Name: Rahul Samantara
Type: User
Company: Arking Infotech
Bio: Flutter Developer,
Design & UI Lover,
Machine Learning Engineer,
Aspiring Data Scientist,
Tech Entrepreneur,
AI ML Enthusiast
Entrepreneur
Location: Raipur
Blog: www.rs.arkinginfotech.in
Rahul Samantara's Projects
The project aims at building a model of housing prices to predict median house values in California using the provided dataset. This model should learn from the data and be able to predict the median housing price in any district, given all the other metrics.
Performing a service request data analysis of New York City 311 calls. We will focus on the data wrangling techniques to understand the pattern in the data and also visualize the major complaint types.
Fitness Trainer App built in Flutter
E-Commerce App built in flutter
This is a Geocoder Application made using Python, Flask and Pandas libraries.
:zap: Dynamically generated stats for your github readmes
Chabot on Global Warming,
Ice Cream Parlour App UI in Flutter
Base repository for IMAD V2 course application. PLEASE DO NOT submit PRs, or push to this git repository!
In this project, I will analyze a dataset and then communicate my findings about it. I will use the Python libraries NumPy, pandas, and Matplotlib to make my analysis easier.
Minimalist login in flutter
Minimalist Login UI in Flutter
This is a Project Repository Of My Project- "Online Volunteer Blood Donor" Website. This Website is built based on ASP.Net Framework & Bootstrap(Front-End) and SQL Server 2014 for Database. This is Website helps to find nearby volunteer donors and register for being volunteer donor.
Plant Shop App UI in Flutter.
In this project, you will apply basic machine learning concepts on data collected for housing prices in the Boston, Massachusetts area to predict the selling price of a new home. You will first explore the data to obtain important features and descriptive statistics about the dataset. Next, you will properly split the data into testing and training subsets, and determine a suitable performance metric for this problem. You will then analyze performance graphs for a learning algorithm with varying parameters and training set sizes. This will enable you to pick the optimal model that best generalizes for unseen data. Finally, you will test this optimal model on a new sample and compare the predicted selling price to your statistics.
Udacity Data Analyst Nanodegree Term 2 Project1 Test a Perceptual Phenomenon
This is a Webcam Based Motion Detector created using Python, Open CV and Bokeh, capable of detecting motion and record time intervals to show.