Hello)))
Many people are interested in me about ironbci, I decided to make an instruction so that people order the device themselves.
A step-by-step explanation of how to order an open-source brain-computer interface at the PCBway factory
https://github.com/Ildaron/ironbci
This paper presents Open-source software and a developed shield board for the Raspberry Pi family of single-board computers that can be used to read EEG signals.
Hello everyone, I probably should have asked about this earlier, and not after several months of work. Here is my plan, install RTOS "EMBOX" to STM32 for operating with OpenCV for stereovision image. How do you think is it can be interesting?
It will works slowly but with low power consumption.
Instead of a peer-reviewed journal this time I chose Arxiv. I believe that the quality of the paper is close to the peer-reviewed journals. But this time I wanted to share results in open access!
please provide any feedback here o directly to my email - ildar.o2010@yandex.ru
PIEEG: Turn a Raspberry Pi into a Brain-Computer-Interface to measure biosignals. arXiv:2201.02228
in the initial version of the article, there was information about an additional board with 8 sensors, but that information had to be deleted (editors)
absolutely not safe for eyes
in my GitHub the next information
"The main limiting factor in the development of this technology is the danger of the laser may damage the eyes. The laser can enter a blood vessel and clog it, it can get into a blind spot where nerves from all over the eye go to the brain, you can burn out a line of "pixels" And then the damaged retina can begin to flake off, and this is the path to complete and irreversible loss of vision. This is dangerous because a person may not notice at the beginning of damage from a laser hit: there are no pain receptors there, the brain completes objects in damaged areas (remapping of dead pixels), and only when the damaged area becomes large enough person starts to notice that some objects not visible. We can develop additional security systems, such as human detection, audio sensors, etc. But in any case, we are not able to make the installation 100% safe, since even a laser can be reflected and damage the eye of a person who is not in the field of view of the device and at a distant distance. Therefore, this technology should not be used at home. My strong recommendation - don't use the power laser! I recommend making a device that will track an object using a safe laser pointer."