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This contains the models we made for Excavate Composit'25 using Machine Learning modelling techniques

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Excavate-25

This contains the models we made for Excavate Composit'25 using Machine Learning modelling techniques

Tech Stack :

Python NumPy Pandas Matplotlib Plotly scikit-learn TensorFlow Keras Scipy

Technology & Description :

Technology Description
NumPy Mathematical Computation
Pandas Data Manipulation and Analysis
Matplotlib Used for Plotting Graphs
scikit-learn Regression & Classification
TensorFlow Deep Learning
Plotly Visualization

Achievements :

  1. Regression : Fine-tuned Linear Regression models with One-Hot Encoding & Imputation techniques, achieving an impressive R² = 0.798 for accurate excavation predictions.
  2. Classification : Focused on Random Forest, SVM, & K-Means, optimizing the Random Forest model for 90% accuracy, minimizing misclassifications in excavation categorization.
  3. Deep Learning Synergy – Leveraged TensorFlow & Keras to integrate ML models, boosting accuracy to 92% with Fully Connected Neural Networks and advanced optimization techniques.

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This contains the models we made for Excavate Composit'25 using Machine Learning modelling techniques

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