neon™

Jul 16, 2016   |   Hanlin Tang

Learn about neon™ with the Nervana Deep Learning Course

Intel Nervana is excited to share a series of short Nervana videos and accompanying exercises to learn how to build deep learning models with neon, our deep learning framework. We start with a basic introduction into deep learning concepts, provide an overview of the neon framework, and discuss key neon concepts such as loading data…

Read more

#neon

Intel®'s reference deep learning framework committed to best performance on all hardware

Get started

Powerful Simplicity

The simplicity of neon’s Python-like syntax makes it an extraordinarily powerful, out-of-the-box tool for anyone from the novice, to the experienced scientist.

Best Performance

Assembler-level optimization, multi-GPU support, optimized data-loading, and the Winograd algorithm all add-up to stellar performance.

Enlightening Visuals

neon’s nviz utility helps you track progress and better understand the deep learning process with inspired visuals and histograms.

Model Zoo

neon™ comes with its own Model Zoo featuring pre-trained weights and example scripts for state-of-the-art models—the ones you see below are just a few.

Get started with Model Zoo

Image Classification

ImageNet
- Googlenet
- VGG
- Alexnet

CIFAR-10
- Deep Residual Network
- All CNN

Learn more

Object localization

Fast-RCNN

Learn more

Scene Classification

Deep Residual Network

Learn more

Image Captioning

LSTM

Learn more

Video Games

Deep Q-network

Learn more

NLP

bAbI (Question Answering)
-GRU/LSTM model
Sentiment classification
-LSTM (IMDB dataset)

Learn more

Video

C3D (UCF101 dataset)

Learn more

Speech

Deep Speech 2 (Librispeech dataset)

Learn more

neon Demos

Video Recognition

A fast 3-D convolution network (C3D) based model for activity recognition using neon on the UCF-101 dataset.

Automatic Speech Recognition

Neon’s implementation of Baidu’s "Deep Speech 2" model for speech recognition trained on audio-books from the Librispeech corpus.
Spectrogram (top left), raw audio (top right), and FFT spectrum (bottom).

Sentiment Analysis

A LSTM-based model constructed in neon to perform sentiment analysis on live Twitter stream.

Stay Connected

Keep tabs on all the latest news with our monthly newsletter.