Profiling in PyTorch (Part 3): Attention is all you profile
Hugging Face has released the third part of its technical guide on profiling performance within the PyTorch framework, focusing on attention mechanisms.
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Hugging Face has released the third part of its technical guide on profiling performance within the PyTorch framework, focusing on attention mechanisms.
Hugging Face has published an analysis focusing on the role and preparation of training data specifically optimized for artificial intelligence agents.
Hugging Face has introduced a native-speed vLLM backend for transformers to optimize and accelerate large language model serving.
Hugging Face has launched a one-click integration with Amazon SageMaker Studio to streamline the deployment and training of machine learning models.
Hugging Face has integrated its model repository with Foundry Managed Compute to provide developers with scalable, managed infrastructure for running AI models.
Hugging Face has partnered with SkyPilot to enable zero-egress storage, allowing developers to run artificial intelligence workloads across multiple cloud providers while keeping data stored on Hugging Face.
Hugging Face has released version 0.6.0 of LeRobot, its open-source library designed for training and evaluating robotic learning models.
Hugging Face has published the fourth installment of its PRX series, detailing the data strategy used for training its models.
Hugging Face has announced major updates to its Kernels platform to improve user workflows.
Hugging Face and Cerebras have partnered to optimize Google's Gemma 4 model for low-latency, real-time voice artificial intelligence applications.
A new benchmark called ScarfBench has been introduced to evaluate the performance of artificial intelligence agents in migrating enterprise Java frameworks.
Hugging Face discusses the factors driving the inevitable shift toward specialized artificial intelligence models rather than general-purpose ones.
Hugging Face has integrated comprehensive evaluation results directly onto its model pages to improve transparency and model comparison for developers.
Researchers have introduced DiScoFormer, a unified transformer architecture capable of modeling both density and score functions across various distributions.
Hugging Face has introduced a single-command solution to run a vLLM server on Hugging Face Jobs.
Hugging Face has detailed how to accelerate transformer model fine-tuning using NVIDIA NeMo AutoModel.
Hugging Face has launched the FFASR Leaderboard to benchmark automatic speech recognition performance in real-world scenarios.
Hugging Face detailed its weekly release process for the huggingface_hub library, which utilizes AI assistance alongside human oversight.
Developers are testing a proposed Cross-Origin Storage API within Transformers.js to improve model sharing across different web domains.
The PP-OCRv6 text recognition model, supporting fifty languages with parameter sizes ranging from 1.5 million to 34.5 million, is now available on Hugging Face.
Hugging Face demonstrated how local open-source language models can be used to triage issues in the OpenClaw repository without incurring API costs.
A new study on Hugging Face examines the security risks of research agents inadvertently leaking sensitive information.
Hugging Face explored alternative fine-tuning methodologies that aim to surpass the performance of the widely used Low-Rank Adaptation technique.
Hugging Face has published a guide on benchmarking open-source models to evaluate their agentic capabilities using custom tools.