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loadcaffe

Load Caffe networks in Torch7

There is no Caffe dependency, only protobuf has to be installed. In Ubuntu do:

sudo apt-get install libprotobuf-dev protobuf-compiler

Then install the package itself:

luarocks install loadcaffe

Load a network:

require 'loadcaffe'

model = loadcaffe.load('deploy.prototxt', 'bvlc_alexnet.caffemodel', 'ccn2')

Models from Caffe Model Zoo:

Network ccn2 nn cudnn
bvlc_alexnet + - +
bvlc_reference_caffenet + - +
bvlc_reference_rcnn_ilsvrc13 + - +
finetune_flickr_style + - +
VGG_CNN_S + + +
VGG_CNN_M + + +
VGG_CNN_M_2048 + + +
VGG_CNN_M_1024 + + +
VGG_CNN_M_128 + + +
VGG_CNN_F + + +
VGG ILSVRC-2014 16-layer + + +
VGG ILSVRC-2014 19-layer + + +
Network-in-Network Imagenet - + +
Network-in-Network CIFAR-10 - + +
VGG16_SalObjSub + + +
AlexNex_SalObjSub + - +
Binary Hash Codes + - +
Oxford 102 Flowers + - +
Age&Gender + + +
MNIST LeNet - + +

Loading googlenet is supported by https://github.com/soumith/inception.torch

NN support means both CPU and GPU backends.

You can also use Caffe inside Torch with this: https://github.com/szagoruyko/torch-caffe-binding However you can't use both loadcaffe and caffe in one torch session.

An example of using the package is in examples/mnist_lenet.lua. After running script to train lenet model in Caffe you can easily load and test it in Torch7 on CPU and GPU (with 'cuda' as a first arguments)

Rights to caffe.proto belong to the University of California.

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Load Caffe networks in Torch7

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  • Protocol Buffer 57.9%
  • C++ 33.4%
  • Lua 7.3%
  • CMake 1.4%