Arduino Parking Sensor with HC-SR04 Ultrasonic Sensor
Connected conceptual parking lot using visual monitoring and edge computing.
Garage parking sensor using addressable RGB LEDs to provide feedback to vehicle driver as they approach and reach stop (park) position.
ARTIK cloud-based smart parking system.
A system that tells you about the parking slots of an area.
The project was implemented to solve parking issues by using sensors, Arduino, and Raspberry Pi including mobile apps.
This project makes a simple, cheap and secure payment system using RFID that is suitable for small businesses.
An IT system that manages cars' access to a parking garage by using RFID technology.
Use three HC-SR04 ultrasound sensors and two battery displays to show you how close the obstacles are and from which side.
This parking sensor with Arduino is an easy project.
A system that can be used by users that allows them to view the available parking spaces through a website in huge parking lots.
Smart Parking and better user engagement with Azure IoT suite remote monitoring + Raspberry Pi + Smooch + Slack.
Make an assistant which tells you about how much to drive backwards without any collision through your smartphone by Arduino and 1Sheeld.
Automated parking system using RFID and Ultrasonic sensors.
I made a simple project called "smart car parking system."
A parking aid using an ultrasonic distance sensor and colored LEDs.
A smart parking mobile app to assist you in finding and reserving an available parking spot nearby so that others wouldn't beat you to it.
Count cars when they enter and exit in the parking space area, this helps find out available car parking space.
Using the TrackALL IoT device from mcThings, we'll create an easy example of creating an IoT parking sensor solution with Tago and Sigfox.
Pull into your garage and have a distance sensor tell you when to stop and give feedback through a regular stop light interface.
This computer vision-based parking system makes vehicle parking process super easy.
Receiving and sending the digital and analog signal through AD5669 interface with Arduino to detect the A/D pulses.
An empty place indicator or monitor for car parking.
This is an application that helps inform users about parking space availability in a car park. This device operates using IoT.