With the 3D source localization features, do you think that the 16 channels of OpenBCI Cyton + Daisy would provide 'usable' resolution for a simple neurofeedback protocol that say rewards a threshold

A couple preliminary questions. With the 3D source localization features, do you think that the 16 channels of OpenBCI Cyton + Daisy would provide 'usable' resolution for a simple neurofeedback protoc

This is a fantastic contribution to the BCI / neurofeedback / EEG community. I see you are the primary author. To expand your links:

in a single, researcher-friendly API, aimed at neurofeedback, BCI, and real-time clinical/basic-science monitoring.

Brain stuff is back on my radar and I started building a tool for neurofeedback.

Once the assessment is completed, is there then a protocol selection phase, where one of the ClinicalQ neurofeedback protocols is recommended and somehow setup to run locally? Are those protocols runn

I am in the final process of creating an app that will use the verified ClinicalQ clinical norms. It is largely hardware and software agnostic. It will read EDF files created by eeg software.

Pairing the BrainMaster 2EB+ neurofeedback kit (serial #21406, Atlantis II series) with the HP Victus gaming laptop (pre-installed with BrainMaster software from Center for Brain Training/Center for B

I have done work in the field of neurofeedback and QEEG, and various clinician tools allow real-time 3D rotatable source localization maps. Such as Brainmaster Avatar. I believe there are others as we

Have you experienced 'shifts in consciousness' or perception, following such neurofeedback? What have been the results so far? So you are up-training coherence? Sometimes brain maps show 'too much' co

Have you experienced 'shifts in consciousness' or perception, following such neurofeedback? What have been the results so far? So you are up-training coherence? Sometimes brain maps show 'too much' co

I took a very brief look at your paper. I see the correlations you are trying to make. Can you summarize what practical applications might result from your research? For example in neurofeedback, BCI,

I took a very brief look at your paper. I see the correlations you are trying to make. Can you summarize what practical applications might result from your research? For example in neurofeedback, BCI,

I built a browser-based neurofeedback application that works on consumer EEG devices (Muse and BrainBit) and I'm looking for feedback from this community.

tool, confirming suitability for live neurofeedback. The proposed synchronization platform costs under $100 for two heads, requires no cables between participants, and is readily adaptable to OpenBCI

Below page shows a sample BrainBay neurofeedback example, for rewarding alpha. There are other tutorials, manuals at the BrainBay site. Open source and free.

styles. By using one of the recommended neurofeedback apps for OpenBCI (BrainBay, neuromore, BioEra), you can easily design your own feedback system based on either Tarrant or your own goals. You ask

https://www.reddit.com/r/Neurofeedback/comments/1og7rjm/mindbody_training_tools_for_home_nfb_training/

https://www.reddit.com/r/Neurofeedback/

Neurofeedback practice