Main reference HTTPS://GITHUB.COM/WEILIU89/CAFFE/TREE/SSD get SSD code, download complete with a Caffe folder
git clone https://github.com/weiliu89/caffe.git
cd caffe
git Checkout SSDGo to the downloaded Caffe directory and copy the configuration file
CD Caffe
CP Makefile.co
Ubuntu14.10+cuda7.0+caffe Configuration one: Linux installationLinux installation is not said. I'm installing ubuntu14.10 here.II: Installation and commissioning of Nvidia Drive and Cuda Toolkit (*.run method)1:verify you have a cuda-capable GPURun the following operation, and then verify that the hardware supports GPU CUDA. Only the model exists in the Https://developer.nvidia.com/cuda-gpus. There's no problem.$ LSPCI | Grep-i nvidia2:, Verify you ha
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After the introduction of Caffe, the next step is to install Caffe running example to see the effect ofHowever, first of all, this series Caffe study notes, do not involve the installation of Caffe, if there is such demand please move elsewhere. I use the laboratory ser
Reference website:http://blog.csdn.net/sanmao5/article/details/51923982 ( main reference )https://github.com/BVLC/caffe/issues/782 ( problem solving )Ubuntu Configuration Caffe Python interface Pycaffe
Depend on
caffe has been compiled correctly. See ubuntu configure caffe
library pack
.
Use this statement to create a copy of makefile. config
The next step is to modify makefile. config. The corresponding comments in this file are very clear. Which one is needed? just remove it from the previous one "#".
Take the make all test first, and the following error is prompted:
Make: protoc: Command not foundMake: *** [. build_release/src/caffe/proto/caffe. pb. h] Error 1272. Compile and
code level, and provides several things that interest you in the testing process.
Install the OpenCV3.1 + Caffe software in the open2014a + Anaconda2 + OpenCV3.1 + Ubuntu 16.04
How to configure Caffe in CUDA7.5 in Ubuntu 16.04
Caffe installation in 64-bit Ubuntu 14.04
Caffe
Yesterday on the Mac toss a day is not installed successfully, at night on the Mac mounted a paralleldesktop virtual machine, and then installed Linux, 10 minutes to install, I was drunk =. =The main process is slightly documented:1. Installing Blassudo Install Libatlas-base-dev2. Install dependenciessudo apt-get install
Ubuntu14.10+cuda7.0+caffe Configuration one: Linux installationLinux installation No, I'm installing it here. Ubuntu14.10 II: Installation and commissioning of Nvidia drivers and Cuda Toolkit (*.run method)1:verify you have a cuda-capable GPUDo the following, and then verify that the hardware supports GPU CUDA, as long as the model exists in Https://developer.nvidia.com/cuda-gpus, there is no problem.$ LSPCI | Grep-i nvidia2:, Verify you have asupport
Ubuntu14.10+cuda7.0+caffe Configuration one: Linux installationLinux installation No, I'm installing ubuntu14.10 here.II: Installation and commissioning of Nvidia Drive and Cuda Toolkit (*.run method)1:verify you have a cuda-capable GPUDo the following, and then verify that the hardware supports GPU CUDA, as long as the model exists in Https://developer.nvidia.com/cuda-gpus, there is no problem.$ LSPCI | Grep-i nvidia2:, Verify you have asupported Ver
Voluminous a big article, there is no, these days have been tossing this thing, really no way, do not want to use Linux but, in order to Caffe, only so, install these things, encounter many problems, each problem will be tortured for a long time, probably the first time this is. Think, after the application, should still encounter a lot of problems it, but no way, Tiger!! One suggestion here is that if you
definition, and in Solver defined forward propagation and reverse propagation of the pattern, The number of iterations and methods for training and learning for deep networks such as CNN. (2) Installation of Caffe, http://caffe.berkeleyvision.org/installation.htmlThe installation of Caffe is more complex,First step: Install some pre-projects:
CUDA:GPU P
, you can set the corresponding parameters.Even calling the GPU operation requires only one sentence:Solver_mode:gpuInstallation and configuration of CaffeCaffe need to pre-install some dependencies, first of all cuda drivers. Both CentOS and Ubuntu have an open source Nouveau graphics driver (SuSE does not have this problem) and the Cuda driver does not install properly if not disabled. Take Ubuntu, for ex
Deep learning is an important tool for the study of computer vision, especially in the field of image classification and recognition, which has epoch-making significance. Now there are many deep learning frameworks, and Caffe is one of the more common ones. This article describes the basic steps for configuring Caffe in the Ubuntu 14.04 (64-bit) system, referring to the official website of
Mini-caffe is a running version of the minimized Caffe, used only for forward, high efficiency and small footprint, so it is extremely suitable for online testing. However, if you implement the unofficial Caffe layer yourself, you also need to implement the corresponding calculation code in Mini-caffe.
This article com
How to Use Caffe in a program for image classification and caffe image classification
Caffe is an open-source library with excellent deep learning capabilities. It samples c ++ and CUDA implementations and has the advantages of fast speed and convenient model definition. After studying for a few days, I found that there is also an inconvenient point, that is, the
This record is mainly referenced in: Http://blog.csdn.net/yhaolpz 71375762This record is based on the above reference, modified CPU version Caffe installation steps.1th Step Installation CaffeFirst, under the path you want to install, clone:clone https://github.com/BVLC/caffe.gitEnter Caffe, copy the Makefile.config.example file and rename it to Makefile.config,
is compatible but considered legacyBLAS via ATLAS, MKL, or Openblas.Boost >= 1.55OpenCV >= 2.4 including 3.0Protobuf, Glog, gflagsIO libraries Hdf5, LEVELDB, snappy, LmdbPycaffe and Matcaffe interfaces have their own natural needs.For Python caffe:python 2.7 or Python 3.3+, numpy (>= 1.7), boost-provided Boost.pythonFor MATLAB Caffe:matlab with the Mex compiler.CuDNN caffe:for fastest Operation Caffe is accelerated by drop-in integration of NVIDIA Cu
1. First need to match a good caffe of the operating environment, can refer to my another blog: http://blog.csdn.net/llwjason5555/article/details/62424085
2. Open Codeblocks, set up engineering, right click Engineering, select Build Options,linker setting left add OpenCV Dynamic Library and/caffe/build/lib/libcaffe.so, add to right
-pthread
-lcaffe-lglog-lgflags-lprotobuf-lboost_system-lboost_filesystem
-
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