Description: The corresponding model is established by the known data, and the optimal linear relation of the data set is found to predict or estimate the dependent variable.
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Homework1\code and data\一元线性回归\computeCost.m
Homework1\code and data\一元线性回归\ex1.m
Homework1\code and data\一元线性回归\ex1data1.txt
Homework1\code and data\一元线性回归\gradientDescent.m
Homework1\code and data\一元线性回归\plotData.m
Homework1\code and data\多元线性回归\computeCostMulti.m
Homework1\code and data\多元线性回归\ex1data2.txt
Homework1\code and data\多元线性回归\ex1_multi.m
Homework1\code and data\多元线性回归\featureNormalize.m
Homework1\code and data\多元线性回归\gradientDescentMulti.m
Homework1\code and data\多元线性回归\normalEqn.m
Homework1\computeCost.m
Homework1\computeCostMulti.m
Homework1\ex1data2.txt
Homework1\ex1_multi.m
Homework1\featureNormalize.m
Homework1\gradientDescent.m
Homework1\gradientDescentMulti.m
Homework1\Homework1.pdf
Homework1\normalEqn.m
Homework1\plotData.m
Homework1\code and data\一元线性回归
Homework1\code and data\多元线性回归
Homework1\code and data
Homework1
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