张宁 Look Further to Recognize Better: Learning Shared Topics and Category-Specific Dictionaries for Open-Ended 3D Object Recognition 进一步看待以更好地识别:学习共享主题和类别专用词典以进行开放式3D对象识别 S. Hamidreza Kasaei链接:https://pan.baidu.com/s/1HhvMLljfNdzvYrw7p9yk0A 提取码:b1gf A…

The Brain vs Deep Learning Part I: Computational Complexity — Or Why the Singularity Is Nowhere Near July 27, 2015July 27, 2015 Tim Dettmers Deep Learning, NeuroscienceDeep Learning, dendritic spikes, high performance computing, neuroscience, singula…

DML学习原文链接:http://blog.csdn.net/lzt1983/article/details/7884553 一篇metric learning(DML)的综述文章,对DML的意义.方法论和经典论文做一个介绍,同时对我的研究经历和思考做一个总结.可惜一直没有把握自己能够写好,因此拖到现在. 先列举一些DML的参考资源,以后有时间再详细谈谈. 1. Wikipedia 2. CMU的Liu Yang总结的关于DML的综述页面.对DML的经典算法进行了分类总结,其中她总结的论文非常有…

  目录(?)[+]   1.搜狗实验室数据集: http://www.sogou.com/labs/dl/p.html 互联网图片库来自sogou图片搜索所索引的部分数据.其中收集了包括人物.动物.建筑.机械.风景.运动等类别,总数高达2,836,535张图片.对于每张图片,数据集中给出了图片的原图.缩略图.所在网页以及所在网页中的相关文本.200多G 2 http://www.imageclef.org/ IMAGECLEF致力于位图片相关领域提供一个基准(检索.分类.标注等等) Cross…

目录(?)[+]   1.搜狗实验室数据集: http://www.sogou.com/labs/dl/p.html 互联网图片库来自sogou图片搜索所索引的部分数据.其中收集了包括人物.动物.建筑.机械.风景.运动等类别,总数高达2,836,535张图片.对于每张图片,数据集中给出了图片的原图.缩略图.所在网页以及所在网页中的相关文本.200多G 2 http://www.imageclef.org/ IMAGECLEF致力于位图片相关领域提供一个基准(检索.分类.标注等等) Cross L…

转自:CVonline by Robert Fisher 图像数据库 Index by Topic Action Databases Biological/Medical Face Databases Fingerprints General Images General RGBD datasets Gesture Databases Image, Video and Shape Database Retrieval Object Databases People, Pedestrian, Ey…

CVPR2017 paper list Machine Learning 1 Spotlight 1-1A Exclusivity-Consistency Regularized Multi-View Subspace Clustering Xiaojie Guo, Xiaobo Wang, Zhen Lei, Changqing Zhang, Stan Z. Li Borrowing Treasures From the Wealthy: Deep Transfer Learning Thro…

机器人视觉中有一项重要人物就是从场景中提取物体的位置,姿态.图像处理算法借助Deep Learning 的东风已经在图像的物体标记领域耍的飞起了.而从三维场景中提取物体还有待研究.目前已有的思路是先提取关键点,再使用各种局部特征描述子对关键点进行描述,最后与待检测物体进行比对,得到点-点的匹配.个别文章在之后还采取了ICP对匹配结果进行优化. 对于缺乏表面纹理信息,或局部曲率变化很小,或点云本身就非常稀疏的物体,采用局部特征描述子很难有效的提取到匹配对.所以就有了所谓基于Point Pair 的…

IEEE International Conference on Computer Vision, ICCV 2017, Venice, Italy, October 22-29, 2017. IEEE Computer Society 2017, ISBN 978-1-5386-1032-9 Oral Session 1 Globally-Optimal Inlier Set Maximisation for Simultaneous Camera Pose and Feature Corre…

在逆向工程,计算机视觉,文物数字化等领域中,由于点云的不完整,旋转错位,平移错位等,使得要得到的完整的点云就需要对局部点云进行配准,为了得到被测物体的完整数据模型,需要确定一个合适的坐标系,将从各个视角得到的点集合并到统一的坐标系下形成一个完整的点云,然后就可以方便进行可视化的操作,这就是点云数据的配准.点云的配准有手动配准依赖仪器的配准,和自动配准,点云的自动配准技术是通过一定的算法或者统计学规律利用计算机计算两块点云之间错位,从而达到两块点云自动配准的效果,其实质就是把不同的坐标系中测得到的…

博客转载自:http://www.cnblogs.com/ironstark/p/5971976.html 机器人视觉中有一项重要人物就是从场景中提取物体的位置,姿态.图像处理算法借助Deep Learning 的东风已经在图像的物体标记领域耍的飞起了.而从三维场景中提取物体还有待研究.目前已有的思路是先提取关键点,再使用各种局部特征描述子对关键点进行描述,最后与待检测物体进行比对,得到点-点的匹配.个别文章在之后还采取了ICP对匹配结果进行优化. 对于缺乏表面纹理信息,或局部曲率变化很小,或点…

此部分是计算机视觉部分,主要侧重在底层特征提取,视频分析,跟踪,目标检测和识别方面等方面.对于自己不太熟悉的领域比如摄像机标定和立体视觉,仅仅列出上google上引用次数比较多的文献.有一些刚刚出版的文章,个人非常喜欢,也列出来了. 33. SIFT关于SIFT,实在不需要介绍太多,一万多次的引用已经说明问题了.SURF和PCA-SIFT也是属于这个系列.后面列出了几篇跟SIFT有关的问题.[1999 ICCV] Object recognition from local scale-invar…

此部分是计算机视觉部分,主要侧重在底层特征提取,视频分析,跟踪,目标检测和识别方面等方面.对于自己不太熟悉的领域比如摄像机标定和立体视觉,仅仅列出上google上引用次数比较多的文献.有一些刚刚出版的文章,个人非常喜欢,也列出来了. 33. SIFT关于SIFT,实在不需要介绍太多,一万多次的引用已经说明问题了.SURF和PCA-SIFT也是属于这个系列.后面列出了几篇跟SIFT有关的问题.[1999 ICCV] Object recognition from local scale-invar…

About this Course You will learn how to build a successful machine learning project. If you aspire to be a technical leader in AI, and know how to set direction for your team's work, this course will show you how. Much of this content has never been…

https://www.quora.com/How-do-I-learn-machine-learning-1?redirected_qid=6578644   How Can I Learn X? Learning Machine Learning Learning About Computer Science Educational Resources Advice Artificial Intelligence How-to Question Learning New Things Lea…

What's the most effective way to get started with deep learning?       29 Answers     Yoshua Bengio, My lab has been one of the three that started the deep learning approach, back in 2006, along with Hinton's... Answered Jan 20, 2016   Originally Ans…

A Brief Overview of Deep Learning (This is a guest post by Ilya Sutskever on the intuition behind deep learning as well as some very useful practical advice. Many thanks to Ilya for such a heroic effort!) Deep Learning is really popular these days. B…

Self-Supervised Representation Learning 2019-11-11 21:12:14  This blog is copied from: https://lilianweng.github.io/lil-log/2019/11/10/self-supervised-learning.html Self-Supervised Representation Learning Nov 10, 2019 by Lilian Weng representation-le…

1 Feature Generating Networks for Zero-Shot Learning Suffering from the extreme training data imbalance between seen and unseen classes, most ofexisting state-of-the- art approaches fail to achieve satisfactory results for the challenging generalized…

机器学习中遗忘的数学知识 最大似然估计( Maximum likelihood ) 最大似然估计,也称为最大概似估计,是一种统计方法,它用来求一个样本集的相关概率密度函数的参数.这个方法最早是遗传学家以及统计学家罗纳德·费雪爵士在1912年至1922年间开始使用的. 最大似然估计的原理 给定一个概率分布,假定其概率密度函数(连续分布)或概率质量函数(离散分布)为,以及一个分布参数,我们可以从这个分布中抽出一个具有个值的采样,通过利用,我们就能计算出其概率: 但是,我们可能不知道的值,尽管我们知道…

转自:https://github.com/terryum/awesome-deep-learning-papers Awesome - Most Cited Deep Learning Papers A curated list of the most cited deep learning papers (since 2010) I believe that there exist classic deep learning papers which are worth reading re…

1    Unsupervised Learning 1.1    k-means clustering algorithm 1.1.1    算法思想 1.1.2    k-means的不足之处 1.1.3    如何选择K值 1.1.4    Spark MLlib 实现 k-means 算法 1.2    Mixture of Gaussians and the EM algorithm 1.3    The EM Algorithm 1.4    Principal Components…

Machine Learning Algorithms Study Notes 高雪松 @雪松Cedro Microsoft MVP 目 录 1    Introduction    1 1.1    What is Machine Learning    1 1.2    学习心得和笔记的框架    1 2    Supervised Learning    3 2.1    Perceptron Learning Algorithm (PLA)    3 2.1.1    PLA -- "知…

    Graph-powered Machine Learning at Google     Thursday, October 06, 2016 Posted by Sujith Ravi, Staff Research Scientist, Google ResearchRecently, there have been significant advances in Machine Learning that enable computer systems to solve compl…

ECCV-2010 Tutorial: Feature Learning for Image Classification Organizers Kai Yu (NEC Laboratories America, kyu@sv.nec-labs.com), Andrew Ng (Stanford University, ang@cs.stanford.edu) Place & Time: Creta Maris Hotel, Crete, Greece, 9:00 – 13:00, Septem…

Deep Learning and Shallow Learning 由于 Deep Learning 现在如火如荼的势头,在各种领域逐渐占据 state-of-the-art 的地位,上个学期在一门课的 project 中见识过了 deep learning 的效果,最近在做一个东西的时候模型上遇到一点瓶颈于是终于决定也来了解一下这个魔幻的领域. 据说 Deep Learning 的 break through 大概可以从 Hinton 在 2006 年提出的用于训练 Deep Belief…

Unsupervised Learning of Video Representations using LSTMs Note here: it's a learning notes on new LSTMs architecture used as an unsupervised learning way of video representations. (More unsupervised learning related topics, you can refer to: Learnin…

Meta Learning/ Learning to Learn/ One Shot Learning/ Lifelong Learning 2018-08-03 19:16:56 本文转自:https://github.com/floodsung/Meta-Learning-Papers 1 Legacy Papers [1] Nicolas Schweighofer and Kenji Doya. Meta-learning in reinforcement learning. Neural…

Where can I start with Deep Learning? By Rotek Song, Deep Reinforcement Learning/Robotics/Computer Vision/iOS | 03/01/2017   If you are a newcomer to the Deep Learning area, the first question you may have is “Which paper should I start reading from?…

https://www.quora.com/How-do-I-learn-mathematics-for-machine-learning   How do I learn mathematics for machine learning? Promoted by Time Doctor Software for productivity tracking. Time tracking and productivity improvement software with screenshots…