Targeting job interview and workplace communication skills for autistic adults: An innovative cognitive-behavior therapy-based virtual reality intervention program
This project integrates cognitive-behavioral models with innovative technology to create a virtual reality platform for clinical training on essential workplace social skills in autistic adults. To accommodate the low tolerance of low-resolution images in autistic adults, we use high-resolution specifications and advanced displays to ensure feasibility. For various scenarios, we apply speech analysis, content analysis, coherence analysis, and biofeedback to assess the effectiveness of training.
As a national teaching hospital, NTUH is shouldered with three major tasks: teaching, research and service: ·Teaching: The hospital is aligned with the university's curriculum for the education and training of medical professionals and specialists. ·Research: Resources are integrated to establish core laboratories and provide the best research facilities and environment. Our current research focuses are in cancer, immunology, cardiovascular disease, organ transplants, biomedical optics, and medical imaging. ·Service: We emphasize patient safety and strong administrative management, as well as a solid foundation in humanized care. We carry out review and re-designs to all of our service facilities and work flows as part of our efforts to provide high quality and top-notch medical services. Apart from these three main tasks, NTUH is also committed to promoting international cooperation. Through such cooperation, we leverage the experience and knowledge from advanced countries and boost the development of Taiwan’s own medical technology. Looking ahead, NTUH will continue to carry on its fine traditions with our tireless service to the sick.
Method and apparatus for extending local area network protocols to work across the internet and establishing connectivity without discovery for local area network protocols
Algorithm-Driven Design: Using new algorithm and deep learning model to control the microstructures generation of favorable mechanical behavior (Static & Dynamic) in additive manufacturing.
A New Hardware-security Technique for 5G-AIOT Applications: A Low-cost, Low-power, and High-speed “Dielectric-fuse Breakdown OTP” (dFuse OTP) Fully Integrated on CMOS Platform without Additional Masks
"1) Integrating AI recognition, IoT, and blockchain into traceable software and hardware for recycling UCO 2) Cutting-edge 3D learning platform powered by Spatial AI 3) Optimize use of existing buildings by making them transformable and adaptive to human needs at the click of a button 4) Non-contact image analysis and calculation technology to capture vital signs through dynamic face detection"
Technology maturity：Prototype
Exhibiting purpose：Display of scientific results
Trading preferences：Negotiate by self
*Organization
*Name
*Phone
*Main Purpose
*Discuss Further
*Job Category
*Overall Rating
*Favorite Area
*Key Tech Focus
*Willing to Receive Updates?
Other Suggestions
Coming soon!