Reinforcement Learning for Profit

July 17, 2016

Is RL being used in revenue generating systems today?

 

Recently, one of my facebook friends, and alumni of the University of Alberta (with a PhD in Computing Science), Cosmin Paduraru posed a question:

Where is Reinforcement Learning used in revenue generating systems today?

I have been thinking about this lots over the last month as I attended two international conferences on Artificial Intelligence and Machine Learning (ICML and IJCAI) in NYC, USA. It is important to explore future prospects both inside and outside academia — In case you need a catch up, I am currently at the University of Alberta working on a PhD in Computing Science with a focus on Reinforcement Learning and Artificial Intelligence.

With the success of modern AI systems — out of the winter and into the spring — many companies have invested and continue to invested heavily into modern AI systems, backed by teams of leading researchers in the field (e.g. FacebookGoogleMicrosoftIBMTwitter, etc.).

With that said, maybe Cosmin is right, Reinforcement Learning (Sutton and Barto 1998, and this killer-intro by the fantastically talented Andrej Karpathy) is seemingly publicly underrepresented in currently deployed systems making money in the real world, or is it?

Adapted from Sutton and Barto 1998 and WALL-E

Luckily I was at the International Joint Conference on Artificial Intelligence where I was attending a panel discussion on The Business of AI, the panel was composed of all speakers from the industry day. A desirable venue to solicit a wide variety of opinions from thought leaders in the field.

So I posed the question to them, their responses went as follows:

Peter Norvig (Director of Research at Google): “well… AlphaGo made a million bucks and then gave it away”… a recent tweet from Demis Hassabis (Google DeepMind) confirms:

Pleased to confirm the recipients of the #AlphaGo $1m prize! @UNICEF_uk@CodeClub, and the American, European and Korean Go associations

— Demis Hassabis (@demishassabis) June 6, 2016

Peter Stone (Founder and President, Cogitai. Professor UoT (Austin)) gave lots of great examples of recent applications:

He said,“We are on the cusp of moving from the academic lab to the industry for RL, adaptation, and lifelong learning…We are at the cusp, and that is the main motivation from Cogitai”

He also referenced work by Thomas G. Dietterich on invasive species management, wildfire suppression, by Joelle Pineau on applying RL in healthcare, and by Andrew Ng and Drew Bagnall on helicopter control. All of these could be as a practical demonstrations of specific, developing industrial applications.

Hiroaki Kitano (President & CEO SONY Computer Science Laboratories) said that this is a current research area for Sony and to expect profitability using these and advancing RL algorithms in 2-5 years. Almost 10 years after Sony’s last robotic venture, the Aibo, Sony CEO Kazuo Hirai has just recently (late June 2016) said “the robots we are developing can have emotional bonds with customers, giving them joy and becoming the objects of love”.

Guruduth Banavar (Chief Science Officer, Cognitive Computing, IBM Research) predicted that this is going to happen, sooner rather than later, and his prediction was that it will happen in the domain of conversational systems, dialog systems, and understanding the larger context of conversations. He also mentioned that the illustrious Gerald Tesauro (the man behind TD-Gammon) is working on these problems. Interesting that he did not mention Watson

Some interesting answers from industry leaders. But I was surprised that no one mentioned:recommender systems (like those on Amazon, Netflix, Yelp, and nicely formalized as an RL problem in 2005 by Shani et al.), are these systems all collaborative filtering? Surely not.

No one mentioned that Google Reinforcement Learning Architecture (here is a quick summary), which I can only imagine could be behind some of the personal recommendations and rankings that Google does behind-the-scenes on Search, YouTube, and maybe … Maps?

No one mentioned contextual bandits, sometimes called associative RL (as discussed by Li et al. 2010 for news recommendation), for serving ads and news stories. These systems are surely deployed on large-scale news sites by the publishers to maximize click-through-ratios and create a personalized experience. Microsoft recently announced Multiworld Testing Decision Service, for making context based decisions… I guess there were no Microsoft representatives on the panel to toot this horn (thanks for the catch Pardis)

With so much potentially out there, why was there no mention of these use cases for reinforcement learning? Where else could RL be hiding in the money-making wild? RL seems like an ideal candidate for systems of personalization on large-scale, sequential decision-making problems… so what am I missing?

(转) Reinforcement Learning for Profit的更多相关文章

  1. [转]Introduction to Learning to Trade with Reinforcement Learning

    Introduction to Learning to Trade with Reinforcement Learning http://www.wildml.com/2018/02/introduc ...

  2. Introduction to Learning to Trade with Reinforcement Learning

    http://www.wildml.com/2015/12/implementing-a-cnn-for-text-classification-in-tensorflow/ The academic ...

  3. Machine Learning Algorithms Study Notes(5)—Reinforcement Learning

    Reinforcement Learning 对于控制决策问题的解决思路:设计一个回报函数(reward function),如果learning agent(如上面的四足机器人.象棋AI程序)在决定 ...

  4. (转) Playing FPS games with deep reinforcement learning

    Playing FPS games with deep reinforcement learning 博文转自:https://blog.acolyer.org/2016/11/23/playing- ...

  5. (zhuan) Deep Reinforcement Learning Papers

    Deep Reinforcement Learning Papers A list of recent papers regarding deep reinforcement learning. Th ...

  6. (转) Deep Learning Research Review Week 2: Reinforcement Learning

      Deep Learning Research Review Week 2: Reinforcement Learning 转载自: https://adeshpande3.github.io/ad ...

  7. Learning Roadmap of Deep Reinforcement Learning

    1. 知乎上关于DQN入门的系列文章 1.1 DQN 从入门到放弃 DQN 从入门到放弃1 DQN与增强学习 DQN 从入门到放弃2 增强学习与MDP DQN 从入门到放弃3 价值函数与Bellman ...

  8. Open source packages on Deep Reinforcement Learning

    智能车 self driving car + 强化学习 reinforcement learning + 神经网络 模拟 https://github.com/MorvanZhou/my_resear ...

  9. (转) Deep Reinforcement Learning: Playing a Racing Game

    Byte Tank Posts Archive Deep Reinforcement Learning: Playing a Racing Game OCT 6TH, 2016 Agent playi ...

随机推荐

  1. CentOS SSH配置

    默认CentOS已经安装了OpenSSH,即使你是最小化安装也是如此.所以这里就不介绍OpenSSH的安装了. SSH配置: 1.修改vi /etc/ssh/sshd_config,根据模板将要修改的 ...

  2. 一篇介绍jquery很好的

    本文基于jQuery1.7.1版本,是对官方API的整理和总结,完整的官方API见http://api.jquery.com/browser/ 0.总述 jQuery框架提供了很多方法,但大致上可以分 ...

  3. (转)面向移动设备的HTML5开发框架

    (原)http://www.cnblogs.com/itech/archive/2013/07/27/3220352.html 面向移动设备的HTML5开发框架   转自:http://blogrea ...

  4. USB peripherals can turn against their users

    Turning USB peripherals into BadUSB USB devices are connected to – and in many cases even built into ...

  5. Android中Preference的使用以及监听事件分析

    在Android系统源码中,绝大多数应用程序的UI布局采用了Preference的布局结构,而不是我们平时在模拟器中构建应用程序时使用的View布局结构,例如,Setting模块中布局.当然,凡事都有 ...

  6. CF700C (枚举+tarjan)

    Problem Break up (CF700C) 题目大意 给一张n个点,m条边的无向图,有边权,和起点S,终点T. (n<=1000 , m<=30000) 要求最多割掉2条边,使得S ...

  7. HDU 4862(费用流)

    Problem Jump (HDU4862) 题目大意 给定一个n*m的矩形(n,m≤10),每个矩形中有一个0~9的数字. 一共可以进行k次游戏,每次游戏可以任意选取一个没有经过的格子为起点,并且跳 ...

  8. 【转】DOM事件简介

    原文转自:http://blog.jobbole.com/52430/ Click.touch.load.drag.change.input.error.risize — 这些都是冗长的DOM(文档对 ...

  9. Python 获取 网卡 MAC 地址

    /*********************************************************************** * Python 获取 网卡 MAC 地址 * 说明: ...

  10. wireshark使用详解

    编号:1009时间:2016年4月29日15:52:44功能:wireshark使用详解URl:http://blog.jobbole.com/70907/URL:http://www.9upk.co ...