Sentimental Analysis with Natural Language Processing Technique and Naive Bayes Classifier
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Movie Recommendation System Based on Item Based Collaborative Filtering
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GitHub Link: github.com/shrishpellakur00/Movie-Recommendation-System/blob/main/Movie_Recommendation_System.ipynb
Video Action Recognition using Convoluted Neural Networks (in progress)
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Image Classification using Neural Networks
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GitHub Link: github.com/shrishpellakur00/Image-Classification-Neural-Networks
Linear Regression Model
Simple Regression model single Tensor Flow library.
GitHub: github.com/shrishpellakur00/Linear-Regression
GitHub: github.com/shrishpellakur00/Linear-Regression
Android Applications
Python Learning ApplicationPython Learning application which teaches Python to the user. It opens up links to Web pages and Documents based on the user's interests and choices.
GitHub Link: github.com/shrishpellakur0/effective-carnival/blob/master/Python.zip Simple Game ApplicationA simple game app which allows the users to pop the balloon in order to progress in the game. The Game play has levels and scores. As the user progresses each level, the balloons pass by faster making it hard for the user. Have used animation classes from the Android SDK to move objects on the screen, creating clean fluid motion and visualize objects using graphic files.
GitHub Link: https://github.com/shrishpellakur0/effective-carnival/blob/master/BrainTeaserApp.zip |
Connect 3 Game ApplicationIt is a simple game application which uses graphics and animation to create an interactive user interface. Once a user has won the game, the app asks for a re-match!
GitHub Link: github.com/shrishpellakur0/effective-carnival/blob/master/Connect3App.zip Map ApplicationThis application allows the users to access different types of Maps such as Hybrid map, Satellite map, Terrain map etc. It tracks the live location of the user and also provides night mode. It uses the google maps API.
GitHub Link: github.com/shrishpellakur0/effective-carnival/blob/master/Maps.zip |
IOT based Agricultural System
- It is an IOT (Internet of Things) based project which uses an Arduino uno micro controller, to which sensors such as humidity, temperature and soil moisture sensors are connected.
- The sensors automatically calculates the humidity, temperature and soil moisture of fields and stores it in a database. Using the data from soil moisture sensor, the water motor can be turned on and off.
- This system is very useful in monitoring remote agricultural fields and it reduces the usage of water by a large margin.