Reprint Please specify:Look at Daniel's small freshness : http://www.cnblogs.com/luruiyuan/This article original website : http://www.cnblogs.com/luruiyuan/p/6660142.htmlThe Ubuntu version I used was 16.04, and using Gnome as the desktop (which doesn't matter) has gone through a lot of twists and turns and finally completed the installation of Keras with TensorFlow as the back end.Installation of the TENSORFLOW
TensorFlow Serving,gpu
TensorFlow serving is an open source tool that is designed to deploy a trained model for inference.TensorFlow serving GitHub AddressThis paper mainly introduces the installation of TensorFlow serving and supports the GPU model.
Install the SDK in the correct order and strictly install the specified version.
1. download and install the strict version of Cuda and cudnn. Other versions do not work. For example, if 9.0 is required, you cannot set 9.1. Https://www.tensorflow.org/install/install_windows
1.1. Delete c: \ Program Files \ NVIDIA Corpo
2017.6.2 installation timeFirst install Anaconda3 or under Anaconda2 win+r cmd controller Conda create-n Anaconda3 python=3.5(The previous step will appear inside the file I cut to another place)Install Anaconda version 3 in Anaconda2/envs the prompt already exists I was deleted again under Envs Direct installation Anaconda3 Note To install 3.5 version do not 3.6
"Python 3.6 + tensorflow GPU 1.4.0 + CUDA 8.0 + CuDNN 6.0"There is no pycharm to install the Pycharm first.1, python:https://www.python.org/downloads/release/python-364/Pull to the bottom and select Windows x86-64 executable installer download.Note the Add Python 3.6 to path check box, and then select Install Now.2,
the profile file ( Note: If you are not using version 8.0, you need to modify the version number ):→~ Export cuda_home=/usr/local/cuda-8.0→~ Export Path=/usr/local/cuda-8.0/bin${path:+:${path}}→~ Export Ld_library_path=/usr/local/cuda-8.0/lib64${ld_library_path:+:${ld_library_path}}After modification:→~ Source/etc/profileVerify that the configuration is successful:→~ nvcc-vThe following message appears to be successful: 4. Installing the CUDNN Acceleration LibraryThis article uses the CUDA8.0,
To avoid trouble, install all the default pathsI installed the Cuda and CUDNN versionsTensorFlow version 1.7There is a small problem here, the direct import TensorFlow has an error, I Baidu the wrong some said to install a software, but I do not want to pretend, and then input import TensorFlow as TF no errorEffective
When using TensorFlow to train deep learning models, assuming that we did not specify a GPU to train before training, the default is to use the No. 0 GPU to train our model, and the other GPU's will be shown to be occupied. Sometimes we prefer to train our models by specifying a piece or a few gpus ourselves, rather than using this default method. The next step i
PC configuration: GeForce GTX 1080Installing the GTX1080 DriveGo to the NVIDIA network, download the GTX1080 driver, start the search, and then download the required version. I downloaded the latest 384.130.can also be downloaded here.After the download is complete, save as a backup to refresh the new driver.Add Nvidia Source sudo add-apt-repository Ppa:graphics-drivers/ppa If the information is not considered, press ENTER directly.sudo apt-get update sudo apt-get
A server is loaded with multiple GPUs, and by default, when a deep learning training task is started, this task fills up almost all of the storage space for each GPU. This results in the fact that a server can only perform a single task, while the task may not require so many resources, which is tantamount to a waste of resources.The following solutions are available for this issue.First, directly set the visible GPUWrite a script that sets environmen
Small white one, please give more advice, thank you.Practice proves that WIN10 + tensorflow1.6 + cuda9.1 +cudnn8.0 + python3.6 installation is not suitable (perhaps aPerson reason)Because my computer is a new computer, Win10 +python3.5 (installed with Anaconda) + cudnn8.0 +cuda9.0 Use successSome of these environment variables are not added, some are automatically added, but need to cudnn compressed all the files to paste intoThe Cuda directory.The installation process encountered a lot of probl
I ran TensorFlow program on Ubuntu, halfway through the use of the Win+c key to the end of the program, but the GPU video memory is not released, has been in the occupied state.Using commandsNvidia-smiShown belowTwo GPU programs are in progress, in fact, gpu:0 has been stopped by the author, but the
I. Recommended TWO websites
TensorFlow Official Document: Https://www.tensorflow.org/install/install_windows
TensorFlow Chinese Community: http://www.tensorfly.cn/tfdoc/get_started/os_setup.html
Two. install TensorFlow on WindowsDirectory:
Determin
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
The author runs TensorFlow program on Ubuntu, midway using the Win+c key to end the program, but the GPU's video memory is not released, has been in the occupied state.Using commandsWatch-n 1 Nvidia-smiShows the followingTwo GPU programs are in execution, in fact, gpu:0 has been stopped by the author, but the GPU is no
Install TensorFlow in virtualenv mode on Ubuntu
This article describes how to install tensorflow in virtualenv mode on Ubuntu.
Install pip and virtualenv:
# Ubuntu/Linux 64-bit
Sudo apt-get install python-pip python-dev python-vir
I was in the study of TensorFlow, but also in their own notebooks to complete the installation, in the Pycharm to learn. But recently, in order to use Python's scientific computing environment, I uninstalled the previous environment and reinstalled the TensorFlow with Anaconda, which describes how the CPU version is installed.Prerequisite check:
In Https://developer.nvidia.com/cuda-gpus confirm tha
"Google" + "deep learning", two tags let the December 2015 Google open-source deep learning tool TensorFlow after its release quickly became the world's hottest open source project, April 2016, open source TensorFlow support distributed features, The application to the production environment is further.The TensorFlow API supports Python 2.7 and Python 3.3+, with
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