Pinned Repositories
CampusX_MLops
This repo is for my MLops understanding
catVSdog-classification
cat and dog classifier using CNN
creditcard
For Practice
IPL-api-using-flask
I've created this repo to deepen my knowledge of data analysis and to create an API service for IPL (Indian Premier League) team info using flask .
PlacementPal
A web application for campus placements
react-scheduler
SMS-spam-detection-
SMS spam classifier - This is a sms spam detection model demonstrated using streamlit
Two-Wheeler-Price-Prediction
This repository hosts a machine learning model designed to predict the prices of second-hand two-wheelers. Leveraging the Random Forest Regression , the model gives best accuracy compared to other ML approaches. The dataset includes relevant features for accurate predictions.
Volume-Control-using-Hand-Gestures
Empower your device with gesture-based volume control using this innovative repository. Utilizing computer vision and machine learning, this project enables users to adjust volume levels effortlessly through hand gestures.
Fxisxl's Repositories
Fxisxl/CampusX_MLops
This repo is for my MLops understanding
Fxisxl/catVSdog-classification
cat and dog classifier using CNN
Fxisxl/creditcard
For Practice
Fxisxl/IPL-api-using-flask
I've created this repo to deepen my knowledge of data analysis and to create an API service for IPL (Indian Premier League) team info using flask .
Fxisxl/PlacementPal
A web application for campus placements
Fxisxl/react-scheduler
Fxisxl/SMS-spam-detection-
SMS spam classifier - This is a sms spam detection model demonstrated using streamlit
Fxisxl/Two-Wheeler-Price-Prediction
This repository hosts a machine learning model designed to predict the prices of second-hand two-wheelers. Leveraging the Random Forest Regression , the model gives best accuracy compared to other ML approaches. The dataset includes relevant features for accurate predictions.
Fxisxl/Volume-Control-using-Hand-Gestures
Empower your device with gesture-based volume control using this innovative repository. Utilizing computer vision and machine learning, this project enables users to adjust volume levels effortlessly through hand gestures.