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Regularized Linear Regression Project Tutorial

Difficulty

  • easy

Average duration

2 hrs

Technologies

Difficulty

  • easy

Average duration

2 hrs

  • Understand a new dataset.
  • Process it by applying exploratory data analysis (EDA).
  • Model the data using regularized linear regression.
  • Analyze the results and optimize the model.

🌱 How to start this project

  1. Create a new repository based on machine learning project by clicking here.
  2. Open the newly created repository in Codespace using the Codespace button extension.
  3. Once the Codespace VSCode has finished opening, start your project by following the instructions below.

πŸš› How to deliver this project

Once you have finished solving the exercises, be sure to commit your changes, push them to your repository, and go to 4Geeks.com to upload the repository link.

πŸ“ Instructions

US county-level sociodemographic and health resource data (2018-2019)

Sociodemographic and health resource data have been collected by county in the United States and we want to find out if there is any relationship between health resources and sociodemographic data.

To do this, you need to set a target variable (health-related) to conduct the analysis.

Step 1: Loading the dataset

The dataset can be found in this project folder under the name demographic_health_data.csv. You can load it into the code directly from the link:

1https://raw.githubusercontent.com/4GeeksAcademy/regularized-linear-regression-project-tutorial/main/demographic_health_data.csv

Or download it and add it by hand in your repository. In this dataset you will find a large number of variables, which you will find defined here.

Step 2: Perform a full EDA

This second step is vital to ensure that we keep the variables that are strictly necessary and eliminate those that are not relevant or do not provide information. Use the example Notebook we worked on and adapt it to this use case.

Be sure to conveniently divide the data set into train and test as we have seen in previous lessons.

Step 3: Build a linear regression model

Start solving the problem by implementing a linear regression model and analyze the results. Then, using the same data and default attributes, build a Lasso model and compare the results with the baseline linear regression.

Analyze how R2R^2 evolves when the hyperparameter of the Lasso model changes (you can, for example, start testing from a value of 0.0 and work your way up to a value of 20). Draw these values in a line diagram.

Step 4: Optimize the previous model

After training the Lasso model, if the results are not satisfactory, optimize it using one of the techniques seen above.

Note: We also incorporated the solution samples on ./solution.ipynb that we strongly suggest you only use if you are stuck for more than 30 min or if you have already finished and want to compare it with your approach.

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Difficulty

  • easy

Average duration

2 hrs

Difficulty

  • easy

Average duration

2 hrs

Difficulty

  • easy

Average duration

2 hrs

Difficulty

  • easy

Average duration

2 hrs

Sign up and get access to solution files and videos

We will use it to give you access to your account.
Already have an account? Login here.

Difficulty

  • easy

Average duration

2 hrs

Difficulty

  • easy

Average duration

2 hrs