4 repository-uri
Tools for updating and converting model definitions between different framework versions or architectures.
Distinct from Compatibility Migrators: Focuses on the migration of model files between frameworks, distinct from the training framework itself.
Explore 4 awesome GitHub repositories matching artificial intelligence & ml · Model Migrators. Refine with filters or upvote what's useful.
Paddle is a deep learning framework designed for building, training, and deploying neural networks. It provides a platform for constructing models using tensor-based computations and supports both dynamic and static execution graphs to facilitate research and production workflows. The platform functions as a distributed machine learning system, enabling the scaling of training workloads across multiple nodes and hardware clusters. It includes a comprehensive toolkit for model deployment and optimization, allowing users to convert external model formats, compress trained models for resource-co
Updates existing model definitions and parameter files to ensure compatibility with current architecture standards.
Ivy is a machine learning framework transpiler and model converter designed to ensure deep learning portability. It serves as a tool for migrating source code and models between different deep learning frameworks while maintaining original functionality. The system enables cross-framework model portability by translating model weights, architectures, and source code. It uses abstract syntax tree based transpilation and computational graph tracing to capture execution flows and rewrite high-level logic into target framework code. The project covers model interoperability through weight-layout
Provides tools for migrating model weights and definitions between different deep learning frameworks.
MMdnn este un convertor și migrator de modele de deep learning conceput pentru a traduce arhitecturi și ponderi de rețele neuronale între diferite framework-uri, precum TensorFlow, PyTorch și Keras. Acesta utilizează o reprezentare intermediară standardizată pentru a decupla structurile rețelei și ponderile de implementările specifice ale framework-urilor, permițând transformarea modelelor pre-antrenate între medii diferite. Proiectul se distinge prin generarea de cod Python nativ de reconstrucție din reprezentările sale intermediare, permițând modelelor să fie reconstruite și ajustate (fine-tuned) în mediile țintă. Include, de asemenea, instrumente specializate pentru implementarea modelelor pe dispozitive mobile, transformând modelele de deep learning în formate compatibile precum CoreML și TensorFlow Lite. Sistemul oferă o suită mai largă de capabilități, inclusiv vizualizarea arhitecturii rețelelor neuronale pentru inspectarea structurilor grafice și a metadatelor, precum și execuția de inferență pentru a valida faptul că modelele convertite își păstrează comportamentul și acuratețea originală. Utilitare suplimentare gestionează preluarea ponderilor pre-antrenate din repository-uri externe și asamblarea checkpoint-urilor de modele gata de implementare.
Migrates pre-trained neural network architectures and weights between different frameworks like TensorFlow, PyTorch, and Keras.
VisualDL is a deep learning visualization toolkit and experiment tracking dashboard. It provides a web-based interface for monitoring training metrics, analyzing high-dimensional data, and rendering model architectures through static and dynamic graphs. The toolkit serves as a performance profiler to identify execution bottlenecks and optimize resource usage. It also functions as a data analyzer that uses projection algorithms to identify relationships between points in complex datasets. Capabilities include tracking training metrics via scalars and histograms, comparing multiple experiments
Provides tools for updating and converting model definitions between different framework versions or architectures.