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It is an annual tradition for Xavier Amatriain to write a year-end retrospective of advances in AI/ML, and this year is no different. Gain an understanding of the important developments of the past year, as well as insights into what expect in 2020.
Semi-Supervised Sequence Learning As we all know, supervisedlearning has a drawback, as it requires a huge labeled dataset to train. Generating Wikipedia By Summarizing Long Sequences This work was published by Peter J Liu at Google in 2019. But, the question is, how did all these concepts come together?
“Transformers made self-supervisedlearning possible, and AI jumped to warp speed,” said NVIDIA founder and CEO Jensen Huang in his keynote address this week at GTC. Transformers are in many cases replacing convolutional and recurrent neural networks (CNNs and RNNs), the most popular types of deeplearning models just five years ago.
Using such data to train a model is called “supervisedlearning” On the other hand, pretraining requires no such human-labeled data. This process is called “self-supervisedlearning”, and is identical to supervisedlearning except for the fact that humans don’t have to create the labels.
It’s better than the top-word (zero temperature) case, but still at best a bit weird: This was done with the simplest GPT-2 model (from 2019). And many of the practical challenges around neural nets—and machine learning in general—center on acquiring or preparing the necessary training data. Here’s a random example.
I love participating in various competitions involving deeplearning, especially tasks involving natural language processing or LLMs. I generated unlabeled data for semi-supervisedlearning with Deberta-v3, then the Deberta-v3-large model was used to predict soft labels for the unlabeled data. Alejandro A.
In “ Inference of chronic obstructive pulmonary disease with deeplearning on raw spirograms identifies new genetic loci and improves risk models ”, published in Nature Genetics , we’re excited to highlight a method for training accurate ML models for genetic discovery of diseases, even when using noisy and unreliable labels.
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