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Difference between revisions of "NeuroIDSS"
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"Neurocognitive decision-making of person (fMRI, MEG, PET, EEG, NIRS). Semantic technologies for business applications (OSF). Artificial neural networks - automated technology for working with arrays of unstructured data (Numenta NuPIC, Deep learning). Multiagent simulation - Technology of Information Science for parallel computing with complex network structure (FLAME, JADE)." | "Neurocognitive decision-making of person (fMRI, MEG, PET, EEG, NIRS). Semantic technologies for business applications (OSF). Artificial neural networks - automated technology for working with arrays of unstructured data (Numenta NuPIC, Deep learning). Multiagent simulation - Technology of Information Science for parallel computing with complex network structure (FLAME, JADE)." | ||
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| + | [[File:NeuroIDSS.png|thumb|NeuroIDSS Company Profile]] | ||
| + | Founded in Russia around 2013, NeuroIDSS produces noninvasive hardware and end-user software. | ||
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| + | NeuroIDSS makes tools for the objective measurement of subjective experiences through mind/body state interpretation. | ||
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| + | [[Brain Computer Interface Classification|BCI Categories]]: Open-Loop Efferent, Open-Loop Afferent, | ||
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| + | [[:Category:Neurosensing_Techniques|Neurosensing Technique(s)]]: FMRI, MEG, PET, EEG, NIRS | ||
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| + | [[:Category:Neurostimulation_Techniques|Neurostimulation Technique(s)]]: TACS | ||
==Links== | ==Links== | ||
[http://neuroidss.com/ Website] | [http://neuroidss.com/ Website] | ||
Revision as of 20:23, 15 April 2022
"Neurocognitive decision-making of person (fMRI, MEG, PET, EEG, NIRS). Semantic technologies for business applications (OSF). Artificial neural networks - automated technology for working with arrays of unstructured data (Numenta NuPIC, Deep learning). Multiagent simulation - Technology of Information Science for parallel computing with complex network structure (FLAME, JADE)."
Founded in Russia around 2013, NeuroIDSS produces noninvasive hardware and end-user software.
NeuroIDSS makes tools for the objective measurement of subjective experiences through mind/body state interpretation.
BCI Categories: Open-Loop Efferent, Open-Loop Afferent,
Neurosensing Technique(s): FMRI, MEG, PET, EEG, NIRS
Neurostimulation Technique(s): TACS