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Difference between revisions of "Jinga-hi"

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(Created page with "Category:Organizations Category:Companies "We offer compact, affordable, wireless neural recording (electrophysiology) devices for the neuroscience community." ==Links...")
 
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[[Category:Companies]]
 
[[Category:Companies]]
 
"We offer compact, affordable, wireless neural recording (electrophysiology) devices for the neuroscience community."
 
"We offer compact, affordable, wireless neural recording (electrophysiology) devices for the neuroscience community."
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[[File:Jinga-hi.png|thumb|Jinga-hi Company Profile]]
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Founded in The United States around 2011, Jinga-hi produces invasive hardware and end-user software.
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Jinga-hi makes tools for medical diagnosis and treatment through body/mind state interpretation and/or neurostimulation therapies, the assisted control of mechanical,electrical,and digital devices/applications, the objective measurement of subjective experiences through mind/body state interpretation and feedback through neurostimulation techniques.
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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)]]: IEEG
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[[:Category:Neurostimulation_Techniques|Neurostimulation Technique(s)]]: Microstimulation
 
==Links==
 
==Links==
 
[https://www.jinga-hi.com/ Website]
 
[https://www.jinga-hi.com/ Website]

Revision as of 00:40, 31 January 2024

"We offer compact, affordable, wireless neural recording (electrophysiology) devices for the neuroscience community."


Jinga-hi Company Profile

Founded in The United States around 2011, Jinga-hi produces invasive hardware and end-user software.

Jinga-hi makes tools for medical diagnosis and treatment through body/mind state interpretation and/or neurostimulation therapies, the assisted control of mechanical,electrical,and digital devices/applications, the objective measurement of subjective experiences through mind/body state interpretation and feedback through neurostimulation techniques.

BCI Categories: Open-Loop Efferent, Open-Loop Afferent

Neurosensing Technique(s): IEEG

Neurostimulation Technique(s): Microstimulation

Links

Website