Tensorspace is a WebGL-based 3D visualization framework and renderer designed to map deep learning model architectures and tensor data into interactive three-dimensional spaces. It serves as a neural network architecture visualizer and model inspector, allowing users to render model topologies and analyze data flow within a web browser. The project distinguishes itself through its ability to convert pre-trained Keras and TensorFlow models into spatial representations. It integrates with TensorFlow.js to execute inference in the browser, enabling the real-time visualization of intermediate act
cnn-explainer is an interactive web application and educational sandbox designed for visualizing the internal operations and layers of convolutional neural networks. It functions as a tool for understanding how these networks process image data through real-time graphics and interactive visualizations. The project includes a browser-based environment for training small convolutional neural networks on specific image classes. It also provides a model converter that transforms trained neural network files from backend framework formats into web-compatible versions for browser loading. The appl
Publication-ready NN-architecture schematics.
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
Ann-visualizer is a Python library and diagram generator that creates graphical representations of artificial neural network architectures from sequential machine learning models. It translates layer dimensions, connectivity, and network topology into high-resolution image files that can be exported directly to disk for documentation, presentations, and design verification before training.
The main features of redaops/ann-visualizer are: Neural Network Architecture Visualizers, Architecture Visualizers, Sequential Model Builders, Neural Network Diagram Generators, Neural Network Visualizations, Graphviz DOT Integrations, Deep Learning Model Renderers, Image File Persistence.
Open-source alternatives to redaops/ann-visualizer include: tensorspace-team/tensorspace — Tensorspace is a WebGL-based 3D visualization framework and renderer designed to map deep learning model architectures… poloclub/cnn-explainer — cnn-explainer is an interactive web application and educational sandbox designed for visualizing the internal… alexlenail/nn-svg — Publication-ready NN-architecture schematics. sksq96/pytorch-summary — pytorch-summary is a collection of utilities for PyTorch neural networks designed to generate model summaries,… paddlepaddle/visualdl — VisualDL is a deep learning visualization toolkit and experiment tracking dashboard. It provides a web-based interface… harisiqbal88/plotneuralnet — PlotNeuralNet is a programmatic tool designed to generate high-quality visual representations of neural network…