Automated Monitoring System for Biomechanical Postural Assessment
This technology offers an automated analysis software that can assess postures onsite and in real-time. It can provide reader-friendly reports using a standard digital camera and monitor human postures in real-time.
Autonomous Vehicle Platoons Robust Against Communication and Sensor Failure
Platoons of autonomous vehicles controlled by a centralized adaptive cruise control are vulnerable to disruptions in communications between cars, and unreliable sensing information of the vehicles around them. By building methods to simulate a centralized command during communication loss, and to establish safety margins based on still-reliable sensor information during a sensor failure, a platoon of vehicles can guarantee safety in even emergency situations while suffering communication and sensor loss.
Collaborative Care for the Behavioral Health Care Manager (CoCM)
DIVE: Data Intensive Visualization Engine
Document Assessment and Review Tool (DART) (WERT)
Glessuw
Guiding Good Choices® (GGC)
LabintheWild™
LabintheWildTM is a platform for diversifying participation in research for psychology, human-computer interactions and related fields outside of demographics that, while convenient, are often not representative of the global human population. By designing online studies that advertise the opportunity to compare your results to others, intrinsic motivation can replace compensation, leading to participation from over 200 countries and 5 million cumulative study responses without sacrificing the quality of data. In an era reliant on data-driven insights, tools like LabintheWild play a crucial role in understanding human behavior.
Preventing Addiction Related Suicide (PARS) Web
Recording Channels for Biopotential Signals
Bidirectional Brain-Computer Interface research is limited by the need for device architectures thar can facilitate scientific inquiry into human brain function. This technology offers a digital register to record channels in combination with techniques to enable a multiplexing Bidirectional Brain-Computer interface.
Rosetta™
Spectral-Ripple Resolution Assessment for Cochlear Implant Users
Systems and Methods for Deep Brain Stimulation Using Beta Burst Feedback
Existing implantable neurostimulators treat a variety of neurological disorders via open-loop stimulation and are typically non-rechargeable where invasive surgery is necessary to replace the device. To addresses this concern, this technology is an open-loop brain stimulator with real-time communication. This device offers a long battery life, limiting invasive surgery and provides a new method for calculating deep brain stimulation.