Kaggle Challenge简要介绍

https://en.wikipedia.org/wiki/Kaggle

以下内容,直接摘自维基百科,主要起到一个记录的作用,提醒自己有时间关注关注这个竞赛。

Kaggle is a platform for predictive modelling and analytics competitions on which companies and researchers post their data and statisticians and data miners from all over the world compete to produce the best models. This crowdsourcing approach relies on the fact that there are countless strategies that can be applied to any predictive modelling task and it is impossible to know at the outset which technique or analyst will be most effective.

Contents

How Kaggle competitions work[edit]

  1. The competition host prepares the data and a description of the problem. Kaggle offers a consulting service which can help the host do this, as well as frame the competition, anonymize the data, and integrate the winning model into their operations.
  2. Participants experiment with different techniques and compete against each other to produce the best models. For most competitions, submissions are scored immediately (based on their predictive accuracy relative to a hidden solution file) and summarized on a live leaderboard.
  3. After the deadline passes, the competition host pays the prize money in exchange for "a worldwide, perpetual, irrevocable and royalty free license [...] to use the winning Entry", i.e. the algorithm, software and related intellectual property developed, which is "non-exclusive unless otherwise specified".[1]

Alongside its public competitions, it also offers private competitions limited to Kaggle‘s top participants, and Kaggle-in-Class[2] for university groups.

Impact of Kaggle competitions[edit]

As of July 2015, Kaggle claims approximately 332,000 data scientists on its job boards.[3] It has partnered[clarification needed] with organisations such as NASAWikipediaDeloitte and Allstatefor its competitions.[citation needed] Kaggle is best known as the platform hosting the $3 million Heritage Health Prize.[4] Other competitions have looked at improving gesture recognition forMicrosoft Kinect,[5] or at improving the search for the Higgs boson at CERN.[6]

Competitions have resulted in many successful projects including furthering the state of the art in HIV research,[7] chess ratings[8] and traffic forecasting.[9] Several academic papers have been published on the basis of findings made in Kaggle competitions.[10] A key to this is the effect of the live leaderboard, which encourages participants to continue innovating beyond existing best practice.[11] The winning methods are frequently written up on the Kaggle blog, No Free Hunch.

Financials[edit]

In November 2011, Kaggle announced a Series A funding round of $11 million from a number of high-profile Silicon Valley investors. Index Ventures and Khosla Ventures led the round, while Max Levchin, the co-founder of PayPal, also took part and became Chairman of the Board. Another well-known investor is Hal Varian, Chief Economist at Google, who described Kaggle as "a way to organize the brainpower of the world’s most talented data scientists and make it accessible to organizations of every size".[12] Founded in Melbourne, Australia, Kaggle moved to San Francisco in 2011 and experienced a phase of rapid expansion following its fundraising.

时间: 2024-10-07 04:15:53

Kaggle Challenge简要介绍的相关文章

0-Android编译系统简要介绍和学习计划

Android编译系统简要介绍和学习计划 来源:http://blog.csdn.net/luoshengyang/article/details/18466779 导语: 在Android源码环境中,我们开发好一个模块后,再写一个Android.mk文件,就可通过m/mm/mmm/make等命令进行编译.此外,通过make命令还可制作各种系统镜像文件,例如system.img.boot.img和recovery.img等.这一切都得益于Android编译系统,它为我们处理了各种依赖关系,以及提

FinalActivity的简要介绍与使用

之前的两篇文章介绍了AFinal框架下的图片加载与网络通信的部分,这篇文章主要简单介绍FinalActivity的使用. 首先,FinalActivity是基于IOC机制,通过依赖注入的方式完成控件的id绑定与事件绑定,从而实现代码量的精简.下面是FinalActivity的最简单的使用 public class MainActivity extends FinalActivity { @ViewInject(id = R.id.btn, click = "click") Button

Android运行时ART简要介绍和学习计划

Android在4.4就已推出新运行时ART,准备替代用了有些时日的Dalvik.不过当时尚属测试版,主角仍是Dalvik. 直到今年的Google I/O大会,ART才正式取代Dalvik.这个消息在科技界引起不小轰动,也吸引不少技术人员对它的"技术分析".可惜这些"技术分析"不过是引用了官方的数据和图表而已.这一系列文章将对ART进行真正的技术分析.老规矩,分析前先进行简要介绍和制定学习计划. 老罗的新浪微博:http://weibo.com/shengyang

SEAndroid安全机制简要介绍和学习计划

与iOS相比,Android最被人诟病的是其流畅性和安全性.然而,从4.0开始,Android不遗余力地改善其流畅性.特别是在即将发布的L版本中,用ART替换了Dalvik,相信会越来越流畅.至于安全性,Android也没有遗忘.从4.3开始,Android引入了一套基于SELinux的安全机制,称为SEAndroid,来加强系统安全性.接下来我们就对SEAndroid进行简要介绍和制定学习计划. 老罗的新浪微博:http://weibo.com/shengyangluo,欢迎关注! 在介绍SE

html5 拖拽的简要介绍

1,首先,你要告诉计算机那个元素可以拖动,或者是一张图,或者是一个盒子,在标签里面加上 draggable="true"  2,然后,监听该元素被拖动的函数 ondragstart="drag(event)" 3,drag 里面告诉计算机是那个元素被拖动的 ev.dataTransfer.setData("Text",ev.target.id); 4,接下来将拖动的元素放到哪个盒子,(或者是经过那个盒子,经过某个盒子的时候触法 ondragove

0-Broadcast机制原理简要介绍

Broadcast机制简要介绍 来源: http://blog.csdn.net/luoshengyang/article/details/6730748 导语 广播机制在Android系统中,也不算是什么创新的东西.如果读者了解J2EE或者COM,就会知道,在J2EE中,提供了消息驱动Bean(Message-Driven Bean),用来实现应用程序各个组件之间的消息传递:而在COM中,提供了连接点(Connection Point)的概念,也是用来在应用程序各个组间间进行消息传递.无论是J

Nginx学习笔记01Nginx简要介绍与目录说明

1.1. Nginx简要介绍 (1)Nginx是Web服务器. Apache.IIS:经典的通用Web服务器. Lighttpd.Nginx:轻量级Web服务器. Tomcat.Jetty:面向Java的Web服务器. (2)Nginx的优点. Nginx最吸引人的优点在于以下三个方面: (a)支持高并发. 单机10万并发. (b)低内存消耗.10000个非活跃连接仅消耗2.5MB内存. (c)热部署.24x7不间断服务. (3)Nginx的架构特点. (a)多进程架构:1个Master进程+N

Chromium网页渲染机制简要介绍和学习计划

作为一个浏览器,快速地将网页渲染出来是最重要的工作.Chromium为了做到这一点,费尽了心机,做了大量优化工作.这些优化工作是卓有成效的,代表了当今最先进的网页渲染技术.值得一提的是,这些渲染技术不仅适用于网页渲染,也可以应用在原生系统的UI渲染上.例如,在Android系统上,我们就可以看到两者在渲染技术上的相似之处.本文接下来就对Chromium的网页渲染机制进行简要介绍,并且制定学习计划. 老罗的新浪微博:http://weibo.com/shengyangluo,欢迎关注! Chrom

Android应用程序UI硬件加速渲染技术简要介绍和学习计划

Android系统的流畅性一直被拿来与iOS比较,并且认为不如后者.这一方面与Android设备硬件质量参差不齐有关,另一方面也与Android系统的实现有关.例如在3.0前,Android应用程序UI绘制不支持硬件加速.不过从4.0开始,Android系统一直以"run fast, smooth, and responsively"为目标对UI进行优化.本文对这些优化进行简要介绍和制定学习计划. 老罗的新浪微博:http://weibo.com/shengyangluo,欢迎关注!