priithaa's Stars
atsign-foundation/at_client_sdk
The Dart implementation of atSDK used for implementing Atsign's technology into other software
danielenricocahall/Keras-Weighted-Hausdorff-Distance-Loss
Custom Loss Functions in Keras
LeanIn-BV/HacktoberFest2021
rodrigo-arenas/Sklearn-genetic-opt
ML hyperparameters tuning and features selection, using evolutionary algorithms.
hanshulll/CodeCollection
Do push code on which you are working or if you have solved any problem in any language add the solution to this repository and help to contribute and star this repository!!Refer CONTRIBUTING.md for contributions!!
abhpd/hacktoberfest2021
🌱 Contribute your favorite 📚 Data Structure implementation, 🕸 Algorithms, and 🎲 Projects. 😊 | Very Active Repository, Star and Share with your friends |
chuanenlin/shutterscrape
Web scrapper for Shutterstock
rsuite/rsuite
🧱 A suite of React components .
ananya0504/covid_tracker
abhinavdc/cowin-pinger
Get notified on your phone when there is a vaccine slot available at your location, by running a script on your computer. Uses Cowin portal's public API.
firstcontributions/first-contributions
🚀✨ Help beginners to contribute to open source projects
5t3ph/stylestage
A modern CSS showcase styled by community contributions. Add your stylesheet!
priithaa/APT567
Learning Management System for students and Faculty of Banasthali Vidyapith.
iamshaunjp/php-mysql-tutorial
All the course files for the PHP & MySQL for Beginners tutorial on The Net Ninja YouTube channel.
UdayRockzz/Cell_Phone_controlled_sreach_vehicle_with_wireless_video_camera
The search vehicle that is equipped with a wireless video monitoring system can be controlled through any mobile phone based on the concept of video analyzing. Generally Infrared or RF-based remote-controlled technology is used for controlling the Robots, but hear the mobile phone is used for controlling the vehicle, that moves in all directions depending upon the commands received through another mobile phone. The wireless video camera, which is arranged over the vehicle, and which is designed to rotate for capturing the live video of the surrounding area is also controlled through the same mobile. The receiving part of the project work, from where the vehicle is controlled through cell phone is equipped with a small TV set along with its video receiver. This technology dominates the other remote controlled systems because of the unlimited range. To prove the concept practically, one mobile phone is supposed to be attached to the robot and it is controlled by another mobile phone. After establishing a communication link between two mobiles, the caller mobile keypad numbers can be activated to generate different tone frequencies, and at receiving side with the help of DTMF (Dual Tone Multi Frequency) decoder chip, different binary codes are produced corresponding to the button pressed at transmitting side. The output of this DTMF decoder is fed to the microcontroller and depending upon the binary code produced by DTMF chip, the controller is programmed to control the motors independently. Three DC motors with reduction gear mechanism are used to drive the complete mechanical transmission section, depending upon the control signals, the vehicle moves in all directions and the camera is also controlled independently.