A complete home automation system developed on ESP32 microcontroller using freeRTOS. The system is controlled wirelessly via Bluetooth with an android app developed using MIT App Inventor.
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Updated
Jan 7, 2024 - C++
A complete home automation system developed on ESP32 microcontroller using freeRTOS. The system is controlled wirelessly via Bluetooth with an android app developed using MIT App Inventor.
A tutorial for setting up and interfacing with Marvelmind Indoor 'GPS' ultrasonic beacons!
This project provides ROS drivers for Bosch Off-Highway sensor systems. (Radar Off-Highway Premium, Radar OHW, General Purpose Radar Off-Highway (GPR), Ultrasonic Sensor System OHW Entry & Premium)
Library for measuring distance with the HC-SR04 UltraSonic Sensor, by utilizing temperature correction and multiple echo pins in parallel.
This repository implements a simple YOLO algorithm for detection of birds and other aerial obstacles for drones to avoid collision during flight.
Application of LSTM network for Structural Health Monitoring & Non-Destructive Testing
Implementation of sensor fusion with the Marvelmind Indoor GPS ultrasonic beacons! (With custom message adapters and the Linorobot stack!)
I have been using this project to measure sump (under ground) water tank water level with NodeMCU and ultrasonic sensor, implemented using Arduino, MQTT and Home Assistant
💡 Community for open source electronics enthusiasts.
A part of my graduation project that simulates the radar using hc-sr04 sensor on a rotating servo all connected to a raspberry pi
Training Number Plate detector using SSD mobilenet v2, Tensorflow Object Detection and face recognition.
💧 Monitoring water tanker level using NodeMCU ESP8266 and HC-SR04P Ultrasonic Sensor and broadcasting it using a simple HTTP server inside NodeMCU ESP8266 and show data in an Android App
💠 51单片机 - 基于温度补偿的超声波测距系统
A crop monitoring system made using a Raspberry Pi 4B, a 7-in-1 NPK sensor, an ultrasonic sensor, and an ESP32 Wi-Fi module.
DigitalIO library for Arduino Version 2.x
Enables autonomous driving of a 2 or 4 wheel car with an Arduino and a Adafruit Motor Shield V2. To avoid obstacles a HC-SR04 Ultrasonic sensor mounted on a SG90 Servo continuously scans the area. Manual control is by a GUI implemented with a Bluetooth HC-05 Module and the BlueDisplay library.
Rust embedded-hal sensor crate for HC-SR04
Autonomous RC car using Raspberry Pi. Uses picamera data, OpenCV for processing, along with ultrasonic sensor data to drive autonomously.
A robot car developed using Arduino that can operate in 3 modes - Manual, Automatic and Voice. The car is controlled wirelessly via Bluetooth with an android app developed using MIT App Inventor.
Driver repo for TDK InvenSense consumer ultrasonic sensors
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