Media Summary: Collections of probability distributions arise in a variety of statistical applications ranging from user activity pattern analysis to brain ... Self-supervised monocular depth and ego-motion estimation is a promising approach to replace or supplement expensive depth ... We study a local loss construction approach for optimizing neural networks. We start by motivating the problem as minimizing a ...

Baylearn 2021 Poster A 06 - Detailed Analysis & Overview

Collections of probability distributions arise in a variety of statistical applications ranging from user activity pattern analysis to brain ... Self-supervised monocular depth and ego-motion estimation is a promising approach to replace or supplement expensive depth ... We study a local loss construction approach for optimizing neural networks. We start by motivating the problem as minimizing a ... In digital advertising, the campaign cold start problem refers to the fact that new campaigns tend to underperform. Due to ... We propose a method for meta-learning reinforcement learning algorithms by searching over the space of computational graphs ... VP-FO: A Variable Projection Method for Training Neural Networks

... about 2.6 times faster and eventually if you give it the same training budget it gets to Neural Representations in Hybrid Recommender Systems: Prediction vs Regularization Presenter: Ramin Raziperchikolaei ... Hamming Space Locality Preserving Neural Hashing for Similarity Search

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BayLearn 2021: Poster A-06: Intrinsic Sliced Wasserstein Distances on Manifolds and Graphs
BayLearn 2021: Poster B-6: Full Surround Monodepth from Multiple Cameras
BayLearn 2021: Poster A-1: LocoProp: Enhancing BackProp via Local Loss Optimization
BayLearn 2021: Poster A-04: Offline Reinforcement Learning for Mobile Notifications
BayLearn 2021: Poster A-02: Learning Period for Twitter Ads
BayLearn 2021: Poster B-15: Evolving Reinforcement Learning Algorithms
Offline Reinforcement Learning: BayLearn 2021 Keynote Talk
BayLearn 2020: VP-FO: A Variable Projection Method for Training Neural Networks
BayLearn 2023: Oral Presentations—Session 1
BayLearn 2020: Neural Representations in Hybrid Recommender Systems: Prediction vs Regularization
BayLearn 2020: Hamming Space Locality Preserving Neural Hashing for Similarity Search
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BayLearn 2021: Poster A-06: Intrinsic Sliced Wasserstein Distances on Manifolds and Graphs

BayLearn 2021: Poster A-06: Intrinsic Sliced Wasserstein Distances on Manifolds and Graphs

Collections of probability distributions arise in a variety of statistical applications ranging from user activity pattern analysis to brain ...

BayLearn 2021: Poster B-6: Full Surround Monodepth from Multiple Cameras

BayLearn 2021: Poster B-6: Full Surround Monodepth from Multiple Cameras

Self-supervised monocular depth and ego-motion estimation is a promising approach to replace or supplement expensive depth ...

BayLearn 2021: Poster A-1: LocoProp: Enhancing BackProp via Local Loss Optimization

BayLearn 2021: Poster A-1: LocoProp: Enhancing BackProp via Local Loss Optimization

We study a local loss construction approach for optimizing neural networks. We start by motivating the problem as minimizing a ...

BayLearn 2021: Poster A-04: Offline Reinforcement Learning for Mobile Notifications

BayLearn 2021: Poster A-04: Offline Reinforcement Learning for Mobile Notifications

... horizons please check out our

BayLearn 2021: Poster A-02: Learning Period for Twitter Ads

BayLearn 2021: Poster A-02: Learning Period for Twitter Ads

In digital advertising, the campaign cold start problem refers to the fact that new campaigns tend to underperform. Due to ...

BayLearn 2021: Poster B-15: Evolving Reinforcement Learning Algorithms

BayLearn 2021: Poster B-15: Evolving Reinforcement Learning Algorithms

We propose a method for meta-learning reinforcement learning algorithms by searching over the space of computational graphs ...

Offline Reinforcement Learning: BayLearn 2021 Keynote Talk

Offline Reinforcement Learning: BayLearn 2021 Keynote Talk

Keynote talk recorded for

BayLearn 2020: VP-FO: A Variable Projection Method for Training Neural Networks

BayLearn 2020: VP-FO: A Variable Projection Method for Training Neural Networks

VP-FO: A Variable Projection Method for Training Neural Networks

BayLearn 2023: Oral Presentations—Session 1

BayLearn 2023: Oral Presentations—Session 1

... about 2.6 times faster and eventually if you give it the same training budget it gets to

BayLearn 2020: Neural Representations in Hybrid Recommender Systems: Prediction vs Regularization

BayLearn 2020: Neural Representations in Hybrid Recommender Systems: Prediction vs Regularization

Neural Representations in Hybrid Recommender Systems: Prediction vs Regularization Presenter: Ramin Raziperchikolaei ...

BayLearn 2020: Hamming Space Locality Preserving Neural Hashing for Similarity Search

BayLearn 2020: Hamming Space Locality Preserving Neural Hashing for Similarity Search

Hamming Space Locality Preserving Neural Hashing for Similarity Search