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A Comprehensive Guide to Train-Test-Validation Split in 2023

Analytics Vidhya

Introduction A goal of supervised learning is to build a model that performs well on a set of new data. The problem is that you may not have new data, but you can still experience this with a procedure like train-test-validation split.

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Building a Softmax Classifier for Images in PyTorch

Machine Learning Mastery

Last Updated on January 9, 2023 Softmax classifier is a type of classifier in supervised learning. It is an important building block in deep learning networks and the most popular choice among deep learning practitioners.

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Bootstrap Your Own Variance

Machine Learning Research at Apple

This paper was accepted at the workshop Self-Supervised Learning - Theory and Practice at NeurIPS 2023. Equal Contributors Understanding model uncertainty is important for many applications.

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Self-Supervised Learning and Transformers? — DINO Paper Explained

Towards AI

Last Updated on August 2, 2023 by Editorial Team Author(s): Boris Meinardus Originally published on Towards AI. How the DINO framework achieved the new SOTA for Self-Supervised Learning! Transformers and Self-Supervised Learning. Image adapted from original DINO paper [1]. How well do they go hand in hand?

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Computer Vision: 2023 Recaps and 2024 Trends

Towards AI

Last Updated on December 30, 2023 by Editorial Team Author(s): Luhui Hu Originally published on Towards AI. AI Power for Foundation Models (source as marked) As we bid farewell to 2023, it’s evident that the domain of computer vision (CV) has undergone a year teeming with extraordinary innovation and technological leaps.

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Introduction to Softmax Classifier in PyTorch

Machine Learning Mastery

Last Updated on January 1, 2023 While a logistic regression classifier is used for binary class classification, softmax classifier is a supervised learning algorithm which is mostly used when multiple classes are involved. Softmax classifier works by assigning a probability distribution to each class.

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On the Stepwise Nature of Self-Supervised Learning

BAIR

Figure 1: stepwise behavior in self-supervised learning. When training common SSL algorithms, we find that the loss descends in a stepwise fashion (top left) and the learned embeddings iteratively increase in dimensionality (bottom left). and “how does that learning actually occur?” lack basic answers.