keras convolutional neural network

Minimalist notes Deepid-net:object detection with deformable part Based convolutional Neural Networks Paper Address Http://www.ee.cuhk.edu.hk/~xgwang/papers/ouyangZWpami16.pdf This is the CUHK Wang Xiaogang group 2017 years of a tpami, the first hair in the CVPR2015, increased after the experiment to cast the journal, so the contrast experiment are some alexnet,googlenet and other early

= Sess.run ([Me Rged, Accuarcy], feed_dict=feed_dict (False)) Test_writer.add_summary (summary, i) print (' Accuracy a T step%s:%s '% (I, ACC)) else:if i%100 = = 99:continue Run_options = Tf. Runoptions (TRACE_LEVEL=TF. Runoptions.full_trace) Run_metadata = tf. Runmetadata () Summary, _ = Sess.run ([merged, Train_step], feed_dict=feed_dict (True), Options=run_options, Run_metadata=run_metadata) train_writer.add_run_metadata (run_metadat A, ' step%03d '%i) t

. We use the cublas. lib and curand. Lib libraries. One is matrix calculation and the other is random number generation. I applied for all the memory I needed at one time. After the program started running, there was no data exchange between the CPU and GPU. This proved to be very effective. The program performance is about dozens of times faster than the original C language version (if the network is relatively large, it can reach a speed-up ratio of

ImageNet classification with deep convolutional neural Networks reading notes(2013-07-06 22:16:36) reprint Tags: deep_learning imagenet Hinton Category: machine learning (after deciding to read a paper each time, the notes are recorded on the blog.) )This article, published in NIPS2012, is Hinton and his students are using deep learning in response to doubts about deep learn

http://m.blog.csdn.net/blog/wu010555688/24487301This article has compiled a number of online Daniel's blog, detailed explanation of CNN's basic structure and core ideas, welcome to exchange.[1] Deep Learning Introduction[2] Deep Learning training Process[3] Deep learning Model: the derivation and implementation of CNN convolution neural network[4] Deep learning Model: the reverse derivation and practice of

very interesting. He said, what is convolution? For example, the constant bending of a wire, assuming that the heating function is f (t), and that the heat dissipation function is g (t), the temperature at this moment is the convolution of f (t) and g (t). In a given environment, the sound source function of the sound body is f (t), and the reflection effect function of the sound source is g (t), then the receiving voice is the convolution of f (t) and g (t) in this environment. Without conside

neurons are active, only a very small fraction will be active, the different layers of neurons can not be fully connected. In the back of 5.5.6, we will see an example of the sparse network structure used by convolutional neural networks.We can naturally design a more complex network structure, but in general we have

conclude that the problem it is best at solving is related to the time series. RNN is also the most natural neural network structure for dealing with such problems. The principal structure of a RNN is duplicated several times by the time series, and structure A is also called the loop body. How to design the network structure of loop body A is the key to solve

redundant and unimportant parameters. Based on the method of low rank decomposition (Low-rank factorization), matrix/tensor decomposition is used to estimate the most informative parameters in deep CNN. Based on the migration/compression convolution filter (Transferred/compact convolutional filters) method, a special structure convolution filter is designed to reduce the complexity of storage and computation. Knowledge refinement (knowledge distillat

distribution or probability model of the predicted results and samples of the degree of fit. The lower the confusion, the better the degree of fit. The calculation of the confusion histogram is shown in Flow 2:Figure 2 The construction process of the confusion histogram. (a) Sampled-area instances of the sensed region, (b) the excitation of the neurons in each area of the perceptual region, the color mapping of the excitation value, (c) the excitation of a series of neurons in the layer is tran

Deep Learning Neural Network pure C language basic edition, deep Neural Network C Language Today, Deep Learning has become a field of fire, and the performance of Deep Learning Neural Networks (DNN) in the field of computer vision is remarkable. Of course,

Convolution neural Network (convolutional neural Network, CNN) is a feedforward neural network, which is widely used in computer vision and other fields. This article will briefly intro

Keras Introductory Lesson 5: Network Visualization and training monitoring This section focuses on the visualization of neural networks in Keras, including the visualization of network structures and how to use Tensorboard to monitor the training process.Here we borrow the

absrtact : This paper will analyze the basic principle of deep neural network to recognize graphic images in detail. For convolutional neural Networks, this paper will discuss in detail the principle and function of each layer in the network in the image recognition, such as

6th Chapter Image Recognition and convolution neural network 6.1 image recognition problems and the classic data set 6.2 convolution neural network introduction 6.3 convolutional neural networ