CogandKim
Machine Learning 머신 러닝 - Linear Regression 본문
Machine Learning 머신 러닝 - Linear Regression - Using with Learning Training Set (학습된 데이터를 기반으로) Using Training data -> (Linear) Hypothesis - H(x) = Wx+b And then “Which hypothesis is better?” Linear Regression -> Many Modeling - How fit the line to our training data - cost : (H(x)-y)2 - cost function > cost = (H(x1)-y1)2+(H(x2)-y2)2+(H(x3)-y3)2 > cost = 1mi=1m(H(x(i))-y(i))2 > H(x) = Wx + b -> cost(W,b)= 1mi=1m(H(x(i))-y(i))2 ( m = num of data) minimize cost(W,b) Sung Kim https://www.youtube.com/channel/UCML9R2ol-l0Ab9OXoNnr7Lw Andrew Ng’s ML class - https://class.coursera.org/ml-003/lecture - http://www.holehouse.org/mlclass관련 포스트
Machine Learning 머신러닝 - ML & Deep Learning
TensorFlow 설치 및 PyCharm 설치
TensorFlow Linear Regression
TensorFlow Minimize Cost, Gradient Discent Algorithm
Predicting exam score : regression
Regression(data)
Cost(Loss) function
Goal : Minimize cost
Reference
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