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With countless tools and steps across the fab floor, robust process time models are critical to maintaining throughput and accuracy. Discover how the industry is leveraging machine learning to improve scheduling performance with @Semi_Dig: tinyurl.com/mv5shz7x

AppliedEnergy68's tweet image. With countless tools and steps across the fab floor, robust process time models are critical to maintaining throughput and accuracy. Discover how the industry is leveraging machine learning to improve scheduling performance with @Semi_Dig: tinyurl.com/mv5shz7x

I think semi-supervised would prevent overoptimizing for bias thats just my two cents


Autoencoder-based Semi-Supervised Dimensionality Reduction and Clustering for Scientific Ensembles. arxiv.org/abs/2512.11145


Solving Semi-Supervised Few-Shot Learning from an Auto-Annotation Perspective. arxiv.org/abs/2512.10244


SetAD: Semi-Supervised Anomaly Learning in Contextual Sets. arxiv.org/abs/2512.07863


If you're looking for inspiration, I have quite a long list of semi supervised learning tasks for computer vision, many of which have natural analogues in NLP. Here you go ---> fast.ai/posts/2020-01-…

An aux task for LLM to predict the order of next chunk of tokens. Haha this is so 2018! In computer vision this kind of tasks was all the rage for "self-supervised" learning! This specific one was called "jigsaw". There was also "relative patch location" and "rotation…

giffmana's tweet image. An aux task for LLM to predict the order of next chunk of tokens. Haha this is so 2018!

In computer vision this kind of tasks was all the rage for "self-supervised" learning! This specific one was called "jigsaw". There was also "relative patch location" and "rotation…


Semi-supervised Vision Transformers at Scale abs: arxiv.org/abs/2208.05688 SemiViT-Huge achieves an impressive 80% top-1 accuracy on ImageNet using only 1% labels, which is comparable with Inception-v4 using 100% ImageNet labels

_akhaliq's tweet image. Semi-supervised Vision Transformers at Scale 
abs: arxiv.org/abs/2208.05688 

SemiViT-Huge achieves an impressive 80% top-1 accuracy on ImageNet using only 1% labels, which is comparable with Inception-v4 using 100% ImageNet labels

The performance of supervised learning tasks improves with more high-quality labels. However it is expensive to collect many such labels. Semi-supervised learning is one of the paradigms for dealing with label scarcity: lilianweng.github.io/lil-log/2021/1…


Glad to share our recent success in applying semi-supervised learning to Google's most fundamental product, Search. Our approach, semi-supervised distillation (SSD), is a simplified version of Noisy Student and an alternative to product distillation. Blog: ai.googleblog.com/2021/07/from-v…

lmthang's tweet image. Glad to share our recent success in applying semi-supervised learning to Google's most fundamental product, Search. Our approach, semi-supervised distillation (SSD), is a simplified version of Noisy Student and an alternative to product distillation.
Blog: ai.googleblog.com/2021/07/from-v…

Understanding how to best use unlabeled examples in real-world applications of #ML is often challenging. Today we present a semi-supervised learning approach that can be applied at scale to achieve performance gains beyond that of fully-supervised models. goo.gle/3r7OfJY

GoogleAI's tweet image. Understanding how to best use unlabeled examples in real-world applications of #ML is often challenging. Today we present a semi-supervised learning approach that can be applied at scale to achieve performance gains beyond that of fully-supervised models. goo.gle/3r7OfJY

Let's talk about learning problems in machine learning: ▫️ Supervised Learning ▫️ Unsupervised Learning ▫️ Reinforcement Learning And some hybrid approaches: ▫️ Semi-Supervised Learning ▫️ Self-Supervised Learning ▫️ Multi-Instance Learning Grab your ☕️, and let's do this👇


Should you deploy and use Semi-Supervised Learning in production? Here are some of our learnings at @uizardIO written by our talented Varun: medium.com/@nairvarun18/f…


Some new progress on Semi-supervised learning for speech recognition. Noisy student training improves accuracy on the LibriSpeech benchmark. The gains are especially big on the noisy test set (“Test-other”). Link: arxiv.org/abs/2005.09629

quocleix's tweet image. Some new progress on Semi-supervised learning for speech recognition. Noisy student training improves accuracy on the LibriSpeech benchmark. The gains are especially big on the noisy test set (“Test-other”). 

Link: arxiv.org/abs/2005.09629

Here's a notebook showing how to perform semi-supervised classification w/ GANs: colab.research.google.com/github/sayakpa…. Done w/ @TensorFlow 2 & most importantly `tf.keras`. I could not figure out how to override `train_step` for the matter, so decided to keep everything inside a custom loop.

RisingSayak's tweet image. Here's a notebook showing how to perform semi-supervised classification w/ GANs:

colab.research.google.com/github/sayakpa….

Done w/ @TensorFlow 2 & most importantly `tf.keras`. I could not figure out how to override `train_step` for the matter, so decided to keep everything inside a custom loop.

There are now 3 papers that successfully use Self-Supervised Learning for visual feature learning: MoCo: arxiv.org/abs/1911.05722 PIRL: arxiv.org/abs/1912.01991 And this, below. All three use some form of Siamese net.

Unsupervised pre-training now outperforms supervised learning on ImageNet for any data regime (see figure) and also for transfer learning to Pascal VOC object detection arxiv.org/abs/1905.09272…

avdnoord's tweet image. Unsupervised pre-training now outperforms supervised learning on ImageNet for any data regime (see figure) and also for transfer learning to Pascal VOC object detection
arxiv.org/abs/1905.09272…


Billion-scale demi-weakly-supervised learning yields record results on image and video recognition. And it's open source. ai.facebook.com/blog/billion-s…


We're developing alternative ways to train our AI systems so that we can do more with less labeled training data overall. Learn how our “semi-weak supervision” method is delivering state-of-the-art performance for highly efficient, production-ready models. ai.facebook.com/blog/billion-s…


First paper published for Special Issue "Humanistic Data Mining: Tools and Applications": An Auto-Adjustable Semi-Supervised Self-Training Algorithm mdpi.com/1999-4893/11/9… mdpi.com/journal/algori… #Semisupervisedlearningalgorithms #selflabeling #selftraining

Algorithms_MDPI's tweet image. First paper published for Special Issue "Humanistic Data Mining: Tools and Applications": An Auto-Adjustable Semi-Supervised Self-Training Algorithm
mdpi.com/1999-4893/11/9…
mdpi.com/journal/algori…
#Semisupervisedlearningalgorithms
#selflabeling
#selftraining

New #ACL2018 paper on StructVAE, semi-supervised learning with structured latent variables: arxiv.org/abs/1806.07832 A new shift-reduce method for seq2tree neural models, semantic parsing results robust to small data, and nice analysis of why semi-supervised learning works!

gneubig's tweet image. New #ACL2018 paper on StructVAE, semi-supervised learning with structured latent variables: arxiv.org/abs/1806.07832
A new shift-reduce method for seq2tree neural models, semantic parsing results robust to small data, and nice analysis of why semi-supervised learning works!
gneubig's tweet image. New #ACL2018 paper on StructVAE, semi-supervised learning with structured latent variables: arxiv.org/abs/1806.07832
A new shift-reduce method for seq2tree neural models, semantic parsing results robust to small data, and nice analysis of why semi-supervised learning works!
gneubig's tweet image. New #ACL2018 paper on StructVAE, semi-supervised learning with structured latent variables: arxiv.org/abs/1806.07832
A new shift-reduce method for seq2tree neural models, semantic parsing results robust to small data, and nice analysis of why semi-supervised learning works!
gneubig's tweet image. New #ACL2018 paper on StructVAE, semi-supervised learning with structured latent variables: arxiv.org/abs/1806.07832
A new shift-reduce method for seq2tree neural models, semantic parsing results robust to small data, and nice analysis of why semi-supervised learning works!

"#semisupervisedlearningalgorithms" に一致する結果はありません
"#semisupervisedlearningalgorithms" に一致する結果はありません
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