Visual prosthesis - Globe Thesis

Keyword [Visual prosthesis] Result: 1 - 20 \| Page: 1 of 2
1.	Studies Of The Feasibility, Biocompatibility And Biostability Of Intrascleral Multichannel Electrode Arrays For Visual Prosthesis In Normal Rabbits
2.	The Study Of Response Properties Of Retinal Ganglion Cells And Visual Cortex Electrically Elicited With Different Locations And Patterns
3.	Spatiotemporal Retina Encoding Model
4.	The Research Of The Neuro-Stimulating Microelectrodes For Visual Prosthesis
5.	Spatial Properties Of Electrically Evoked Potentials Elicited By Penetrative Stimulation Of Opitc Nerve
6.	Biocompatibility Of The Polyimide Film Electrode Used For Artificial Vision And The Effects Of Electrical Stimulation On Glial Cells
7.	Study Of Simulated Phosphene Characteristics Based On Tactile Perception
8.	Experiment Research And Design Of Epidural Electrical Stimulation Equipment In Visual Cortical Prosthesis
9.	Research And Testing System On Flexible Microelectrode Arrays Of Epiretinal Prosthesis
10.	Design Of Multi-channel Cortical Stimulator Based On FPGA
11.	Research Of Power And Data Wireless Transmission System For Visual Prosthesis
12.	Phase Plane Analysis Of FCM Model And Its Response To Electrical Stimulation
13.	Impedance Automatic Testing And Analyzing System For The Multichannel Flexible Thin-Film Microelectrode Array
14.	Study Of A Multi-Channel Stimulating Microelectrode Array For Visual Prosthesis Based On MEMS Technology
15.	Properties Of Electrically Evoked Potential On Visual Cortex Elicited By Optic Nerve And Suprachoroidal Stimulation
16.	Minimal Information Requirement And Optimization Of Artificial Vision For Visual Prosthesis
17.	A Bottom-up Visual Saliency-based Image Processing Strategy For Object Recognition Under Simulated Prosthetic Vision
18.	Research Of Power-adjustable Wireless Transmission System For Visual Prosthesis Based On Image Information
19.	A Flexible High-density Microelectrode Array For Retinal Prosthesis Based On MEMS Technology
20.	In-vitro Eletrochemical-stablity Evaluation Of A Flexible Microelectrode Array And Manufacture Of Silicon-based C-MEMS Microelectrode
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