Determining if a point lies on the interior of a polygon Written by Paul Bourke November 1987 Solution 1 (2D) The following is a simple solution to the problem often encountered in computer graphics, determining whether or not a point (x,y) lies ins
The Neural Network is one of the most powerful learning algorithms (when a linear classifier doesn't work, this is what I usually turn to), and this week's videos explain the 'backprogagation' algorithm for training these models. In this week's progr
frequentism-and-bayesianism-chs-iii 频率主义 vs 贝叶斯主义 III:置信(Confidence)与可信(Credibility),频率主义与科学,不能混为一谈¶ 这个notebook出自Pythonic Perambulations的博文 . The content is BSD licensed. 这个系列共4个部分:中文版Part I Part II Part III Part IV,英文版Part I Part II Part III P
http://www.cnblogs.com/wzm-xu/p/4062266.html 多元线性回归----Java简单实现 学习Andrew N.g的机器学习课程之后的简单实现. 课程地址:https://class.coursera.org/ml-007 不大会编辑公式,所以略去具体的推导,有疑惑的同学去看看Andrew 的课程吧,顺带一句,Andrew的课程实在是很赞. 如果还有疑问,feel free to contact me via emails or QQ. LinearRe
Statistical approaches to randomised controlled trial analysis The statistical approach used in the design and analysis of the vast majority of clinical studies is often referred to as classical or frequentist. Conclusions are made on the results of
using System; using System.Collections.Generic; using System.Linq; using System.Text; using System.Threading.Tasks; namespace ConsoleApp4 { class Program { static void Main(string[] args) { List<float[]> inputs_x = new List<float[]>(); inputs_