NVIDIA Cosmos is a platform that empowers developers to construct customized world models for physical AI systems at scale. It […]
NVIDIA Cosmos: A Platform for Building World Foundation Models Read More »
World foundation models (WFMs) bridge the gap between the digital and physical realms. These powerful neural networks can simulate real-world
World Foundation Models: A New Era of Physical AI Read More »
The sheer size and computational demands of large ML models, like LLMs, pose significant challenges in terms of deployment, accessibility,
Knowledge Distillation: Principles And Algorithms Read More »
Tabular data, the backbone of countless scientific fields and industries, has long been dominated by gradient-boosted decision trees. However, TabPFN
TabPFN: A Foundation Model for Tabular Data Read More »
An intuitive way to view T5 (Text-to-Text Transfer Transformer) is as a multi-purpose, precision instrument that configures itself to each
T5: Exploring Google’s Text-to-Text Transformer Read More »
Microsoft has released Phi-4, designed to excel in mathematical reasoning and complex problem-solving. Phi-4, with only 14 billion parameters, demonstrates
Phi-4: A Powerful Small Language Model Specialized in Complex Reasoning Read More »
BERT (Bidirectional Encoder Representations from Transformers), introduced by Google in 2018, allows for powerful contextual understanding of text, significantly impacting
BERT Explained: A Simple Guide Read More »
SmolAgents is an open-source Python library developed by Hugging Face for building and running powerful AI agents with minimal code.
SmolAgents: A Simple Yet Powerful AI Agent Framework Read More »
AI agents represent a significant advancement in AI, signifying a shift from AI systems that merely assist humans to AI
AI Agents: A Comprehensive Overview Read More »
Large ML models often come with substantial computational costs, making them challenging to deploy on resource-constrained devices or in real-time
Pruning of ML Models: An Extensive Overview Read More »
Gradient scaling is a technique aimed at managing gradient magnitudes, primarily in the context of mixed-precision training. It involves adjusting the scale of gradients to prevent underflow or overflow during floating-point computations.
Gradient Scaling: Improve Neural Network Training Stability Read More »
Gradient clipping emerges as a pivotal technique to mitigate gradient explosion and gradient vanishing, ensuring that gradients remain within a manageable range and thereby fostering stable and efficient learning.
Gradient Clipping: A Key To Stable Neural Networks Read More »
