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Hands-On Graph Neural Networks Using Python. Build, train, and optimize graph-based deep learning models with PyTorch Geometric and Python - Second Edition Giuseppe Futia, Maxime Labonne

(ebook) (audiobook) (audiobook) Język publikacji: angielski
Hands-On Graph Neural Networks Using Python. Build, train, and optimize graph-based deep learning models with PyTorch Geometric and Python - Second Edition Giuseppe Futia, Maxime Labonne - okladka książki

Hands-On Graph Neural Networks Using Python. Build, train, and optimize graph-based deep learning models with PyTorch Geometric and Python - Second Edition Giuseppe Futia, Maxime Labonne - okladka książki

Hands-On Graph Neural Networks Using Python. Build, train, and optimize graph-based deep learning models with PyTorch Geometric and Python - Second Edition Giuseppe Futia, Maxime Labonne - audiobook MP3

Hands-On Graph Neural Networks Using Python. Build, train, and optimize graph-based deep learning models with PyTorch Geometric and Python - Second Edition Giuseppe Futia, Maxime Labonne - audiobook CD

Autorzy:
Giuseppe Futia, Maxime Labonne
Ocena:
Graph Neural Networks have become essential tools for learning from relational and structured data. This second edition provides a comprehensive, hands-on guide implementing GNNs using Python and PyTorch Geometric.

The book begins with graph theory fundamentals and data manipulation using NetworkX and PyTorch Geometric. You then explore shallow embedding methods—DeepWalk and Node2Vec—before progressing to core GNN architectures: Graph Convolutional Networks, Graph Attention Networks, and GraphSAGE.

This edition introduces several new chapters reflecting the latest advances: Graph Transformers, integration of graph databases with GNNs, the convergence of LLMs and GNNs through GraphRAG, and the emerging paradigm of Graph Foundation Models. Existing chapters on expressiveness, link prediction, heterogeneous graphs, temporal GNNs, and explainability have been updated with current best practices.

The final part puts theory into practice with end-to-end projects: traffic forecasting with A3T-GCN, anomaly detection with heterogeneous GNNs, and building a recommender system with LightGCN.
By the end of this book, you will have the knowledge and practical skills to apply GNNs to your own graph-structured data problems.

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O autorach książki

Giuseppe Futia, PhD, is a Senior Data Engineer at CSI-Piemonte (Italy). He has deep expertise in Knowledge Graphs, Large Language Models, and Graph Neural Networks, with a strong focus on applying these technologies to real-world, large-scale systems. Giuseppe is also a Fellow at the Nexa Center for Internet & Society at Politecnico di Torino, where his interests extend to the geopolitics and societal impact of artificial intelligence. With over a decade of multidisciplinary experience spanning both industry and academia, he works at the intersection of research, engineering, and technology communication. Passionate about integrating human knowledge into intelligent systems, Giuseppe continually explores emerging advances to enhance the transparency, robustness, and capabilities of knowledge-driven solutions.

Dr Maxime Labonne kieruje zespołem Post-Training w Liquid AI. Jest uznanym ekspertem Google w dziedzinie sztucznej inteligencji. Organizuje kursy dotyczące dużych modeli językowych i pracuje nad modelami takimi jak NeuralDaredevil.

Packt Publishing - inne książki

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