AI-triaged 3D Pathology
Innovations in medical imaging techniques more and more medical information to be gathered from a single biopsy sample, but pathologist review of such large datasets becomes prohibitively time intensive. This technology provides an AI-driven method for the triage of a 3D pathology dataset for review by a doctor, with areas of concern elevated to the doctor’s attention for review in order to detect disease faster and more accurately.
AIMS Caseload Tracker
Automated Method for Editing Surgical Videos
This technology offers a semi-automated method for video editing surgical videos. It runs full-length videos through a software where the outputs are edited via a computational model with biological tissue and surgical tool recognition.
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.
Automated Opportunistic Screening for Osteoporosis
Osteoporosis affects millions of the aging United States population, yet screening for it is below recommended rates. By using pre-existing data to opportunistically search for fractures in vertebral bodies that could indicate osteoporosis, many more cases could be found. This approach uses deep learning technology to search for spinal osteoporotic compression fractures within commonly taken radiograph images acquired for other purposes.
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.
Bundled WERT Organizational License and BAA for Alliances
Care Management Tracking System (CMTS)
CocoBot (Caring for Caregivers Online)
CocoBot is an online platform designed to assist family caregivers of patients with chronic conditions, providing personalized, evidence-based interventions. It integrates with patient health records and uses advanced natural language processing to aid providers in interacting with family caregivers and supporting the caregivers' own wellbeing.
Collaborative Care for the Behavioral Health Care Manager (CoCM)
Contrast Reaction Training
CTC PLUS
DeepTracer™
DIVE: Data Intensive Visualization Engine
Document Assessment and Review Tool (DART) (WERT)
Energy-Efficient Modulated Backscatter Devices for Wireless Communication
This suite of technologies offers a versatile solution for low-energy wireless communication by creating a backscatter modulation communication device capable of working directly with conventional wireless receivers without specialized hardware.
Enhanced Security and Safety in Telerobotic Systems
Existing telerobotics systems are vulnerable to security threats that create hostile operating environments that can be time sensitive. This technology offers a specialized coprocessor in telerobotic systems, specifically in surgical systems that guarantee information security using authentication and monitoring algorithms.
Foldit Standalone
Foldit Standalone is only licensed to entities that have a Rosetta™ license
Glessuw
Guiding Good Choices® (GGC)
HematopoiesisSimulator
Just in Time Semi-Automated Protein Production
The solution is a novel protocol for making and testing proteins called Just in Time Semi-Automated Protein Production (JIT-SAPP), which allows a single user to produce up to 192 purified proteins in under a week.
Model for Surgical Planning and Virtual Surgery for Craniofacial, Sinus, Skull Base and Neurological Surgery
This device uses an algorithm for surgical planning by ranking surgical approaches and a combination of pathways to reach the surgical target, while reducing collateral damage. This method will be more consistent and predictable than the current method of intuition.
Optimizing Network Topology for Collective Communications
A general, highly scalable algorithmic framework is proposed to synthesize a network topology and schedule optimized for a given collective operation run on a network. The approach tailors efficient designs for distributed systems, demonstrating significant performance benefits even for large-scale operations.
PainTracker
Performance Based Risk Sharing Database (PBRS)
Pre-School Implicit Association Test (“PSIAT”)
Preventing Addiction Related Suicide (PARS) Web
PyRosetta
PyRosetta is only licensed to entities that have a Rosetta™ license
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.
Residency Matching Optimization
The algorithm of matching residency programs with medical students has remained unchanged for decades. By considering the preferences of both parties and computing a globally optimal pairing, this technology improves residency match results while increasing the efficiency of the process.
rETHICS - Research Ethics Training for Health in Indigenous Communities
RosettaDL
Rosetta™
Security for Augmented Reality Applications
Augmented reality (AR) applications are becoming increasingly pervasive in our modern world. This innovation addresses the critical challenges in the management of AR security, including input/output management, the resolution of conflicts between content and the real world, and the running of concurrent AR applications.
ShareAR Software
Spectral-Ripple Resolution Assessment for Cochlear Implant Users
Spirometry 360®, Express, Provider Plus
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.