Search Results - galvani-2+stimulation

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Optimization of Electrical Stimulation of Biological Material (e.g., Neurons) for Artificial Vision and other Neural Stimulation Applications.
(UA13-019 and UA13-025) This invention proposes a number of improvements for retinal stimulation. These include: (1) a time profile for the electric stimulation field that leads predominantly to transverse stimulation of retinal nerve cells; (2) auxiliary electric fields for field shaping with a time profile chosen such that these currents have small...
Published: 1/31/2024   |   Inventor(s): Wolfgang Fink, Erich Schmid
Keywords(s): electric field shaping, electrode array, galvani-1 stimulation, galvani-2 stimulation, latency, local area scanning stimulation, multi-dimensional optimization, multipoles, nanosecond stimulation, separatrices, sequential stimulation, spatio-temporal optimization, stochastic optimization framework, transverse stimulation
Category(s): Technology Classifications > Life Sciences
Optimization of Electrical Stimulation of Biological Material (e.g., Neurons) for Artificial Vision and other Neural Stimulation Applications
(UA13-019 and UA13-025) This invention proposes a number of improvements for retinal stimulation. These include: (1) a time profile for the electric stimulation field that leads predominantly to transverse stimulation of retinal nerve cells; (2) auxiliary electric fields for field shaping with a time profile chosen such that these currents have small...
Published: 1/31/2024   |   Inventor(s): Wolfgang Fink, Erich Schmid
Keywords(s): electric field shaping, electrode array, galvani-1 stimulation, galvani-2 stimulation, latency, local area scanning stimulation, multi-dimensional optimization, multipoles, nanosecond stimulation, separatrices, sequential stimulation, spatio-temporal optimization, stochastic optimization framework, transverse stimulation
Category(s): Technology Classifications > Life Sciences