It’s not Wall-e, But it looks like Wall-e a bit. In this Instructable, I’m going to show how you can make a simple obstacle avoiding robot using Arduino in a very simple manner. learn to interface a servo motor and ultrasonic sensor with Arduino. Step 1: What You Need to Build This Robot? To make […]
Wall-e, an Obstacle Avoiding Robot Continue Reading
The temperature sensor for Arduino is a fundamental element when we want to measure the temperature of a processor of the human body. The temperature sensor with Arduino must be in contact or close to receive and measure the heat level. That’s how thermometers work. These devices are extremely used to measure the body temperature
Temperature Sensor for Arduino Applied for COVID 19 Continue Reading
SurveilsQUAD (e-CAM20_CUXVR) is a synchronized multiple camera solution for NVIDIA® Jetson AGX Xavier™ Developer Kit that consists of four 2MP camera board and a base board to interface with the NVIDIA® Jetson AGX Xavier™ Developer Kit. Each camera is based on the camera module e-CAM21_CUMI290_MOD, a SONY® Starvis IMX290 color CMOS image sensor. E-con Systems has
AI-ENABLED SURVEILSQUAD CAMERA FEATURES JETSON AGX XAVIER Continue Reading
You don’t have two ears by accident. [Stoppi] has a great post about this, along with a video you can see below. (The text is in German, but that’s what translation is for.) The point to having two ears is that you receive audio information from slightly different angles and distances in each ear and your
BINAURAL HEARING MODELED WITH AN ARDUINO Continue Reading
Controlling your computer with a wave of the hand seems like something from science fiction, and for good reason. From Minority Report to Iron Man, we’ve seen plenty of famous actors controlling their high-tech computer systems by wildly gesticulating in the air. Meanwhile, we’re all stuck using keyboards and mice like a bunch of chumps. But it doesn’t
LOW-COST COMPUTER GESTURE CONTROL WITH AN I2C SENSOR Continue Reading
IoT application development SensiBLE 2.0 by SensiEDGE simplifies cloud connectivity, shortens time to market and accelerate Delivery of Industrialized IoT solution Introducing SensiBLE 2.0, a new portable IoT module in a small form factor (17 x 40mm) powered by a rechargeable Li-Ion battery. Packed with a variety of sensors such as ambient light sensor, UV sensor, pressure sensor,
SENSIBLE 2.0 NEXT GENERATION OF INDUSTRIALIZATION OF IOT SOLUTION Continue Reading
Time-of-flight sensors used to be expensive obscurities, capable of measuring the travel time of photons themselves and often used for tracking purposes. However, the technology is cheaper now, such that [jean.perardel] has used TOF sensors to build a useful and affordable gesture-tracking system. The system relies on four VL53L1X time of flight sensors, which have a
HEDGEHOG GESTURE SENSOR BUILT WITH CHEAP TIME-OF-FLIGHT MODULES Continue Reading
To say that the ocean is a dynamic environment would be a gross understatement, especially when coastlines are involved. Waves crash, tides go in and out, and countless variables make even the usual conditions a guessing game. When [foobarbecue] goes surfing, he tries to take into account all of these things. The best waves at
SURF SENSOR ADDS DEPTH TO FINDING THE ULTIMATE WAVE Continue Reading
To measure wind speed and direction, most people turn the traditional cup anemometer and wind vane. Another less-known method is to use an array of ultrasonic transducers, which doesn’t need any moving parts. [Andy] demonstrates building an ultrasonic anemometer using a cheap after-market parking distance sensor kit and an Arduino. Demo video after the break. Aside from
TURN A PARKING SENSOR INTO AN ANEMOMETER Continue Reading
Norman is a climatic simulation library designed to run on an Arduino Uno for indoor and greenhouse automation projects. Arduino Library for mathematical climatic simulation of natural daylight, temperature, and humidity cycles using minimal data sets. Given a set of parameters for a target locale, the library returns values for temperature, dew point, Relative Humidity, and
