Https://github.com/beniz/deepdetectDeepdetect (http://www.deepdetect.com/) is a machine learning APIs and server written in C++11. It makes state of the "Art machine" learning easy-to-work with and integrate into existing applications.Deepdetect relies on external machine
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
view the loss layer or the upper layer of the accuracy layer, modify the cover layer of the num_output can beThen you can start training, you need to know that training parameters are defined in both Solver.prototxt and Train_val.prototxt, and Batch_size defines how many data to train or test each time, Max_ ITER defines the maximum number of iterations, Test_iter defines the number of tests, in order to ensure that all data is tested Test_iter and the product of the test batch_size needs to be
Recently, in learning deep learning, the tool used is caffe, easier to use, not long-winded, first of all, said the configuration and compilation of the environment.
the platform of the system is win10+matlab2014b+vs2013.
Before starting, to install the Cuda driver, I use the Cuda 7.5 version (to sync with the version used inside the
HTTP due to network problems, so according to the code in the script, according to the Web site to download the compressed package, CP to the Mnist folder, using the decompression commands in the script to extract.Then, convert it to the LMDB database format./examples/mnist/create_mnist. SHThen train the network./examples/mnist/train_lenet. SHWhen you are training, you can see the loss and accuracy valuesYou can see that the final training accuracy is 0.9911.Completed successfully.Share only fo
Caffe is an efficient, deep learning framework. It can be executed either on the CPU or on the GPU.The following is an introduction to the Caffe configuration compilation process on Ubuntu without Cuda:1. Install the blas:$ sudo apt-get install Libatlas-base-dev2. Install dependencies: $ sudo apt-get install Libprotobuf-dev libleveldb-dev libsnappy-devlibopencv-d
Caffe is an efficient, deep learning framework. It can be executed either on the CPU or on the GPU.The following is an introduction to the Caffe configuration compilation process on Ubuntu without Cuda:1. Install the blas:$ sudo apt-get install Libatlas-base-dev2. Install dependencies: $ sudo apt-get install Libprotobuf-dev libleveldb-dev libsnappy-dev libopencv-
;
CaffeAll caffe of the message are defined in $caffe/src/caffe/proto/caffe.proto.
ExperimentIn the experiment, the main use of two protocol buffer:solver and model, respectively, define the Solver parameters (learning rate of what) and model structure (network structure).Tip: Freeze a layer does not participate in tra
Caffe Installation Guide-vomiting blood finishingObjective:It is easy to install Caffe on a Linux machine with a good system environment, but if the system itself is old and there is no GPU, the installation is too cumbersome and all has to be done from scratch, and this document is designed to cover as much of the pit as possible for installation.Steps:First, th
Tags: markdown keyword root directory attribute read Process ALS sub folderConvert your own image data to Caffe required db (Leveldb/lmdb) fileAfter setting up the Caffe environment, we often need to train/test our image data, our image data often when the picture file, such as Jpg,jpeg,png, but in Caffe we need to use the type of data is Lmdb or LEVELDB, For exa
How to Train the Lenet network using Caffe + MNIST on Ubuntu 14.04 64-bit Machine
How to Train the Lenet network using Caffe + MNIST on Ubuntu 14.04 64-bit Machine
1. Locate the terminal to the Caffe root directory;
2. Download and decompress the MNIST Database: $./data/m
The deep learning framework Caffe is compiled and installed in Ubuntu.
The deep learning framework Caffe features expressive, fast, and modular. The following describes how to compile and install Caffe on Ubuntu.1. Prerequisites:
CUDA is used for computing in GPU mode.
Recently participated in a recognized competition, the project involved in a number of categories, originally intended to a large category training a classification model, but this will be more troublesome, for the same image classification will be repeated calculation of the classification network convolutional layer, waste computing time and efficiency. Later found that multi-tasking learning in deep learning
Caffe (convolution Architecture for Feature Extraction) as a very hot framework for deep learning CNN, for Beginners, Build Linux under the Caffe platform is a key step in learning deep learning, its process is more cumbersome, recalled the original toss of those days, then
goes here.Include_dirs: = $ (python_include)/usr/local/include/usr/include/hdf5/serial/Library_dirs: = $ (python_lib)/usr/local/lib/usr/lib/usr/lib/x86_64-linux-gnu/hdf5/serial/# If Homebrew is installed at a non standard location (for example your home directory) and you use it for general Depende Ncies# Include_dirs + = $ (Shell brew--prefix)/include# Library_dirs + = $ (Shell brew--prefix)/lib# Uncomment to the use of ' pkg-config ' to specify OpenCV library paths.# (usually not necessary--O
Nesterovsolver.About loss. can have multiple loss at the same time. Able to add regularization (L1/L2);
Protocol Buffer:The above has been. Protocol buffer defines the message type in the. proto file, the value of the message in the. prototxt or. binaryproto file;
CaffeAll of CAFFE's message is defined in $caffe/src/caffe/proto/caffe.proto.
ExperimentIn the experiment, the main use of two pro
This article source: http://suanfazu.com/t/caffe/281The main purpose of this article is to save a link and suggest reading the original.Caffe (convolutional Architecture for Fast Feature embedding) is a clear and efficient deep learning framework whose author is a PhD graduate from UC Berkeley and currently works for Google.Caffe is a pure C++/cuda architecture that supports command line, Python, and MATLAB
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