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https://github.com/jbkunst/shiny-apps-educational

Shiny apps for educational purposes.
https://github.com/jbkunst/shiny-apps-educational

educational educational-materials educational-project r shiny

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Shiny apps for educational purposes.

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Shiny apps for educational purposes
================

- [FOA: ♫ Tell me *Y* ♪](#foa--tell-me-y-)
- [Using apps locally](#using-apps-locally)
- [Shiny apps](#shiny-apps)
- [ARMA Process](#arma-process)
- [Bias Variance](#bias-variance)
- [Decision Tree](#decision-tree)
- [Kmeans](#kmeans)
- [Kmeans Images](#kmeans-images)
- [Logistic Regression](#logistic-regression)
- [Lorenz Attractor](#lorenz-attractor)
- [Matrix Decompositions](#matrix-decompositions)

## FOA: ♫ Tell me *Y* ♪

The ideas/purposes behind every shiny app in this repository are:

- Being a complement for a ML, Statistics, Probability, R class. The
application mainly shows and exemplifies a *result* that needs to be
explained. By themselves, the apps are just an app.
- Point out other resources and links that are more formal and/or
useful.
- TBD.

![](screenshots.gif)

## Using apps locally

There is a script `run_app.R` which contanins a helper function to
download the repo in a temporal folder and then you can run the apps

To load that function:

``` r
source("https://raw.githubusercontent.com/jbkunst/shiny-apps-edu/master/run_app.R")
```

Then you can use it giving the folder name, for example:

``` r
run_app("kmeans")
```

## Shiny apps

### ARMA Process

![](arma-process/screenshot.png) Source code [here](/arma-process). See
the live version in
[shinyapps.io](https://jbkunst.shinyapps.io/arma-process). Go to
[index](#shiny-apps-for-educational-purposes).

### Bias Variance

![](bias-variance/screenshot.png) Source code [here](/bias-variance).
See the live version in
[shinyapps.io](https://jbkunst.shinyapps.io/bias-variance). Go to
[index](#shiny-apps-for-educational-purposes).

### Decision Tree

![](decision-tree/screenshot.png) Source code [here](/decision-tree).
See the live version in
[shinyapps.io](https://jbkunst.shinyapps.io/decision-tree). Go to
[index](#shiny-apps-for-educational-purposes).

### Kmeans

![](kmeans/screenshot.png) Source code [here](/kmeans). See the live
version in [shinyapps.io](https://jbkunst.shinyapps.io/kmeans). Go to
[index](#shiny-apps-for-educational-purposes).

### Kmeans Images

![](kmeans-images/screenshot.png) Source code [here](/kmeans-images).
See the live version in
[shinyapps.io](https://jbkunst.shinyapps.io/kmeans-images). Go to
[index](#shiny-apps-for-educational-purposes).

### Logistic Regression

![](logistic-regression/screenshot.png) Source code
[here](/logistic-regression). See the live version in
[shinyapps.io](https://jbkunst.shinyapps.io/logistic-regression). Go to
[index](#shiny-apps-for-educational-purposes).

### Lorenz Attractor

![](lorenz-attractor/screenshot.png) Source code
[here](/lorenz-attractor). See the live version in
[shinyapps.io](https://jbkunst.shinyapps.io/lorenz-attractor). Go to
[index](#shiny-apps-for-educational-purposes).

### Matrix Decompositions

![](matrix-decompositions/screenshot.png) Source code
[here](/matrix-decompositions). See the live version in
[shinyapps.io](https://jbkunst.shinyapps.io/matrix-decompositions). Go
to [index](#shiny-apps-for-educational-purposes).