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Generate a Simple Dataset:
- Create a dataset with known features and labels. For example, age and income, with a binary label indicating purchase preference.
- Use a simple rule, such as if a person's income is greater than their age, they like the product.
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Split the Dataset:
Divide the dataset into training (8%) and testing (2%) sets. This ensures the model generalizes well to unseen data.
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Implement Linear Regression:
- Use a simple linear regression model to predict the binary label based on features.
- Initialize weights and bias to zero.
- Use an optimization method (e.g., gradient descent) to minimize prediction error.
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Training:
- For each data point, compute the predicted value.
- Calculate the error and adjust weights and bias using the learning rate.
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Testing:
Test the model on the testing set to evaluate accuracy, which is the number of correct predictions divided by total predictions.
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Evaluation and Application:
- Use the model to predict on new data to assess its performance.
- This provides insight into how well the AI generalizes.
Summary: By generating a controlled dataset, splitting it, and implementing a simple linear regression model, you can create a basic AI that learns from a controlled environment. This approach provides a foundation for understanding AI applications and their limitations.









