Event Details

CE Program/Activity
 Low Vision Grand Rounds June 13, 2024
Provider
 Envision University
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Location
 Wichita, KS - Available to attend in-person or via livestream webinar. In-person attendees: Envision, 610 N. Main, Wichita, Kansas 67203. Livestream webinar attendees via link. The cost for this 2-hour educational event is $30 per person. RSVP https://www.envisionuniversityevents.com/JUN13GrandRounds2024. Registrations are requested by June 11, 2024. If you have any special needs and requests, or questions regarding accessibility, please contact us at info@envisionuniversity.org.
Date(s)
 June 13, 2024 - June 13, 2024
CE Hours
 2
Contact Information
 Michael Epp michael.epp@envisionus.com
Registration Information
 Available to attend in-person or via livestream webinar. In-person attendees: Envision, 610 N. Main, Wichita, Kansas 67203. Livestream webinar attendees via link. The cost for this 2-hour educational event is $30 per person. RSVP https://www.envisionuniversityevents.com/JUN13GrandRounds2024. Registrations are requested by June 11, 2024. If you have any special needs and requests, or questions regarding accessibility, please contact us at info@envisionuniversity.org.
Fees
 30
Description of CE Program/Activity
 Application of Virtual Reality and Augmented Reality Technology in Low Vision Rehabilitation - Virtual Reality (VR) can be used to assess real-world visual performance in people with low vision, offering a more realistic way to measure visual parameters than clinical settings. Augmented Reality (AR) can analyze functional vision during daily activities and improve visual functions like acuity and contrast sensitivity. It can also enhance tasks like reading, writing, and identifying objects. This presentation will discuss VR and AR applications in low vision rehabilitation. Instruction Level: Intermediate; Prerequisites: None. Learning Objectives: 1. Characterize the development of 3D virtual environments for assessment of visual parameters. 2. Differentiate the scoring methods of visual performance. 3. Interpret the use of VR scenarios for visual rehabilitation. 4. Characterize the functions of different models of augmented reality devices for performing daily living activities. 5. Analyze the change in visual functions while using AR devices. 6. Describe the perception of augmented reality devices by people with low vision.

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