Challenges for large-scale cortical interfaces
A Nurmikko - Neuron, 2020 - cell.com
This Perspective examines the status of large-scale cortical interfaces through the lens of
potential applications to active implants for brain-machine interfaces. Examples of research …
potential applications to active implants for brain-machine interfaces. Examples of research …
Brain–machine interfaces: closed-loop control in an adaptive system
Brain–machine interfaces (BMIs) promise to restore movement and communication in
people with paralysis and ultimately allow the human brain to interact seamlessly with …
people with paralysis and ultimately allow the human brain to interact seamlessly with …
Wireless ensembles of sub-mm microimplants communicating as a network near 1 GHz in a neural application
Multichannel electrophysiological sensors and stimulators, especially those used for
studying the nervous system, are most commonly based on monolithic microelectrode …
studying the nervous system, are most commonly based on monolithic microelectrode …
Ultra low power, event-driven data compression of multi-unit activity
Recent years have demonstrated the feasibility of using intracortical Brain-Machine
Interfaces (iBMIs), by decoding thoughts, for communication and cursor control tasks. iBMIs …
Interfaces (iBMIs), by decoding thoughts, for communication and cursor control tasks. iBMIs …
Space module with gyroscope and accelerometer integration
AL González - arXiv preprint arXiv:2409.01176, 2024 - arxiv.org
MEIGA is a module specially designed for people with tetraplegia or anyone who has very
limited movement capacity in their upper limbs. MEIGA converts the user's head movements …
limited movement capacity in their upper limbs. MEIGA converts the user's head movements …
Next generation microscale wireless implant system for high-density, multi-areal, closed-loop brain computer interfaces
A major challenge to high-resolution, closed-loop Brain Computer Interfaces (BCIs) is the
availability of implantable technologies facilitating vastly parallel, large-scale access to …
availability of implantable technologies facilitating vastly parallel, large-scale access to …
[PDF][PDF] ИНТЕРФЕЙС МОЗГ-КОМПЬЮТЕР: ТЕХНОЛОГИЯ, МЕНЯЮЩАЯ МЕДИЦИНУ, ОБУЧЕНИЕ, ЖИЗНЬ И СОЦИУМ
ОЮ КОЛЕСНИЧЕНКО - researchgate.net
Резюме Термин «интерфейс мозг-компьютер» включает разные инвазивные и
неинвазивные технологии. Это научное направление сегодня развивается в режиме …
неинвазивные технологии. Это научное направление сегодня развивается в режиме …