management; Multi-Objective Forecasting: Time Series Models using a Deterministic Pseudo- Evolutionary Algorithm; A Class of Models for Micro-Grid Optimization; A Data-Driven Approach for Multi-Objective Loan Portfolio Optimization using Machine Learning Algorithms and Mathematical Programming; Multi-Objective Routing in a Metropolitan City with Deterministic and Dynamic Travel and Waiting Times, and One-Way Traffic Regulation; Designing Resilient Global Supply Chain Networks over Multiple Time Periods within Complex International Environments; An MCDM based Modeling Framework for Continuous Performance Evaluation of Employees to Offer Reward and Recognition; The use of DEA for studying the link between environmental and manufacturing performance; An Integrated Multi Criteria Decision Making Model for New Product Portfolio Management
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
PROMETHEE Method;Multi-Criteria Decision-Making Models;Minimum Total Travel Time;MCDM;MCDM Method;Business Analytics;MCDM Model;Data Visualization;Nondominated Solutions;Forecasting;Non-dominated Solutions;Clustering;Non-dominated Set;A. B. Badiru;Nondominated Set;A. Ravi Ravindran;DEA Model;Muthu Mathirajan;Test Data Set;U. Dinesh Kumar;Training Data Set;Manaranjan Pradhan;MODM Problem;Sakthivel Madankumar;Data Set;Pusapati Navya;MADM Method;Chandrasekharan Rajendran;Parent Time Series;N. Srinivasa Gupta;SARIMA Model;B. Valarmathi;VRS Efficiency Score;Raghav Goyal;ARIMA Model;Vivek Ananthakrishnan;TAFB;Sharan Srinivas;LP Model;Vittaldas V. Prabhu;Shortest Path Problem;Nagulapally Venkat Ramarao;Propose MILP Model;P. Y. Yeshwanth Babu;Crs Assumption;Sankaralingam Ganesh;Roc;Shaya Sheikh;Non-dominated Alternatives;Mohammad Komaki;Camelia Al-Najjar;Abdulaziz Altowijri;Behnam Malakooti;Suchithra Rajendran;Swaminathan Vignesh Raja;Ramaswamy Sivanandan;Rainer Leisten;Rodolfo C. Portillo;S. S. Sreejith;Pulipaka Kiranmayi
Multi-Criteria Leadership and Decisions: Festschrift in Honor of Ravi Ravindran; Multi-Criteria Decision Making: An Overview and a Comparative Discussion; Basics of Analytics and Big Data; Linear-Programming (LP)-Based Two Phase Classifier for Solving a Classification Problem with Multiple Objectives; Multi-Criteria Evaluation of Predictive Analytics for Electric Utility Service Management; Multi-Objective Forecasting: Time Series Models using a Deterministic Pseudo- Evolutionary Algorithm; A Class of Models for Micro-Grid Optimization; A Data-Driven Approach for Multi-Objective Loan Portfolio Optimization using Machine Learning Algorithms and Mathematical Programming; Multi-Objective Routing in a Metropolitan City with Deterministic and Dynamic Travel and Waiting Times, and One-Way Traffic Regulation; Designing Resilient Global Supply Chain Networks over Multiple Time Periods within Complex International Environments; An MCDM based Modeling Framework for Continuous Performance Evaluation of Employees to Offer Reward and Recognition; The use of DEA for studying the link between environmental and manufacturing performance; An Integrated Multi Criteria Decision Making Model for New Product Portfolio Management
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
PROMETHEE Method;Multi-Criteria Decision-Making Models;Minimum Total Travel Time;MCDM;MCDM Method;Business Analytics;MCDM Model;Data Visualization;Nondominated Solutions;Forecasting;Non-dominated Solutions;Clustering;Non-dominated Set;A. B. Badiru;Nondominated Set;A. Ravi Ravindran;DEA Model;Muthu Mathirajan;Test Data Set;U. Dinesh Kumar;Training Data Set;Manaranjan Pradhan;MODM Problem;Sakthivel Madankumar;Data Set;Pusapati Navya;MADM Method;Chandrasekharan Rajendran;Parent Time Series;N. Srinivasa Gupta;SARIMA Model;B. Valarmathi;VRS Efficiency Score;Raghav Goyal;ARIMA Model;Vivek Ananthakrishnan;TAFB;Sharan Srinivas;LP Model;Vittaldas V. Prabhu;Shortest Path Problem;Nagulapally Venkat Ramarao;Propose MILP Model;P. Y. Yeshwanth Babu;Crs Assumption;Sankaralingam Ganesh;Roc;Shaya Sheikh;Non-dominated Alternatives;Mohammad Komaki;Camelia Al-Najjar;Abdulaziz Altowijri;Behnam Malakooti;Suchithra Rajendran;Swaminathan Vignesh Raja;Ramaswamy Sivanandan;Rainer Leisten;Rodolfo C. Portillo;S. S. Sreejith;Pulipaka Kiranmayi
