Machine Learning Course at Stanford University

Stanford University offers a Machine Learning Course.
The course is 11 weeks long, tuition is free (or $49 if you want a certificate upon completion of the course).
The next session begins March 21, enrollment ends March 12.
Here's the syllabus and enrollment link:
https://www.coursera.org/learn/machine-learning/
Code:
Syllabus
Week 1

Introduction

Linear Regression with One Variable

Linear Algebra Review
Welcome
Introduction
Review
Other Materials
Model and Cost Function
Parameter Learning
Review
Linear Algebra Review
Review
Quiz: Introduction
Quiz: Linear Regression with One Variable

Week 2

Linear Regression with Multiple Variables

Octave Tutorial
Environment Setup Instructions
Multivariate Linear Regression
Computing Parameters Analytically
Review
Octave Tutorial
Submitting Programming Assignments
Review
Quiz: Linear Regression with Multiple Variables
Assignment: Linear Regression
Quiz: Octave Tutorial

Week 3

Logistic Regression

Regularization
Classification and Representation
Logistic Regression Model
Multiclass Classification
Review
Solving the Problem of Overfitting
Review
Quiz: Logistic Regression
Assignment: Logistic Regression
Quiz: Regularization

Week 4

Neural Networks: Representation
Motivations
Neural Networks
Applications
Review
Quiz: Neural Networks: Representation
Assignment: Multi-class Classification and Neural Networks

Week 5

Neural Networks: Learning
Cost Function and Backpropagation
Backpropagation in Practice
Application of Neural Networks
Review
Quiz: Neural Networks: Learning
Assignment: Neural Network Learning

Week 6

Advice for Applying Machine Learning

Machine Learning System Design
Evaluating a Learning Algorithm
Bias vs. Variance
Review
Building a Spam Classifier
Handling Skewed Data
Using Large Data Sets
Review
Quiz: Advice for Applying Machine Learning
Assignment: Regularized Linear Regression and Bias/Variance
Quiz: Machine Learning System Design

Week 7

Support Vector Machines
Large Margin Classification
Kernels
SVMs in Practice
Review
Quiz: Support Vector Machines
Assignment: Support Vector Machines

Week 8

Unsupervised Learning

Dimensionality Reduction
Clustering
Review
Motivation
Principal Component Analysis
Applying PCA
Review
Quiz: Unsupervised Learning
Quiz: Principal Component Analysis
Assignment: K-Means Clustering and PCA

Week 9

Anomaly Detection

Recommender Systems
Density Estimation
Building an Anomaly Detection System
Multivariate Gaussian Distribution (Optional)
Review
Predicting Movie Ratings
Collaborative Filtering
Low Rank Matrix Factorization
Review
Quiz: Anomaly Detection
Quiz: Recommender Systems
Assignment: Anomaly Detection and Recommender Systems

Week 10

Large Scale Machine Learning
Gradient Descent with Large Datasets
Advanced Topics
Review
Quiz: Large Scale Machine Learning

Week 11

Application Example: Photo OCR
Photo OCR
Review
Conclusion
Quiz: Application: Photo OCR

See also:
https://www.coursera.org/about/partners
http://www.blueowlpress.com/machine-learning-course-from-stanford-and-coursera
"The ever-popular machine learning course sponsored by Coursera and Stanford University, taught by Andrew Ng, is beginning a new session.
Over 10,000 people have already enrolled in this session."
 
Linear Algebra and Linear Regression...

I don't recommend those classes. I had them in college and they caused the breakout for me with one of the hottest girls on campus. :banghead:
 
Linear Algebra and Linear Regression...

I don't recommend those classes. I had them in college and they caused the breakout for me with one of the hottest girls on campus. :banghead:
https://people.maths.ox.ac.uk/porterm/writing/compare.txt

There are perhaps more important distinctions between engineers and mathematicians. It is an indisputable fact that mathematicians get all the girls. (Empirical studies among graduate students at various universities have verified it.) It has been shown, moreover, that this result is independent of the gender of the mathematician. The mere utterance of the phrase "tensor analysis" drives women wild. Mathematics truly is the language of love. I have had classes, for example, in which I've studied curve fitting, lubrication theory, and even the Hairy Ball Theorem.
 
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Andrew Ng's course is awesome. I took it a few years ago.
It makes you understand how gradient descent, recomender systems and neural nets work underneath the hood.

It also gives a great foundation on machine learning, understanding the high variance/high bias trade off , the linear algebra involved etc.

Berkley's artificial intelligence course is also great, and may be more easily used for trading since it is focused around reinforcement learning.
 
Don't forget course at MIT's OpenCourseWare
This one looks pretty good too.

http://ocw.mit.edu/courses/electric...l-and-signal-processing-spring-2010/index.htm

And here's a link to get lots of book for free:
(ONLY for the SELFISH or POOR guys)
http://gen.lib.rus.ec
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