Hi Gaia, as long as your filters and DSP processing has fixed parameters, it should not make any difference. If the processing is 'adaptive' to the content, then it is better to separate.

Hi Gaia, as long as your filters and DSP processing has fixed parameters, it should not make any difference. If the processing is 'adaptive' to the content, then it is better to separate.

https://www.google.com/search?q=comparing+DSP+filter+types+butterworth+bessel+elliptic+etc

In signal processing EEG, it is generally recommended to minimize the number of filtering steps, as each additional DSP filtering pass introduces slight degradations in the signal quality. That is the

Here are the types of DSP filters: bandpass (specifying a range), low pass, high pass, bandstop (or notch). You apparently have a bandpass from say .4 Hz to 30 Hz. DSP filters also have a 'type' such

Have you considered a tutorial on DSP Digital Signal Processing. Many exist in many different computer language libraries, including Matlab.

https://www.google.com/search?q=dsp+filter+delay

All DSP digital filters introduce some amount of phase shift. If you are applying similar filter parameters to each channel you are using, then ALL channels will shift the same amount. Thus you can co

https://www.google.com/search?q=python+dsp+tutorial

The 'minimal' required steps to do the DSP Digital Signal Processing are shown in that Python program. As you can see there are a significant number of steps, such as computing the FFT, and then separ

The recording / raw data files from the GUI, are RAW. NO filters have been applied. You need to use a DSP library (digital signal processing) that has filters to apply, at the minimum: say a bandpass

Arduino boards are underpowered for DSP digital signal processing. You would be better off with something like a Raspberry Pi, then you can plug the dongle directly into the Pi.

In addition to the DSP functions in Brainflow, there are a plethora of DSP libraries available in every conceivable computer language.

As far as analysis / DSP digital signal processing goes -- this is much better done with external DSP libraries, packages, for some examples see,

Do the results look normal with the GUI, but extremely low with your Matlab? In that case, suspect your Matlab DSP operations.

Do the results look normal with the GUI, but extremely low with your Matlab? In that case, suspect your Matlab DSP operations.

Ah, forgot that the LSL Networking Widget does not show the proper label for the 'filtering' buttons. In any event it sounds as if the filtering feature is not working, is that your experience? If thi

No DSP filtering happens on the Cyton. The GUI recording file is raw, no filtering. But the GUI screen display filtering can be adjusted with the menus.

Godspeed!

In general, the 'easiest' approach is to try to minimize head, face and eye movements during recording. The above paper contrasts different signal processing methods that can be applied to 'automatica