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Sai Vamsi M

Rock v/s Mine prediction system

This page presents a case study of the Rock v/s Mine prediction system Project, featuring an overview of the project, the libraries utilized, and source code links to access the project.

Project Image

Project Overview

This project aims to develop a predictive system tailored for submarines, with the primary goal of accurately distinguishing rocks from mines detected underwater. By utilizing libraries such as NumPy, Pandas, scikit-learn, and the Logistic Regression model, the Rock vs Mine Prediction System aims to enhance submarine capabilities in accurately detecting and classifying underwater objects. Its applications span from marine exploration to defense, improving safety and efficiency in underwater operations.

Functionalities of the predictive system:

  • • Data manipulation and preprocessing tasks performed using numpy and pandas libraries.
  • • train_test_split function from sklearn.model_selection library used to split the dataset into training and testing subsets.
  • • LogisticRegression used as the predictive model.
  • • Accuracy_score metric function from sklearn.metrics library utilized to assess the model's performance and measure prediction accuracy.

Tools/Libraries Used

Python
numpy
pandas
sklearn.model_selection
sklearn.linear_model
LogisticRegression
scikit-learn
sklearn.metrics