Showing 36 of 428 projects
A Python framework for portfolio optimization using deep learning to allocate investment weights in a single forward pass.
A GPU-accelerated deep learning library for Python using CUDA via PyCUDA, implementing neural networks with various training methods.
A lightweight header-only C++ library for running Keras (TensorFlow) models without linking against TensorFlow.
A comparative Python framework for building, evaluating, and deploying multimodal recommender systems with auxiliary data.
A PyTorch framework for training neural learning-to-rank models with flexible loss functions and scoring architectures.
A curated collection of machine learning resources, examples, and experiments for creative coding and education.
High-level TensorFlow network definitions with pre-trained weights for easy integration into existing ML workflows.
A pretrained modeling library for Keras 3 offering simple, flexible, and fast access to models for text, image, and audio tasks.
A TensorFlow implementation of QANet for machine reading comprehension on the SQuAD dataset.
A Python implementation of Restricted Boltzmann Machines for binary factor analysis and collaborative filtering.
GPU-accelerated audio preprocessing layers for Keras/TensorFlow, enabling real-time audio feature extraction within neural networks.
A Recurrent Neural Network library for Torch7's nn, providing RNN, LSTM, GRU, and other sequence modeling modules.
A Python library for creating and simulating large-scale brain models
A strongly-typed Scala API for TensorFlow, providing functionality similar to the official Python API with additional features.
A Library for Uncertainty Quantification.
A distributed platform for rapid deep learning application development with neural network engine and Hadoop integration.
TensorFlow implementation of an attention-based neural image caption generator that focuses on relevant image parts while generating words.
A Go interface for importing and executing pre-trained ONNX neural network models without framework dependencies.
GPU-accelerated Python implementation of six fundamental deep learning algorithms using CUDA libraries.
MatLab/Octave implementations of popular machine learning algorithms with detailed mathematical explanations and code examples.
An automated feature generation framework for tabular data that discovers expert-level features to boost machine learning model performance.
CVPR 2015 workshop materials for learning deep learning and computer vision with Torch framework.
Convert PyTorch models to Keras (TensorFlow backend) for deployment and interoperability.
A deep learning library for Ruby that provides a native interface to LibTorch, enabling GPU-accelerated neural network development.
A Ruby deep learning library powered by LibTorch, providing a PyTorch-like API for Ruby developers.
A minimal 200-line implementation of a sequence-to-sequence chatbot using TensorLayer and TensorFlow.
A chess AI that learns to play chess using deep learning and neural networks.
A Ruby API for TensorFlow, enabling machine learning and deep learning within Ruby applications.
A comprehensive Swift framework providing AI/ML algorithms including neural networks, SVMs, PCA, genetic algorithms, and MDPs with GPU acceleration support.
A comprehensive Swift framework providing AI/ML algorithms including neural networks, SVMs, genetic algorithms, and MDPs with GPU acceleration.
A modular deep learning framework for PyTorch to build neural networks on heterogeneous tabular data.
A collection of tutorials and resources to help developers learn JAX, Flax, and Haiku for machine learning.
An object-oriented machine learning framework built on JAX, designed for simplicity and readability in research.
Detects 6-DOF grasp poses for parallel jaw grippers in 3D point clouds, enabling robotic grasping of novel objects in clutter.
A lightweight C library for building and training small to medium artificial neural networks with minimal dependencies.
A JAX-powered library for solving large-scale optimal transport problems, including matching, barycenters, and neural approximations.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.