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Caffe
Deep learning framework by BAIR with expression, speed, and modularity

What is Caffe?

Developed by Berkeley AI Research (BAIR) and community contributors, Caffe stands as a powerful deep learning framework that prioritizes expression, speed, and modularity. The framework offers configuration-based model development, allowing users to define and optimize without hard-coding, while providing seamless switching between CPU and GPU processing.

With remarkable performance capabilities, Caffe can process over 60M images per day using a single NVIDIA K40 GPU, achieving processing speeds of 1ms/image for inference and 4ms/image for learning. The framework supports various applications ranging from academic research to large-scale industrial implementations in vision, speech, and multimedia.

Features

  • GPU/CPU Processing: Single-flag switching between processing modes
  • High Performance: Processes 60M+ images daily on NVIDIA K40 GPU
  • Modular Architecture: Configuration-based model definition without hard-coding
  • Extensible Framework: Active development and community contributions
  • Model Zoo: Standard distribution format for pre-trained models
  • Multi-platform Support: Compatible with Ubuntu, Red Hat, and OS X

Use Cases

  • Academic research projects
  • Computer vision applications
  • Speech processing systems
  • Multimedia analysis
  • Industrial-scale machine learning deployment
  • Image classification and recognition
  • Neural network training and deployment

FAQs

  • What platforms does Caffe support?
    Caffe is tested and supported on Ubuntu, Red Hat, and OS X operating systems.
  • How fast is Caffe's image processing capability?
    Using a single NVIDIA K40 GPU, Caffe can process over 60M images per day, with 1ms/image for inference and 4ms/image for learning.
  • Is Caffe open source?
    Yes, Caffe is released under the BSD 2-Clause license and is open source.

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