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Medicaid Simulations: SDOH Sim and Wright LIFE
Medicaid Simulations: SDOH Sim and Wright LIFE
Serious games for experiential learning of social determinants of health (SDOH) featuring Virtual Reality Immersion.
Address numerous SDOHs: e.g., adverse childhood experiences (ACEs), incarceration, employment and housing instability, poverty, and limited social support.
Include Life Course digital training game and virtual/augmented reality (VR/AR) simulations.
Approved as continuing education for: Physicians, Nurses, Psychologists, Pharmacists, Social Workers, Mental Health Counselors, and Chemical Dependency Counselors. Continuing education is provided by Ohio Mental Health and Addiction Services (OhioMHAS).
Funded by HHS CMS through two ODM grants (2018 -2024).
Part of the Medicaid Equity Simulation Initiative
ReadMI: Technology assisted motivational interviewing training
ReadMI: Technology assisted motivational interviewing training
Aim to improve MI training by developing an effective training platform that analyzes practitioner responses in MI and gives feedback on how to improve MI technique with at-risk patients.
Establish the effectiveness of using human-AI teaming in role-play based training, a critical methodology in professional and communication skill development and retention.
Contribute to positive transformation and amplification of human subject expertise.
Advance Computer Supported Cooperative Work and Social Computing through a broad range of technological innovations, including: Artificial Intelligence (AI), automatic speech recognition (ASR), natural language processing (NLP), empathic computing, augmented/virtual reality (AR/VR), augmented cognition, mobile computing, body position/pose/motion tracking, etc.
Partially funded by a HHS SAMHSA grant and a HHS AHRQ grant (2017 - 2023 ).
ALICE: ArtificiaL Intelligence Characters and Expert
ALICE: ArtificiaL Intelligence Characters and Expert
Human-AI Teaming Supported Role Plays for Complex Skill Development
Artificial-Expert guided role-play sessions with interactive virtual-standardized-patients/characters for comprehending and developing proficiency of complex professional and communication skills:
Multi-modal interactive virtual standardized patient (conversational/behavioral agent), e.g., Alice ASD featuring a new college student with autism spectrum disorders
Human-AI teaming based approach that address limitations of current training practices that lack:
Sufficient practice opportunities
Comprehensive sets of training cases
Timely and accurate assessment, feedback and coaching
Reasonable operating complexity and time
Sustainable acquisition and operation
Use of smartphone/tablet AR that maximizes the distribution and spread
Available for use by any user at any time in any location
Partially funded by the LexisNexis Ohio Eminent Scholar endowment, established by LexisNexis and the Ohio Board of Regents at Wright State University.
KARE: Pain Management and Rehabilitations after surgery
KARE: Pain Management and Rehabilitations after surgery
Use Technology to Combat the Opioid Problem
Most Opioid dependency start from prescribed Opioid-based Painkillers
Patient need an alternative
AR-Based Pain and rehabilitation management solutions
Coaching the patient through AR-based interactive games
Automatically assessing the effectiveness of exercises and therapy routines
Selecting and designing individually-customized exercise/ routines for optimal rehabilitation result for each patient
Tracking and documenting progression and effort of patient’s recovery
Top Prize - Ohio Opioid Technology Challenge (Idea Phase) 2018
https://webapp2.wright.edu/web1/newsroom/2018/02/13/painless-solution/
Skills Lab: Surgical Skills Simulation Training
Skills Lab: Surgical Skills Simulation Training
Distributed medical collaborations such as surgery training for new doctors, refresher procedure training, remote surgery, robot-assisted surgery, etc.
Augment HoloLens’ body recognition and tracking capabilities using low-cost sensory systems, e.g., Kinect and Leap.
Build complete human atlas, display instructions and feeding only the closely associated information as the surgeon is progressing through the surgery.
BLOSSOM: Blockchain based subject matter expertise ecosystem
BLOSSOM: Blockchain based subject matter expertise ecosystem
A blockchain-based ecosystem designed to bring together the subject matter experts and AI/AR/VR experts
Significant effort required to build professionally validated AI/AR/VR assets.
E.g., creation of functional human atlas demands close collaborations between doctors and developers
Even harder to share these assets
Many such assets are exclusive only to the development team, NOT open to others
Need an ecosystem to bridge the gap between the subject matter expertise and the technical expertise
https://webapp2.wright.edu/web1/newsroom/2019/05/13/new-kid-on-the-block/
OROS: Human AI teaming for Operating Room Management
OROS: Human AI teaming for Operating Room Management
AI and mobile/cloud computing enabled OR Scheduling and Surgical Resource Management System
A scheduling system achieving significant gain (+30%) in OR utilization
Full-fledged scheduling automation based on data analytics and dynamic demand model, which produces optimal schedule while requires minimum scheduling efforts from doctors and/or staffs;
Customized Workflows that is Optimized for different users: Doctors, Patients, Schedulers, Administrators, medical device distributors, or consultants;
Truly Tap-Slash-Done experience!
Secure and reliable messaging system for coordination among care providers
Customizable scheduling policy per customer’s needs
Partially Funded by Kettering Health Networks (2016 -2018 )
C-CIMS: Collaborative Communication Interruption Management System
C-CIMS: Collaborative Communication Interruption Management System
Intelligent Interruption Management for Efficient Distributed Collaboration in Multi-tasking Environments
Alleviate the consequences of disruptiveness
Identify appropriate interruption timings via task structure inference
Leverage speech information, the most commonly used and available means of communication
Explore lexical and prosodic affirmation cues
Funded by two AFRL grants (2018 -2022 )
https://webapp2.wright.edu/web1/newsroom/2020/08/17/straight-talk/
Autonomous/remote piloted personnel air vehicle system: enable “Uber Air” type of services
Autonomous/remote piloted personnel air vehicle system: enable “Uber Air” type of services
Work with partners in aviation industry to add autonomous and remote pilot support.
Allow extended duration operations and operations in challenging environments expanding the utility and effectiveness of the system for governmental and commercial applications.
Deliver the real-time embedded ML capabilities for SAA.
Prepare the workforce for emerging computing technologies and services for aviation and smart transportations.
Funded by OFRN and industry partners through a grant with PSS as the leading contractor (2018 - 2022)
https://www.ohiofrn.org/projects/automated-cirrus-sr22-surveillance-or-personnel-transport
Holographic Communication and Distributed Collaborations
Holographic Communication and Distributed Collaborations
Holoportation systems help overcome the cost, distance, language and expertise barriers in many social and economic activities
Offer great potential for empathic computing to help people to interact and share what they see, hear and feel.
Current holoportation system requires the use of extensive camera-arrays and powerful server system.
Thus, they suffer in mobility and applicability in real-world scenarios.
Address the mobility issues by proposing and validating the feasibility of a highly portable holoportation system using off-shelf devices
Have completed a successful prototype using Microsoft HoloLens and Kinect.
Secure and Autonomous EV–GRID Integration
Secure and Autonomous EV–GRID Integration
AI-based smart charging helps EV and Grid owners who want to automate, secure and sustain the EV–GRID energy flows by relieving the drivers of a routine but complex duty and providing an equalizer between the fast penetration of EVs and a relatively slow expansion of the Power Grid capacity.
A critical part of the Autonomous Mobility Future
Fully Personalized solution that desynchronize and distribute the charging activities for improved grid load diversity
Augment existing SCADA (Supervisory Control and Data Acquisition) for more accurate and reliable match between demand and supply and reduced Grid maintenance and operation cost.
Mitigation of DDoS Cyberattacks Against the U.S. Power Grid via EV Charging
Threats and Mitigation of DDoS Cyberattacks Against the U.S. Power Grid via EV Charging.
An cyber attack initiated on EV and charging stations is capable of jeopardize the supply-demand balance of the power grid.
The supply-demand balance can be exploited to cause widespread blackouts and grid instability.
Resemble a Distributed Denial of Service (DDoS) structured attack
Smart charging strategies that can help reduce the risk of a DDoS style attack against the power grid using EVs.
Intelligent AR Story Book: Human-AI teaming enabled language speaking learning experience
Intelligent AR Story Book: Human-AI teaming enabled language speaking learning experience
Early Education – Pre K to 3rd Grade
Over 30% of students read below grade level
Learn best with personalized 1:1 instruction, but teachers only have limited time
Extend what is happening in the school to the home, especially dual language learners
Special needs: Attention-deficit/hyperactivity disorder (ADHD)
Others who learn to speak a second Language
Technologies for Music Educations
Technologies for Music Educations
The most COMPLETE intonation resource for students, private music instructors, and band directors!
Fingerings, alternate fingerings, and tuning suggestions are compiled from years of research from the best in the profession.
Interactive, color-coded fingering chart for the full-range of wind instruments.
Ten instruments (flute, oboe, clarinet, saxophone, bassoon, trumpet, horn, trombone, euphonium, or tuba).
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