Library for controlling PGA460 series of chips using ESP32 (or any Arduino framework board)
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Updated
Jun 5, 2024 - C++
Library for controlling PGA460 series of chips using ESP32 (or any Arduino framework board)
Driver repo for TDK InvenSense consumer ultrasonic sensors
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)
Implementação em hardware de um sistema de sonar digital.
TDK CH101/201 Mof-Mof (softness) sensor information and sample program for Raspberry Pi Pico
Arduino Driver for TDK InvenSense consumer ultrasonic sensor family CHx01
Arduino Driver for TDK InvenSense consumer ultrasonic sensor family ICUX0201
This Repository contains the Arduino IDE Code for Interfacing Ultrasonic Sensor HC-SR04 with Arduino. This project is a part of physicsandelectronics.com. Detailed Explanation of Project with diagrams and flowchart can be found with the link attached
Arduino based automatic traffic controll and smart lighting using ultrasonic sensor and ldr module
A repository for creation of a device that help people that can't see.
Arduino and ESP8266 project measuring distance with ultrasonic sensor, connecting to AWS IoT and Arduino IoT Cloud for remote monitoring and control.
An IoT based Smart Garbage Monitoring System.
Embedded Parking Occupancy Sensor
Ultrasonic sensor HC-SR04 with STM32 using Timer input capture.
EV3-based robotics; locate and capture the object challenge in arena - implemented in RobotC 🇨 🤖
This project is developed to detect the presence of potholes on the road surface. It gives the alert about the presence of the potholes within the vehicles tire range and gives the depth of the detected potholes.
The IoT based flood detection with Blynk Integration code allows you to monitor distance measurements of water using an ultrasonic sensor connected to an ESP8266 microcontroller.
Area ranging solution for four-wheel drive encoder motor car based on Arduino, ranging and obstacle avoidance using ultrasonic ranging, and motion calibration using MPU6050
A dynamic traffic control system that operates based on "traffic density" on intersection lanes / junctions to dynamically manage traffic. Using an interrupt-driven approach, the Ultrasonic sensors senses and feeds real-time traffic data into an Arduino mcu to effectively manage road traffic.
Raspberry Pi Rust driver for the HC-SR04 ultrasonic distance sensor.
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