Unlock the power of language models! From Statistical to Transformer Models, each type offers unique capabilities for natural language processing. Follow @ingliguori for more on how AI shapes communication. Enhance your tech skills with 'The Digital Edge': https://
bit.ly/3u4pILl
MACHINE LEARNING
-

Language Models: From Statistical to Transformer Models for NLP
By
–
-
User testing AI photo recognition model capabilities
By
–
The photo recognition is already working but is a bit unstable. But I feel like I am testing it with a general GPT4 while it will come with a different model which wasn't announced yet
-
Neural Operators: Breakthrough Progress in Machine Learning Research
By
–
A ton of papers on neural operators! Amazing progress!
-
Neural Operators and Differential Equations Advances at ICLR2024
By
–
Good to see differential equations and neural operators getting more popular! If you are at #ICLR2024 make sure to attend! Lots of advances in neural operators presented there. https://
x.com/Dr_NeilA/statu
/Dr_NeilA/status/1789188183105626464
… -
LLaMA 3 Model Outperforms GPT-4 on Classification Tasks
By
–
A few days ago, a team released a model/product (trained on LLaMA 3) that beat GPT-4 at classification tasks for training data generation. Anyone remember the name?
-
AI Researchers Cannot Discuss AGI Without Moravec’s Paradox
By
–
ai researchers try to discuss agi without referencing moravec challenge (IMPOSSIBLE)
-
Parameter Efficiency and Scaling Laws in Neural Networks
By
–
waiting for @untitled01ipynb to make a “if you use 100% of your parameters” meme whats the intuition behind the 10x size : 2x capability ratio? feels like even if the network is sparsely connected it should scale better than that
-
Emotion Classification in AI: Beyond Basic Seven Categories
By
–
Thank you very much for the reply and links! From a data-driven perspective, the ~7 basic emotions seem to have too much variety within each class (cf. work by @LFeldmanBarrett
) Have you thought about extending the classes to ones with less subjective variance? -
Testing scaling hypothesis with internet-scale data and distribution shift
By
–
If we had billions of dollars to spend we could test this hypothesis empirically — try to fit a big curve on *all the data* — literally everything that's on the Internet, and then test if it can adapt to things that are slightly out of distribution, like ARC tasks. Oh, wait a
-
Human Intelligence: Dynamic Adaptation Beyond Static Pattern Matching
By
–
Humans aren't parametric curves fitted to a data distribution and performing static test-time inference. The entire point of human intelligence is to let us operate in the present, which is always unlike the past.