Media Summary: Abstract: Crowdsourcing is a popular method used to estimate ground-truth labels by collecting noisy labels from workers. In this ... Abstract: We discuss the role of learning in optimal network control, with focus on network stability in networks with uncooperative ... Abstract: Graph Neural Networks (GNNs) have become a popular tool for learning algorithmic tasks, related to combinatorial ...

Ai4opt Seminar Series An Algorithm - Detailed Analysis & Overview

Abstract: Crowdsourcing is a popular method used to estimate ground-truth labels by collecting noisy labels from workers. In this ... Abstract: We discuss the role of learning in optimal network control, with focus on network stability in networks with uncooperative ... Abstract: Graph Neural Networks (GNNs) have become a popular tool for learning algorithmic tasks, related to combinatorial ... Abstract: Semidefinite programs (SDPs) have been used as a tractable relaxation for many NP-hard problems that naturally arise ... Abstract: Federated Learning has emerged as an important paradigm in modern large-scale machine learning, where the training ... Abstract: Neural network driven applications suffer from hallucination and calibration issues where they confidently provide ...

Abstract: Consider a large number of agents, N, faced with the problem of choosing amongst a large number of options, K. The ... Abstract: The ability to learn and control tail risks, besides being an integral part of quantitative risk management, is central to ... Abstract: The combination of machine learning (for prediction) and optimization (for decision-making) is increasingly used in ... Abstract: Provable neural training is a fundamental challenge in the field of deep-learning theory – and it largely remains an open ... Abstract: Markov decision processes (MDPs) constitute one of the predominant modeling and solution paradigms for dynamic ... Abstract: In many applications of reinforcement learning (RL) and control, policies need to satisfy constraints to ensure feasibility, ...

Abstract: Hidden Markov models (HMMs) are some of the most widely-used tools in statistical sequence modeling; unfortunately ...

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AI4OPT Seminar Series: An Algorithm for Crowdsourcing With Hard and Easy Tasks
AI4OPT Seminar Series: An Algorithm for Crowdsourcing With Hard and Easy Tasks
AI4OPT Seminar Series: Machine Learning for Discrete Optimization
AI4OPT Seminar Series: Accelerated First-order Methods for a Class of Semidefinite Programs
AI4OPT Seminar Series: Optimization Algorithms for Heterogeneous Clients in Federated Learning
AI4OPT Seminar Series: Towards Robust Neural Networks: Explainability, Uncertainty, Intervenability
AI4OPT Seminar Series: Multi-Agent Multi-Armed Bandits
AI4OPT Seminar Series: Can Algorithms Engineer Effective Reductions in Variance & Model-bias?
AI4OPT Seminar Series: Near-Optimal Decision-Aware Learning for Global Health Supply Chains
AI4OPT Seminar Series: Provable Training of Neural Nets With One Layer of Activation
AI4OPT Seminar Series: Large Scale and Data-Driven Markov Decision Processes
AI4OPT Seminar Series: Inverse Constraint Learning for Autonomous Driving and Robotics
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AI4OPT Seminar Series: An Algorithm for Crowdsourcing With Hard and Easy Tasks

AI4OPT Seminar Series: An Algorithm for Crowdsourcing With Hard and Easy Tasks

Abstract: Crowdsourcing is a popular method used to estimate ground-truth labels by collecting noisy labels from workers. In this ...

AI4OPT Seminar Series: An Algorithm for Crowdsourcing With Hard and Easy Tasks

AI4OPT Seminar Series: An Algorithm for Crowdsourcing With Hard and Easy Tasks

Abstract: We discuss the role of learning in optimal network control, with focus on network stability in networks with uncooperative ...

AI4OPT Seminar Series: Machine Learning for Discrete Optimization

AI4OPT Seminar Series: Machine Learning for Discrete Optimization

Abstract: Graph Neural Networks (GNNs) have become a popular tool for learning algorithmic tasks, related to combinatorial ...

AI4OPT Seminar Series: Accelerated First-order Methods for a Class of Semidefinite Programs

AI4OPT Seminar Series: Accelerated First-order Methods for a Class of Semidefinite Programs

Abstract: Semidefinite programs (SDPs) have been used as a tractable relaxation for many NP-hard problems that naturally arise ...

AI4OPT Seminar Series: Optimization Algorithms for Heterogeneous Clients in Federated Learning

AI4OPT Seminar Series: Optimization Algorithms for Heterogeneous Clients in Federated Learning

Abstract: Federated Learning has emerged as an important paradigm in modern large-scale machine learning, where the training ...

AI4OPT Seminar Series: Towards Robust Neural Networks: Explainability, Uncertainty, Intervenability

AI4OPT Seminar Series: Towards Robust Neural Networks: Explainability, Uncertainty, Intervenability

Abstract: Neural network driven applications suffer from hallucination and calibration issues where they confidently provide ...

AI4OPT Seminar Series: Multi-Agent Multi-Armed Bandits

AI4OPT Seminar Series: Multi-Agent Multi-Armed Bandits

Abstract: Consider a large number of agents, N, faced with the problem of choosing amongst a large number of options, K. The ...

AI4OPT Seminar Series: Can Algorithms Engineer Effective Reductions in Variance & Model-bias?

AI4OPT Seminar Series: Can Algorithms Engineer Effective Reductions in Variance & Model-bias?

Abstract: The ability to learn and control tail risks, besides being an integral part of quantitative risk management, is central to ...

AI4OPT Seminar Series: Near-Optimal Decision-Aware Learning for Global Health Supply Chains

AI4OPT Seminar Series: Near-Optimal Decision-Aware Learning for Global Health Supply Chains

Abstract: The combination of machine learning (for prediction) and optimization (for decision-making) is increasingly used in ...

AI4OPT Seminar Series: Provable Training of Neural Nets With One Layer of Activation

AI4OPT Seminar Series: Provable Training of Neural Nets With One Layer of Activation

Abstract: Provable neural training is a fundamental challenge in the field of deep-learning theory – and it largely remains an open ...

AI4OPT Seminar Series: Large Scale and Data-Driven Markov Decision Processes

AI4OPT Seminar Series: Large Scale and Data-Driven Markov Decision Processes

Abstract: Markov decision processes (MDPs) constitute one of the predominant modeling and solution paradigms for dynamic ...

AI4OPT Seminar Series: Inverse Constraint Learning for Autonomous Driving and Robotics

AI4OPT Seminar Series: Inverse Constraint Learning for Autonomous Driving and Robotics

Abstract: In many applications of reinforcement learning (RL) and control, policies need to satisfy constraints to ensure feasibility, ...

AI4OPT Seminar Series: Learning Hidden Markov Models Using Conditional Samples

AI4OPT Seminar Series: Learning Hidden Markov Models Using Conditional Samples

Abstract: Hidden Markov models (HMMs) are some of the most widely-used tools in statistical sequence modeling; unfortunately ...