"When implementing AI methods into the classic vOICe architecture, the final auditory signal can now convey much richer and more accessible information"
This is why The vOICe for Android apart from "raw vision" via visual-to-auditory sensory substitution also includes a talking GPS locator for street names, as well as talking object recognition, face detection and real-time OCR for reading short texts play.google.com/store/apps/det…#AI
#AI maps psychedelic "trip" experiences to regions of the brain – opening new route to psychiatric treatments theconversation.com/ai-maps-psyche… "psychedelics temporarily reduce top-down executive function"
This suggests that deliberate/active mental imagery and involuntary/passive hallucinations may involve kind of opposite mechanisms despite both giving visuals: enhanced top-down versus disinhibited bottom-up
It also hints at possible fundamental limitations in hallucinogenic drug treatment, by involving mostly passive processes whereas practice, training and deliberate mental imagery involve active processes that may thereby have a different spectrum of effects on the brain
(YouTube) Mental imagery engineering: sensory substitution via soundscapes of procedurally generated images Dark gray (soft stereo panning noise) background may help with shape localization
Beat blindness without surgery? Help us find out by practicing your visualization of the rectangle and line segment and tweeting about your progress over the course of weeks: how vision-like does the experience becomes over time? Practicing 15 minutes a day probably suffices
Hint: when frustrated about your inability to get a full mental image in time, try for a while listening *only* for a rectangle (or a line) while ignoring the other shape, and you will likely find it much easier to localize and visualize the attended shape with decent accuracy
A belt-like assistive device for visually impaired people: Toward a more collaborative approach tandfonline.com/doi/full/10.10… "Future research endeavors in this field might be benefited from more collaborative participation between end-users, researchers, and institutes for VI people"
Background section 2.1 on head-mounted assistive devices: "Based on the argument that the human brain is powerful enough to process complex auditory information, Meijer developed The vOICe system, which uses a single camera as an input source"
"The vOICe system is currently a mature commercial product (see: seeingwithsound.com). Still, it requires extensive training due to the complicated sound patterns."