4 dépôts
Practical code examples and structural implementations of various machine learning model types.
Distinct from Machine Learning Implementations: The candidates are either too focused on APIs, portability, or specific causal methods; this is about the general act of implementing models.
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Ce projet est une ressource pédagogique complète et un manuel de tutoriels pour construire, entraîner et déployer des modèles de machine learning avec TensorFlow 2. Il sert de guide d'apprentissage structuré couvrant les concepts fondamentaux du deep learning, notamment les architectures de réseaux de neurones, la différenciation automatique et les opérations sur les tenseurs. Le manuel fournit des conseils techniques pour optimiser l'efficacité de l'exécution via la gestion de la mémoire GPU, l'entraînement distribué et la quantification de modèles. Il inclut également des guides détaillés pour construire des pipelines de données haute performance et exporter des modèles vers des serveurs de production, des appareils mobiles et des navigateurs web. Le contenu couvre un large éventail de capacités, incluant le développement de modèles avec des réseaux convolutifs et récurrents, l'implémentation de fonctions de perte et de couches personnalisées, ainsi que l'utilisation de modèles pré-entraînés pour le transfer learning. Il aborde également les stratégies de déploiement pour les appareils edge et l'utilisation d'environnements d'exécution cloud pour l'accélération matérielle. La ressource est implémentée sous forme d'une collection de Jupyter Notebooks.
Provides comprehensive guides and examples for implementing various machine learning model architectures.
This project serves as a comprehensive educational resource and curriculum for mastering machine learning and deep learning within the Python data science ecosystem. It provides a structured collection of tutorials and code examples designed to guide users through the end-to-end process of building, training, and deploying predictive models. The material focuses on practical implementation, covering the construction of machine learning pipelines that integrate data processing, feature engineering, and model training. It distinguishes itself by offering hands-on guidance for complex domains, i
Builds and executes predictive models through iterative training and validation methodologies.
This repository serves as an educational collection of interactive notebooks and code examples designed to demonstrate fundamental machine learning and deep learning concepts. It provides a structured environment for exploring data science workflows, ranging from basic numerical computing and statistical analysis to the construction of complex neural network architectures. The project distinguishes itself through a focus on hands-on experimentation, offering practical implementations for tasks such as computer vision, natural language processing, and statistical simulation. Users can engage w
Provides practical code examples and structural implementations of various machine learning model types.
This repository serves as an educational collection of Python implementations for fundamental machine learning algorithms and statistical models. It provides a structured environment for learning core concepts through interactive computational documents that combine live code, narrative text, and data visualizations. The codebase focuses on predictive modeling development, offering instructional examples for building and evaluating regression, classification, and neural network models. It utilizes standardized data science library interfaces to demonstrate how to implement and execute these a
Offers practical code examples and structural implementations of various machine learning model types.