OptimaEd的动态

Interesting research by Dr. Lawrence Tychsen of Washington University School of Medicine published in Science Direct on the Effects of VR Headsets in Children. Conclusion: "Young children tolerate fully immersive 3D virtual reality game play without noteworthy effects on visuomotor functions. VR play did not induce significant post-VR postural instability or maladaption of the vestibulo-ocular reflex. The prevalence of discomfort and aftereffects may be less than that reported for adults." Check out the article below ?? ??: https://hubs.la/Q02KBbQZ0 #VirtualReality #OnlineLearning #OnlineSchool #EdTech

Interesting research assessing safety of VR for young children ??? ? Findings suggest young children can play immersive 3D VR games without experiencing significant negative effects. Their balance, eye movements, and overall visual-motor skills were unaffected. Additionally, children seemed to tolerate VR better than adults, with fewer reported discomforts and aftereffects. Research completed by Dr. Lawrence Tychsen of Washington University School of Medicine and published in the American Journal of Ophthalmology.? ??:https://lnkd.in/eu9jrNbT #immersivelearning #educationinnovation #edtech #VR #ai #educationaltools??

Struggling to get high-quality MRI scans from young children? Imagine conquering anxiety during MRI scans with games and cartoons! Researchers at King's College London have developed a new eye-tracking VR system that keeps children engaged and reduces anxiety during MRI scans. Here's how it works: Instant Gaze Control: No calibration needed, perfect for young children! Immersive VR Experience: Games and videos keep them occupied and still. Reduced Movement: Less need for sedation, leading to clearer scans. ? This innovative technology is a game-changer for pediatric MRIs! Learn more by @med-technews here: https://postly.click/GAa/ Source: med-technews PT Medical Technologies, INC - One Source for All Medical Equipment, Buy, Sell, and Trade with us. #PTMedTech #VRinHealthcare #MRIRevolution #MedicalTechnology

Struggling to get high-quality MRI scans from young children? Imagine conquering anxiety during MRI scans with games and cartoons! Researchers at King's College London have developed a new eye-tracking VR system that keeps children engaged and reduces anxiety during MRI scans. Here's how it works: Instant Gaze Control: No calibration needed, perfect for young children! Immersive VR Experience: Games and videos keep them occupied and still. Reduced Movement: Less need for sedation, leading to clearer scans. ? This innovative technology is a game-changer for pediatric MRIs! Learn more by @med-technews here: https://postly.click/GAa/ Source: med-technews PT Medical Technologies, INC - One Source for All Medical Equipment, Buy, Sell, and Trade with us. #PTMedTech #VRinHealthcare #MRIRevolution #MedicalTechnology

New eye tracking controlled Virtual Reality system enhances MRI scans for young children: ??Researchers at King's College London developed a VR system with eye-tracking technology to help children stay still during MRI scans. The VR system calms children by engaging them in immersive virtual reality experiences, aiming to mitigate their tendency to move during scans. ??Children are less likely to remain still inside the MRI scanner due to the machine's large size and loud noises, often requiring sedation or general anesthesia to obtain clear images. The eye-tracking technology enables gaze-based human-computer interaction (HCI), allowing children to watch videos or play games using only their eyes. ??Unlike existing gaze-based HCI systems, which need adjustments before each session, this solution requires no set up and offers immediate interaction and user control. Children can initiate actions like starting a game or watching a video by holding their gaze on items on the screen and the more the child interacts, the more accurate the gaze estimation becomes ??The method was successfully tested on 23 children aged 2 to 13, showing promise in keeping children engaged and reducing movement during MRI scans. The VR system is designed to reduce head movement, but as complete elimination is impossible, it is combined with a tool that retrospectively performs motion correction on scans ??Essentially the integration of this technology will enhance the experience of children undergoing an MRI, reducing anxiety and enabling scans to be performed without sedatives or anaesthesia ??Links to articles in comments below?

?? Have you ever wondered how immersive virtual reality technology could revolutionize rehabilitation for neurological disorders affecting the upper extremities? Our latest scoping review paper explores just that! ?? Neurological disorders like stroke and chronic pain syndromes can significantly impact independence and quality of life, especially when they affect upper extremity function. While traditional physical therapy has shown effectiveness in providing neural recovery, there's always room for improvement. That's where immersive virtual reality (VR) comes in. ?? Our scoping review delves into the current research on immersive VR for upper extremity rehabilitation in individuals with neurological diseases. ?? The results? Most studies reported significant improvements in rehabilitation outcomes, suggesting that immersive VR is a valuable tool for upper extremity rehabilitation. It offers personalized and intensive training. By leveraging this technology, researchers and rehabilitation specialists can design more tailored and patient-centric strategies, ultimately improving functional outcomes and enhancing the quality of life for individuals with neurological diseases. Check out our paper at: https://lnkd.in/dcfZZnzv Many thanks to the co-authors of this manuscript Elena Losanno Silvestro Micera Andrea Bandini Silvia Orlandi Scuola Superiore Sant'Anna #rehabilitation #neurologicaldisorders #noveltechnologies

?? Excited to share that my latest research article, co-authored with Malgorzata J. Rys, has just been published in the Virtual Reality Journal! ?? Title: "The Effect of VR on Fine Motor Performance by Older Adults: A Comparison Between Real and Virtual Tasks" ?? In this study, we explored how Virtual Reality (VR) technology impacts fine motor skills in older adults, comparing real-life tasks to their VR replicas. Our findings reveal a significant learning curve for older adults using VR systems, and participants rating VR tasks as more mentally and physically demanding compared to real-life tasks. Our research highlights the importance of considering the learning effects of VR systems when evaluating fine motor performance in older adults. This study is a step forward in understanding how VR can support the replication of real-life tasks. ??? Read the full open-access article here: https://lnkd.in/deqyqHXc #Research #VirtualReality #Aging #FineMotorSkills #Technology #OpenAccess #Innovation #Learning

Virtual Reality (VR) isn't just about gaming anymore—it's revolutionizing memory training, especially for older adults. ???? Our latest article, "VR: A Bold Step Towards Active Aging and Cognitive Well-being," explores this fascinating synergy between VR and memory enhancement. Here's a sneak peek: ?? VR Revolutionizes Memory Training: ??- Discover how VR, through games like Labyrinth-VR, boosts memory recall in seniors, offering immersive experiences that stimulate cognitive functions and promote physical exercise. ?? The Power of Labyrinth-VR: ??- Learn about Labyrinth-VR's innovative approach, where navigating virtual environments triggers memory systems engagement, leading to enhanced cognitive skills and active aging. ?? Scientific Insights: ??- Dive into recent studies highlighting VR's potential in dementia care and memory training transferability, shedding light on personalized interventions and scalable cognitive health solutions. ???? Promise of Active Aging: ??- Explore how VR isn't just about memory—it's redefining active aging by providing seniors with engaging experiences that promote social interaction, physical activity, and mental stimulation. ?? The Road Ahead: ??- Uncover ongoing efforts to make VR memory training more accessible, with the development of tablet versions of Labyrinth-VR, opening doors for remote cognitive support in home-based care settings. ?? Are you excited to learn more about how VR shapes the future of cognitive well-being? ?? Join the discussion below: How do you think VR can further enhance memory training for seniors? ?? #VirtualReality #CognitiveHealth #ActiveAging #MemoryTraining #FXMediaInsights

A new VR system that uses eye-tracking technology can calm children while they undergo?Magnetic Resonance Imaging (MRI) scanning. Developed by researchers at King’s College London, the method aims to mitigate children’s tendency to move during MRI scans. by engaging them in immersive virtual reality experiences. Compared to adults, children are less likely to remain still inside the scanner, often negatively influenced by the large size of the machine and the loud noises. As movement can disrupt the quality of the images, doctors frequently have to resort to approaches such as sedation or general anaesthesia. To address this, the researchers have…This story continues at The Next Web

??? VISION THERAPY EXERCISES ??? ???? Series 6:?-?)6.1 ??? Computer Based Programs 1??HTS Home Therapy Software: ??Home-based vision therapy program designed for amblyopia and strabismus. Involves interactive games and exercises to enhance visual abilities. ??These programs often target areas such as eye tracking, convergence, accommodation, and visual processing. ???Features may include customized difficulty levels, progress tracking, and feedback mechanisms to adapt to individual needs. 2??Eye Carrot: Binovi: ??Integrates hardware and software for vision therapy. ??Offers personalized exercises targeting specific vision issues. ??Assessment: Binovi provides assessments to evaluate a person's visual abilities, including eye tracking, convergence, depth perception, and other aspects of visual function. 3??Vivid Vision: ??Utilizes virtual reality (VR) to provide immersive vision therapy. ??Incorporates engaging activities and exercises to improve various visual skills. ???The system employs specially designed virtual reality games and exercises to encourage both eyes to work together, aiming to improve visual coordination and perception. ??Users wear VR headsets and engage in interactive activities that stimulate the visual system. #eyecare #visiontherapy #eyehealthmatters #optometrist #eyehealth