Interactive Image Processing Graphs
Here you can explore a few Desmos graphs featuring gamma correction (using power law) and Linear Contrast Stretching.
Interactive Image Processing Graphs
Here you can explore a few Desmos graphs featuring gamma correction (using power law) and Linear Contrast Stretching.
Interactive Image Processing Graphs
Here you can explore a few Desmos graphs featuring gamma correction (using power law) and Linear Contrast Stretching.
Here you can explore several Desmos graphs featuring distributions, permutations/combinations, and regression. For the best experience, view these graphs on a computer rather than a phone.
Here you can explore several Desmos graphs featuring distributions, permutations/combinations, and regression. For the best experience, view these graphs on a computer rather than a phone.
Here you can explore several Desmos graphs featuring distributions, permutations/combinations, and regression. For the best experience, view these graphs on a computer rather than a phone.
JML Regression Models
Regression Overview:
Regression analysis is a set of statistical methods used for modeling relationships in data. We start by choosing a base function to use to model this relationship. To do this we define an error that explains how well or poor our model is performing then we work to minimize this error.
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As an example, for simple linear regression, we choose a line as our model and find the "best fitting" line for the dataset by computing the slope and intercept (often called model parameters) that minimize the error (In this case it will be the sum of square errors).
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JML Regression Models:
The JML library provides four basic regression models: 1D linear regression, nD linear regression, polynomial regression, and logistic regression. Note that logistic regression can also be used as a classification model (see classification models for more). In addition to these models, there are also variants of the 1D linear regression, nD linear regression, and polynomial regression which are solved using gradient descent rather than forming the normal equations explicitly using least squares.