International Association of CyberPsychology, Training, and Rehabilitation

VR, Eye-Tracking Foveation & Magic Leap's Digital LightFields to SyncThink

VR-integrated, mobile eye-track device (EyeSync) shows how methods to determine concussive/traumatic injury can enhance learning/education. . .

Three elements being improved in VR to potentially solve "optic actuality" problems, include two new foveation techniques and a reworked rendering pipeline.

An emerging, VR-integrated, mobile eye-tracking device (EyeSync) shows how methods to determine concussive/traumatic injury and cybertherapy can also be used to develop & enhance cognition/learning objectives in the realm of education.

Learn more about eye tracking potentials related to medicine, cybertherapeutics & gaming here:

+ https://www.academia.edu/28446821/Essence_of_Perceptual_Media

+ https://www.academia.edu/26088069/ONDRI_and_Eye_Tracking_in_Advance...

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Comment by Randy Eady on November 3, 2021 at 12:41pm: Algorithm of Microcycles!

http://reflectionmusic.ucoz.com/

Comment by Randy Eady on November 3, 2021 at 11:45am: While a sensor is not a human info gathering collector, it is every soldier's responsibility to be in a position to provide valuable information for further analysis & exploitation.

In that regard, HUMINT operations does require extensive training based in the cultural imperatives that lead to solid SA -- (Situational Awareness) which leads to robust information gathering. Essentially, good observational skills coupled with good tactical questioning skills will provide valuable data to keep citizens and soldiers safe.

Comment by Randy Eady on March 31, 2021 at 11:07am: PhotoBioModulation (PBM) in association w/balance center peripheral/electro stimulation and infinity-based movement tends to improve some visual dysfunctions commonly associated with TBI to include ocular misalignment, or not being able to look in the same direction or focus on the same object with both eyes in the lateral and vertical dimension as well as in efficient general eye movements.

To help treat those, therapeutics to improve visual attention, search and speed, and efficiency in visual processing, can compensate for deficits in acuity, visual field, and eye movements to complete important daily activities safely and effectively.

Eye Calisthenics ~ Relates to Eye Tracking

Accommodative (focus) dysfunctions and convergence insufficiencies (the inability to keep both eyes working together) also benefits from tracking exercises that usually involve automated tracking devices. . . sort of like vision calisthenics.

Comment by Randy Eady on January 29, 2021 at 8:48am: $8 million in DARPA follow-up funding for Rice University neuro-engineers w/the MOANA Project.

"With the little bit of light we’re able to collect through the skull, we’re reconstructing the activity of cells. . . Similarly, we showed we could stimulate lab-grown cells in a very precise way with magnetic fields and magnetic nanoparticles." ~ J. Robinson

https://youtu.be/cL3e8tC8TwE

Comment by Randy Eady on May 28, 2020 at 1:48pm

Comment by Randy Eady on May 27, 2020 at 10:44am: https://www.youtube.com/watch?v=fLo-UetMgzc

Chief Clinical Officer of SyncThink, Scott Anderson, discusses a novel technology capable of identifying eye movements that indicate the presence of certain neurological conditions.

In this episode, you’ll discover:

1. How common neurological conditions are diagnosed (it might not be how you think)

2. What types of eye movements are associated with neurological impairments

3. What the future of eye tracking looks like