GPU Accelerators Radically Boost SQL Queries
June 26, 2015 Timothy Prickett Morgan In-memory databases are all the rage for very fast query processing, but you have to have the right balance of compute and memory for queries against in-memory databases to really scream. Sometimes, a large number of relatively small cores and a reasonably beefy chunk of RAM can radically outperform clusters with hundreds or thousands of server nodes running
Introduction to Neural Machine Translation with GPUs (part 1) | NVIDIA Technical Blog
Introduction to Neural Machine Translation with GPUs (part 1) Note: This is the first part of a detailed three-part series on machine translation with neural networks by Kyunghyun Cho. You may enjoy part 2 and part 3. Neural machine translation is a recently proposed framework for machine translation based purely on neural networks. This post is the first of a series in which I will explain a simp
Chainer – A flexible framework of neural networks — Chainer 7.8.1 documentation
Chainer – A flexible framework of neural networks¶ Chainer is a powerful, flexible and intuitive deep learning framework. Chainer supports CUDA computation. It only requires a few lines of code to leverage a GPU. It also runs on multiple GPUs with little effort. Chainer supports various network architectures including feed-forward nets, convnets, recurrent nets and recursive nets. It also supports
GPU-Accelerated Graph Analytics in Python with Numba | NVIDIA Technical Blog
Numba is an open-source just-in-time (JIT) Python compiler that generates native machine code for X86 CPU and CUDA GPU from annotated Python Code. (Mark Harris introduced Numba in the post Numba: High-Performance Python with CUDA Acceleration.) Numba specializes in Python code that makes heavy use of NumPy arrays and loops. In addition to JIT compiling NumPy array code for the CPU or GPU, Numba ex
TheanoをWindowsにインストール - 人工知能に関する断創録
Deep Learningを実装するのによく使われるTheanoというPythonライブラリをWindowsマシンにインストールしたのでそのときの記録。ただ使うだけだったらPythonとnumpy/scipyをインストールした後にpip installs Theanoで普通に使えていた。実際、GPUが貧弱なMacbook Airではこの方法でインストールしていた。今回、PCを買い替えた（2015/1/19）こともあって、NVIDIA社のGPUを使って高速演算できるようにしてみたというわけ。私のマシンは、 OS : Windows 8.1 64bit GPU: NVIDIA GeForce GTX 760 Ti OEM という環境。Theano TutorialにもWindowsへのインストール方法は載っているけどはっきり言ってよくわからない。いろいろ調べていたところ以下の記事が自信満々で手
Installing CUDA, OpenCL, and PyOpenCL on AWS EC2
This post describes how to setup CUDA, OpenCL, and PyOpenCL on EC2 with Ubuntu 12.04. It took me a while to get working properly, so what follows are the steps I took to install CUDA and OpenCL on EC2. These steps should work for any machine with a CUDA capable card. If you'd just like to create an instance with everything preinstalled, I've created a public AMI named Ubuntu-12.04-GPU-CUDA-OpenCL-
Deep Learning on Amazon EC2 GPU with Python and nolearn - PyImageSearch
Deep Learning Tutorials by Adrian Rosebrock on October 13, 2014 Last week I wrote a post detailing my experience with CUDAMat, Deep Belief Networks, and Python using my MacBook Pro. The post is fairly long and full of screenshots to document my experience. But the gist of it is this: Even after installing the NVIDIA Cuda SDK and configuring CUDAMat, my CPU was training my Deep Belief Network (impl
Deep Dynamic Neural Networks for Gesture Segmentation and Recognition
The purpose of this paper is to describe a novel method called Deep Dynamic Neural Networks(DDNN) for the Track 3 of the Chalearn Looking at People 2014 challenge [1]. A generalised semi-supervised hierarchical dynamic framework is proposed for simultaneous gesture segmentation and recognition taking both skeleton and depth images as input modules. First, Deep Belief Networks(DBN) and 3D Convoluti
NVIDIA cuDNN | NVIDIA Developer
Accelerated Learning cuDNN provides kernels, targeting Tensor Cores, to deliver best available performance on compute-bound operations. It offers heuristics for choosing the right kernel for a given problem size. Expressive Op Graph API The user defines computations as a graph of operations on tensors. The cuDNN library has both a direct C API and an open-source C++ frontend for convenience. Most
AWSでGPUを試したら単精度1TFLOPSでた - ロードバランスすだちくん
EC2にもGPUが搭載されているインスタンスがあるけど、科学技術計算用途に使えるのか試してみました。 結論から書くと、Marketplaceに用意されているNVIDIAのAMIは古くてなんとなく嫌なので、全部セットアップしてサンプル流してって軽く考えていたら大変だった。。。 結果的にはGPU1ノードで単精度1TFLOPSは出せたのでなかなか良いのではないのでしょうか？ まずEC2に用意されているGPUインスタンスは2種類しかありません。今回はg2.2xlargeを利用します。 Marketplaceからお手軽に試したい人は以下のリンクからどうぞ。 https://aws.amazon.com/marketplace/search/results/?page=1&searchTerms=GPU いい感じのAMIが無い美しいCUDA環境を作りたいが為にCentOS6.5を使いたいわけですが、先
GPU-Accelerated Computing with Python
GPU-Accelerated Computing with Python NVIDIA’s CUDA Python provides a driver and runtime API for existing toolkits and libraries to simplify GPU-based accelerated processing. Python is one of the most popular programming languages for science, engineering, data analytics, and deep learning applications. However, as an interpreted language, it’s been considered too slow for high-performance computi
PyCUDAの紹介
PyCUDA - CUDA C以外の開発環境 長岡技術科学大学2015年度GPGPU講習会（2015年11月25日実施） 開発および講義には長岡技術科学大学のGPU搭載ラップトップPC（GROUSE2）を利用しています。 開発環境 Dell Precision M4600 CPU Intel Core i7 2.7GHz メモリ 32GB GPU NVIDIA Quadro 2000M CUDA 6.5 Visual Studio Community 2013 Python 3.4 GPGPU講習会 ・PyCUDA http://www.slideshare.net/ssuserf87701/gpgpu-seminar-pycuda ・CUDA Fortranによる格子ボルツマン法の高速化 http://www.slideshare.net/ssuserf87701/gpgpu-semin
PyMC3の計算でGPUを使っている気がしただけの話
たまには浮気させてください。PyMC3は内部でTheanoを使っており、自動微分（auto-diff）が計算可能でStanのサンプラーであるNUTSも実装済みです。またTheanoがGPUに対応しているため、これはMCMCの超高速化が簡単にできるのではッ！と試した記事になります。 まずは環境設定から。Windows 7 64bitにVisual Studio Express 2012, CUDA 6, Anaconda 2.0.0 (python 2.7 + numpyとか), theano 0.6.0, PyMC3をインストールします。手順が少し多い場合は分かる範囲でDAG構造を描くのがオススメです。学術書の章案内もDAG構造があるといいですね。さて、今回の手順の依存性をDAG構造で表すと以下になります。 1. Visual Studio Express 2012のインストール ここから
gnumpy
Note that Gnumpy is probably no longer relevant because it was last updated in 2013 and more advanced tools are available now. (There are translations of Gnumpy into various other languages; if you're looking for a translation I suggest a web search) Gnumpy is free software, but if you use it in scientific work that gets published, you should cite this tech report in your publication. Download: gn
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http://www.issp.u-tokyo.ac.jp/public/keisan09/abstract.pdf
RGB-D Object Tracking:
A Particle Filter Approach on GPU
http://nbviewer.ipython.org/github/memelabo/JetsonMemo/blob/master/Jetson%20TK1%20IPython%20Notebook%20PyCUDA.ipynb
Netflix TechBlog
NVBIO: NVBIO
Parallel Implementation of Particle MCMC Methods on a GPU