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gilbish's Projects

hello-hacktoberfest2k19 icon hello-hacktoberfest2k19

It is a repo in which anyone can contribute for a Hacktober Fest 2k19. It is starter repository in which you can start your open-source journey.

htmlprank icon htmlprank

A chrome extension to easily change content of a website or to prank someone :smile:

live icon live

Prism Live: Lightweight, extensible editable code editors. A work in progress, try it out at your own risk (and report bugs!) :)

material-ui icon material-ui

React components for faster and easier web development. Build your own design system, or start with Material Design.

nativebasefork icon nativebasefork

Mobile-first, accessible components for React Native & Web to build consistent UI across Android, iOS and Web.

open-pixel-art icon open-pixel-art

A collaborative pixel art project to teach people how to contribute to open-source

personalblog icon personalblog

I write stuffs related to django, react, javascript and slice of life

scrapingmodules icon scrapingmodules

These is a respository where i will save the scrapingmodules.I am learning how to scrape and all the codes i learn will be displayed in these repository.The codes are from the book "Web scraping with Python" by Ryan Mitchell"

sentiment-analysis-on-imdb-film-reviews icon sentiment-analysis-on-imdb-film-reviews

Sentiment Analysis is a popular Natural Language Processing (NLP) task which allows us to extract the overall opinion in a text. In this project, we will be performing Sentiment Analysis on some IMDB movie reviews, to classify the overall review as positive or negative. When dealing with text data, a prevalent issue is how to encode the words as a numeric feature that can be used to compute the output of a classification algorithm. Especially because words don’t naturally lend themselves to a numeric ordering, there have been many approaches on how to featurize a text. In this project, we will use the bag of words model, which uses the count of words in a text as a feature. We will begin by using logistic regression to perform this task, followed by a decision tree approach, and random forests models. We will tune the regularize and tune the parameters of each model and use AdaBoost Classifiers with our Decision Tree and Random Forest models as our base estimator. Finally, we will compare the performance of each model on our training and validations data sets.

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