Artificial Vision & Neural Engineering
A 90.7%-efficiency hybrid optogenetic stimulation system with sub-threshold electrical stimuli achieving 70.6% optical energy saving
An 80x80 um2/pixel 55.48dB-wide-DR 400-pixel subretinal prosthesis SoC with power-aware light adaptation and charge-recycling local dynamic supply
Glass Reflow-Integrated Hybrid Neural Probe with a Multishank Architecture for Optical and Electrical Stimulation
Fabrication of SU-8-Based High-Aspect-Ratio Optrode Array Integrated with Reflowed Glass Lenses Using an Out-of-Plane Configuration
Wireless Biphasic Silicon Solar Cell Retinal Prosthesis with a Push–Pull Mechanism for Enhanced Focal Stimulation and Charge Balance
Comparative Analysis of Spike-Time Correlation in Wild-Type and Optogenetically Treated Degenerated Retinas
A new optokinetic response gain analysis based on mean squared error for accurate and universal visual function assessment in animal study
Three-dimensional microelectrode array with vertically-aligned carbon nanotubes for retinal neural signal recording
An array of silicon dual microneedle electrodes integrated with mini-LEDs for electrophysiological recording and simultaneos application of electrical…
Silicon Solar cell-integrated flexible retinal prosthesis for artificial vision
Efficiency of Combined Optogenetic and Electric Stimulation Depending on Amplitude and Waveform of Electric Stimulation in Mouse Retina
Retinal degeneration increases variabilities of light-evoked spiking activities in ganglion cells depending on stimulus contrast
Comparative analysis of clustering methods with spiking activities for classification of retinal ganglion cell types
Clustering of delayed electrical responses for better classification of OFF types of retinal ganglion cells
Bipolar microneedle electrode array reduces current spreading during electric stimulation for high-resolution retinal prosthesis