边缘智能:按需深度学习模型和设备边缘协同的共同推理 本文为SIGCOMM 2018 Workshop (Mobile Edge Communications, MECOMM)论文. 笔者翻译了该论文.由于时间仓促,且笔者英文能力有限,错误之处在所难免:欢迎读者批评指正. 本文及翻译版本仅用于学习使用.如果有任何不当,请联系笔者删除. 本文作者包含3位,En Li, Zhi Zhou, and Xu Chen@School of Data and Computer Science, Sun Yat…

https://blog.csdn.net/starzhou/article/details/78845931 The Wide and Deep Learning Model(译文+Tensorlfow源码解析) 原创 2017年11月03日 22:14:47 标签: 深度学习 / 谷歌 / tensorflow / 推荐系统 / 397 编辑 删除 Author: DivinerShi 本文主要讲解Google的Wide and Deep Learning 模型.本文先从原始论文开始,先一步…

Generalized linear models with nonlinear feature transformations (特征工程 + 线性模型) are widely used for large-scale regression and classification problems with sparse inputs. Memorization of feature interactions (线性模型中学习到的特征系数解释性强)through a wide set of cr…

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…

DEEP LEARNING IS THE FUTURE: Q&A WITH NAVEEN RAO OF NERVANA SYSTEMS CME Group was one of several companies taking part in a $20.5 million funding round for the San Diego startup, Nervana Systems. The company specializes in a biologically inspired for…

Rolling in the Deep (Learning) Deep Learning has been getting a lot of press lately, and is one of the hottest the buzz terms in Tech these days. Just check out one of the few recent headlines from Forbes, MIT Tech Review and you will surely see thes…

原文: http://www.deeplearningbook.org/contents/intro.html Inventors have long dreamed of creating machines that think. Ancient Greek myths tell of intelligent objects, such as animated statues of human beings and tables that arrive full of food and dri…

注意:论文中,很多的地方出现baseline,可以理解为参照物的意思,但是在论文中,我们还是直接将它称之为基线,也 就是对照物,参照物. 这片论文中,作者没有去做实际的实验,但是却做了一件很有意义的事,他收罗了近些年所有推荐系统中涉及到深度学习的文章 ,并将这些文章进行分类,逐一分析,然后最后给出了一个推荐系统以后的发展方向的预估. 那么通过这篇论文,我们可以较为 系统的掌握这些年,在推荐系统方面,深度学习都有那些好玩的应用,有哪些新奇的方法,下面是论文的一个粗糙翻译: 概述:   随着互联网上…

背景 [作者:DeepLearningStack,阿里巴巴算法工程师,开源TensorFlow Contributor] 在分布式训练时,提高计算通信占比是提高计算加速比的有效手段,当网络通信优化到一定程度时,只有通过增加每个worker上的batch size来提升计算量,进而提高计算通信占比.然而一直以来Deep Learning模型在训练时对Batch Size的选择都是异常敏感的,通常的经验是Large Batch Size会使收敛性变差,而相对小一点的Batch Size才能收敛的更好…

声明:所有内容来自coursera,作为个人学习笔记记录在这里. Gradient Checking Welcome to the final assignment for this week! In this assignment you will learn to implement and use gradient checking. You are part of a team working to make mobile payments available globally, and…