volta gpu

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tensorflow-gpu[Solution tensorflow:importerror:libcusolver.so.9.0]

Due to a lot of reasons I cuda9.0+cudnn7.0.5+tensorflow-gpu1.6 the environment of the machine into: cuda8.0+cudnn6.0+tensorflow-gpu1.6After the introduction of: Import TensorFlow Throws an exception when you: tensorflow:importerror:libcusolver.so.9.0 At first I was very puzzled, thought it was cuda did not uninstall clean, and re-uninstall + installation, but still this problem. Try the Tensorflow-gpu 1.5, 1.6, 1.7 No, the final installation of th

Deep Learning Framework Keras platform Construction (keywords: windows, non-GPU, offline installation)

Nowadays, AI is getting more and more attention, and this is largely attributed to the rapid development of deep learning. The successful cross-border between AI and different industries has a profound impact on traditional industries.Recently, I also began to keep in touch with deep learning, before I read a lot of articles, the history of deep learning and related theoretical knowledge also have a general understanding.But as the saying goes: The end of the paper is shallow, it is known that t

"Matconvnet" Configuration GPU

The method of referring to the great God: http://www.th7.cn/system/win/201603/155182.shtmlFirst step: Need to install CUDA, vs2013;cuda default path, note Cuda version and GPU to matchThe second step:. Download CUDNN, build a local folder under the Matconvnet folder, and put the CUDNN in (I changed the filename called CUDNN)Step three: Open vl_compilenn.m, Run, wait for compilation to finishThe fourth step is to copy the Cudnn64_4.dll under the bin to

D3d9 GPU Hacks (reprint)

D3d9 GPU HacksI ' ve been trying to catch up what hacks GPU vendors has exposed in Direct3D9, and turns out there's a lot of them!If you know more hacks or more details, please let me know in the comments!Most hacks is exposed as custom ("FOURCC") formats. So-check for the CheckDeviceFormat . Here's the list (Usage column codes:ds=depthstencil, Rt=rendertarget; Resource column codes:tex=texture, Surf=surfac

Test the filling rate of the GPU material.

The most important Optimization of body rendering is to reduce GPU sampling. Testing the filling rate of the GPU material can guide our work. Do you want to know why the GPU can only reach 12 FPS in 800*600 environments? This depends on the number of GPU samples per second. I wrote a simple OSGProgramTo test the numb

Use of GPU programs in GameByro

of dll ). 2. next, the application delegates the NiD3DShader initialization work to NiShaderLibrary for processing. NiShaderLibrary first loads all shader text files through nid3dxjavastloader, and uses nid3dxjavastparser to parse the text to generate the nid3dxjavastfile object, at the same time, NiD3DXEffectLoader is responsible for compiling shader code into a binary form GPU program. 3. NiD3DXEffectTechnique is responsible for generating the NiD3

Intanced tessellation-a new part of the GPU pipeline for Surface Techniques in dx10 and COMI

In order to practice English and share what I have learned about the instanced tessellation, I wrote this artical, just talking about the instance tessellation pipeline, not the mathematical research about the surface soomthing. -- zxx Days buried myself in *. CPP and *. PDF files, I finally got the idea of the instanced tessellation, which has been implemented in the earlier days after when dx10 is released and NVIDIA added a geometry process part to the G

AMP (GPU parallel computing, C #, VC ++ 11) Learning (1)

I feel that the amp code is very understandable. I. VC ++ 11 code 1: #include "stdafx.h" 2: #include 3: 4: using namespace concurrency; 5: 6: extern "C" __declspec ( dllexport ) void _stdcall square_array(float* arr, int n) 7: { 8: // Create a view over the data on the CPU 9: array_view 10: 11: // Run code on the GPU 12: parallel_for_each(dataView.extent, [=] (index

GPU Storage Model

1. Global memory In cuda, the general data is copied to the memory of the video card, which is called global memory. These memories do not have cache, And the latency required for accessing global memory is very long, usually hundreds of cycles. Because global memory does not have a cache, a large number of threads must be used to avoid latency. Assuming that a large number of threads are executed simultaneously, when a thread reads the memory and starts waiting for the results, the

Ubuntu16.04 ultra-low graphics card GTX730 configuration pytorch-gpu + cuda9.0 + cudnn tutorial, gtx730cudnn

Ubuntu16.04 ultra-low graphics card GTX730 configuration pytorch-gpu + cuda9.0 + cudnn tutorial, gtx730cudnnI. Preface Today, I have nothing to do with the configuration of the ultra-low-configuration graphics card GTX730. I think it may be possible to use cuda + cudnn for all the graphics cards. As a result, I checked it on the nvidia official website. It's a pity that I have a large GTX730 ^, so I can use cuda for 730. There are many blog posts abou

GPU and CPU time-consuming statistics methods

GPU-side time-consuming statistics1 cudaevent_t start, stop;2Checkcudaerrors (Cudaeventcreate (start));3Checkcudaerrors (Cudaeventcreate (stop));4 checkcudaerrors (Cudadevicesynchronize ());5 6 floatGpu_time =0.0f;7Cudaeventrecord (Start,0);//operation Complete event is logged in Cuda context8 //allocating device-side memory9 float*D_idata;TenCheckcudaerrors (Cudamalloc (void* *) D_idata, mem_size)); One A //Copy host-side data to

Haha, the Chinese version of GPU gems 2 was released unexpectedly

When I went to the bookstore today to issue an invoice, I accidentally found that the GPU gems 2 Chinese version was released. This time, it was published by Tsinghua University Press, with full-color printing. Of course, the price is expensive. The price for 565 pages is 128 RMB ~~ I bought the product at a discount of 100 yuan, but I cannot report it to you ~~~ I opened it and looked at it. The books of Tsinghua University Press are really not aver

Theano is a Python library:a CPU and GPU math expression compiler

Welcome¶Theano is a Python library that allows your to define, optimize, and evaluate mathematical expressions involving multi-dime Nsional arrays efficiently. Theano Features: tight integration with NumPy –use numpy.ndarray in theano-compiled functions. Transparent use of the A GPU –perform data-intensive calculations up to 140x faster than with CPU. (float32 only) Efficient symbolic differentiation –theano Does your der

Linux frees CPU&GPU memory, video memory, and hard drive __linux

=========================== May 10, 2017 Wednesday 09:04:01 CST Memory Usage | [USE:15738MB] [FREE:110174MB] OK not required =========================== May 10, 2017 Wednesday 09:05:02 CST Memory Usage | [USE:15742MB] [FREE:111135MB] OK not required =========================== May 10, 2017 Wednesday 09:06:01 CST Memory Usage | [USE:15758MB] [FREE:111117MB] OK not required =========================== May 10, 2017 Wednesday 09:07:01 CST Memory Usage | [USE:15772MB] [FREE:110138MB] OK not required

Caffe supports multi-GPU distributed computing

Caffe allows parallel computing between multiple GPU, and multi-GPU mode is "not sharing data, but sharing network". When the number of GPU on the target machine is greater than 1 o'clock, Caffe will allow multiple solver to exist and be applied to different GPU. Vector The first solver will become Root_solver_, and

Install TensorFlow (CPU or GPU version) under Linux system __linux

Anaconda show ijstokes/ TensorFlow command to view the details of the package where the link and installation commands, copy returned to the installation command input terminal, where the installation command for Conda install--channel https://conda.anaconda.org/ Ijstokes TensorFlow, you can install according to the specific installation package. Note: If you have a GPU version of TensorFlow installed above, you will also need to install Cuda (Comput

"Ubuntu-tensorflow" invalidargumenterror a problem that the GPU cannot use _gpu

The questions are as follows: Invalidargumenterror (above for traceback): Cannot assign a device to node ' train/final/fc3/b/momentum ': Could not sat ISFY explicit device specification '/device:gpu:0 ' because no devices matching that specification are registered in this P rocess; Available devices:/job:localhost/replica:0/task:0/cpu:0 colocation Debug Info: colocation Group had the Following types and devices: Applymomentum:cpu mul:cpu sum:cpu abs:cpu const:cpu Assign : CPU identity:cpu var

Opencl:shared memory between CPU and GPU in Android development of Qaulcomm Plateform

One of the most recent Qualcomm platform projects, where performance is demanding, we use OpenCL to achieve the main functionality, but bottlenecks occur in parts of the CPU that are copied from the GPU memory. Although the OpenCL map API was designed to solve this problem, in some inherent frameworks, map does not avoid all memory copies.Qualcomm has two very useful extensions for OpenCL that can effectively solve this problem:Https://www.khronos.org

QML is rendered in a way that has a significant update compared to the previous version (CPU threads are responsible for drawing, GPU threads are responsible for rendering), and a lot more frequent comments good

. Property bindings (data binding, expression binding). Well, there are properties bindings that are ubiquitous in qml, although there are JS libraries in the H5 that have similar data bindings. But QML is supported in grammar.QML's rendering is also a significant update compared to previous versions. The previous version (Qt4 Qtquick 1.x) was closer to the widget, although it was griphics/view, but the rendering was more of a priority for CPU processing. Of course, in N9 (well, the first system

WIN10 installing Theano and configuring the GPU steps in a graphical environment

-windows/#axzz46v2MC6l8, The download address is https://developer.nvidia.com/cuda-downloads, ( Note: This is the cuda-8 version, the current version of the Theano support is not very good, but does not affect the use, it is best to download cuda7.5, I don't bother to reload again, so I use the cuda-8) also be sure to remember the Cuda installation path, my path is C:\Program files\nvidia GPU Computing toolkit\cuda\v8.0 , (3) Right-click My Compu

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