Closed mctosimaitb closed 6 years ago
Hi Yes, this can be done by adding elements to the software. But do realize that this isnt completely medically accurate. and we would need to use medical grade equipments. This is more for hobbyists to play around with heart rates
On Thu, Feb 16, 2017 at 6:27 AM, Martin Manullang notifications@github.com wrote:
Hi, i just have an idea. What if the wave is classified into PQRST wave intervals, such as 'p wave', 'QRS Complex', and 't wave', etc. The goal is that the system can recognize that there are abnormalities of the heart such as heart attacks. Do you have a way to do that?
— You are receiving this because you are subscribed to this thread. Reply to this email directly, view it on GitHub https://github.com/sparkfun/AD8232_Heart_Rate_Monitor/issues/8, or mute the thread https://github.com/notifications/unsubscribe-auth/ASVTr5ujCEE2H0FmC6nKARt48EQnzhq2ks5rc95IgaJpZM4MCmdW .
could u tell me, what is the lowest number and the highest number that displayed in serial monitor when using ad8232 ?
I just want to imagine how to implement those number into ecg block paper..
Hello mctosimaitb,
These values can vary significantly depending on where the electrodes are connected and from person to person. It may be possible to normalize the data and use algorithms to identify different wave forms, but that is beyond the scope of the example provided here. You might find the datasheet helpful. In addition our Technical Support Team can help with any further questions you may have.
Thanks, Sam
Hi, i just have an idea. What if the wave is classified into PQRST wave intervals, such as 'p wave', 'QRS Complex', and 't wave', etc. The goal is that the system can recognize that there are abnormalities of the heart such as heart attacks. Do you have a way to do that?