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Combinatorial Optimization Augmented Machine Learning for Contextual Multi-Stage Problems

Offered By: GERAD Research Center via YouTube

Tags

Machine Learning Courses Neural Networks Courses Combinatorial Optimization Courses Industrial Processes Courses Stochastic Optimization Courses

Course Description

Overview

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Explore the cutting-edge field of Combinatorial Optimization Augmented Machine Learning (COAML) in this insightful DS4DM Coffee Talk presented by Maximilian Schiffer from the TUM School of Management at Technical University of Munich. Delve into the innovative fusion of machine learning and operations research techniques designed to tackle complex, contextual data-driven problems involving both uncertainty and combinatorics. Discover how COAML embeds combinatorial optimization layers into neural networks and utilizes decision-aware learning techniques to optimize industrial processes. Gain a comprehensive overview of the underlying paradigm, algorithmic pipelines, and foundations through selected application cases. Learn about the effectiveness of COAML in addressing contextual and dynamic stochastic optimization problems, including its award-winning performance in the 2022 EUROMeetsNeurIPS dynamic vehicle routing challenge.

Syllabus

Combinatorial optimization augmented machine learning for contextual multi-stage problems


Taught by

GERAD Research Center

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