Work with AT Commands using your SIM800L module.
It's a Morse code receiver base on processing the light signals.
I built the right and left mouse buttons with wall switches.
Add Sensors and device control quickly and easily to LabView without having to add any drivers!
You'll learn how to communicate two Arduinos via RS485.
A Radar that detects objects with the help of sound waves is going to be implemented. Radar screen will be created on a HDMI screen.
We design a flexible, remote-controlled test system for polar codes in FPGA.
A PIC16F886-based CW auto keyer with USB and Morse key interfaces.
To prevent the accident in advance and if accident occurs then there will be a prevention system to notify emergency services before time.
This project aims to create transmission line between two links using FPGA cards and solve the synchronization problems with ADPLL.
We are making a smart flight helmet with features such as night vision, emergency situation, Mayday alert, flight information, map, etc.
The autonomous device will send the vehicle position to the android app with time and will show the location on google maps.
TI-RTOS, operating system for the Texas Instrumets microprocessors. Application of the LRM (Long Range Mode) on the RC-CC1310-868 device.
Interacting with Atlas Scientific sensors over USB.
Johnny the robot will be able to react to instructions it receives from its user through the MHI on a digital tablet (pick up objects, etc).
Take care of your pet from anywhere in world in a real-time with Arduino, Android and and ASP. NET Core.
B-Hive is an autonomous electronic monitoring device enabling beekeepers to oversee their hives' well-being.
Three marker beacon station (IR Sensors) are on the ground and detecting the aircraft is approaching the runway passing over the Markers.