This project won a Second Prize in 2nd Vietnam Maker Contest with Intel Galileo 2016 held by Intel Vietnam.
This project is supported by School of Information and Communication Technology - Hanoi University of Science and Technology.
A thermal camera is used to show the high-temperature object, and an RGB camera to show the detail of that object.
When the highest temperature point in the thermal image over a threshold, we will combine the thermal image with the RGB image to show which object or which part of the object has the highest temperature.
We use the micro-processor ARM Cortext-M3 ATSAM3X8E to receive the thermal image from thermal camera, and live-stream it directly to an LCD.
Simultaneously, that micro-processor also sends the thermal image to an Intel Edison board.
The Intel Edison board will transfer this thermal image to PC through Wi-Fi.
PC will process that thermal image. If the highest temperature point over the threshold, PC will send a command to Intel Edison board through Wi-Fi, to command the micro-processor capturing an RGB image and send it back to PC.
PC will combine these 2 images into one to show the thermal-RGB image.
We use a FLIR thermal camera. This thermal camera communicates with the micro-processor by using SPI and I2C.
The RGB camera communicates with the micro-processor by using UART.
The micro-processor communicates with the Intel Edison board by using UART.
The Intel Edison board communicates with PC by using TCP-based socket connection.
All the command processes and server-client connection processes between the micro-processor, Intel Edison board and PC are run in multi-threading tasks.
