cuda-convnet2 is a fast C++/CUDA implementation of convolutional (or more generally, feed-forward) neural networks that can model arbitrary layer connectivity and network depth, any directed acyclic graph of layers will do it required fermi-generation GPU (GTX 4xx, GTX 5xx, or Tesla equivalent).

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cuda-convnet2 review by G2 User
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"One of the original deep learning frameworks, unlikely to be useful for modern projects"

What do you like best?

It is a slight evolution of the code Alex Krizhevsky used to win the Imagenet challenge back in 2012, so it is useful in a historical sense and worth looking at out of curiosity. It has since inspired many many libraries for training ConvNets on the GPU.

What do you dislike?

It hasn't been updated for at least four years, and as such does not include modern layers, or features such as automatic differentiation.

Recommendations to others considering the product:

It is the OG of deep learning, but Caffe quickly became the library of choice, before itself being replaced by Tensorflow and Pytorch.

What problems are you solving with the product? What benefits have you realized?

I ran cuda-convnet back in the day to train convolutional neural networks for image recognition. The main advantage was the ability to run super fast on the GPU.

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cuda-convnet2 review by G2 User in Higher Education
G2 User in Higher Education
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"Amazing classification in less time."

What do you like best?

Parallel processing. It is very fast and relatively easy to understand

What do you dislike?

Nvidia gpu required. We cant use it with any other gpu

What problems are you solving with the product? What benefits have you realized?

I am solving an image classification problem. While solving on CPU where it takes forever to run, cuda runs it in minuted

What Artificial Neural Network solution do you use?

Thanks for letting us know!

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