Project 2 : Spotify Songs’ Genre Segmentation The music recommendations made by Spotify, a music app, are excellent. It recommends music based on the songs and artists you usually listen to. The algorithm groups comparable features into clusters, and these clusters aid in comprehending the auditory properties of diverse songs. Use this specific data set to construct an automated system. Project Output Instructions : •Perform data pre-processing operations. •As a part of data analysis and visualizations draw all the possible plots to provide essential informations and to derive some meaningful insights. •Show your correlation matrix of features according to the datasets. •Find out and plot different clusters according to different parameters like playlist genres , playlist names. •Build your model and show your final result so that the recommendation system can be built based on that.



Answer :

Answer:

To construct an automated system for Spotify Songs' Genre Segmentation, you'll follow these steps:

1. **Data Pre-processing**:

- Handle missing values.

- Encode categorical variables.

- Normalize or scale numerical features if necessary.

- Split the data into training and testing sets.

2. **Data Analysis and Visualizations**:

- Explore the distribution of features using histograms, box plots, etc.

- Visualize relationships between variables using scatter plots, pair plots, etc.

- Use bar plots to show the frequency of different genres or playlist names.

- Analyze trends and patterns in the data to derive meaningful insights.

3. **Correlation Matrix**:

- Create a correlation matrix to understand the relationships between different features.

- Visualize the correlation matrix using a heatmap to identify strong correlations.

4. **Clustering**:

- Use clustering algorithms (e.g., K-means, hierarchical clustering) to group songs based on similar features.

- Cluster songs according to parameters like playlist genres or playlist names.

- Plot the clusters to visualize how songs are grouped together based on different parameters.

5. **Model Building**:

- Choose an appropriate machine learning model (e.g., decision trees, random forests, neural networks) for building the recommendation system.

- Train the model using the training data.

- Evaluate the model's performance using metrics such as accuracy, precision, recall, etc., on the testing data.

6. **Final Result**:

- Show the performance metrics of the recommendation system.

- Provide recommendations for songs based on user preferences or input.

- Demonstrate how the recommendation system can be used to suggest music based on the user's listening history or preferences.

Throughout the process, ensure to document each step thoroughly and explain the rationale behind your choices. Visualize the results effectively to make the findings easy to understand.

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