Anthrotronix, Inc.

University System of Maryland

University of Southern California

The Catholic University of America

Corinna E Lathan

Jack Maxwell Vice

Joli K Rightmyer

Anna D Skinner

James Drane

Bryan A Hays

Jonathan Farris

Matthew E Petterson

Allison Druin

Charlotte Safos

Catherine Plaisant

Jacquelyn Ford Morie

Adrian Blanarovich

Michael R Tracey

Donat-Pierre Luigi

Micheal Tracey

Amy J Brisben

Matthew Pettersen

Judd Nathanson

Embodiments of the invention relate to correlation of physiological data from two or more sources in real-time. As data is gathered from one or more remote physiological sensors, evaluation of associated physiological data takes place in real-time. The sensor data is correlated with other forms of data including objective physiological data, subjective physiological data, cognitive data, and/or quantitative input for multi-variate data analytics to assess and correlate the data. Alerts are generated, applications are activated, and windows are created to support the correlation and associated communication.

Multi-symptom toolkit for evaluating readiness

A haptic communication system having a range of sensors embedded with an operator's attire. Data collected by the sensors is processed by a computing device local to the operator and is communicated via a haptic modality in real-time to other team members and robotic assets in the system.

Haptic automated communication system

A cartridge for releasing scents through a digital trigger mechanism. Also disclosed is a portable, wearable, lightweight necklace or 'collar,' capable of holding 1 to 12 cartridges.

Scent delivery device and method of simulating scent in a virtual environment

Communication interface

A robotic apparatus and system adapted to communicate with a wireless sensor. The apparatus may be either physical or virtual in nature and is adapted to communicate physical movements with a wireless sensor. Data received from the sensor and/or robotic apparatus may be reviewed in a real-time mode, or may be saved for review at a later time. In addition, the apparatus may be controlled through an operator that is in local or remote communication with the apparatus. The robotic system may include pre-programmed interactive platforms for enabling communication between a user and the apparatus in a dynamic mode. In addition, the system may allow an operator to program a game/story for use as an interactive platform. Accordingly, the apparatus and system provides a platform for rehabilitative exercise of a patient as well as an entertainment device.

Robotic apparatus and wireless communication system

A novel system for augmenting human function using personal augmentation devices (PADs), controlled by physiological signals for the purpose of navigating and manipulating the external environment is provided. The system utilizes a variety of sensors connected to a data acquisition box (DAQ) to detect movement of a user. The DAQ, which is comprised of a microprocessor, will control the PAD according to the sensed user movement, thus mapping user input to user output. Controlling of the PAD provides important feedback to the user concerning manipulation of their external environment. In one embodiment, feedback concerning movement of the PAD is provided using a virtual reality system. This system allows people with severe disabilities to remotely interact with their environment using a PAD, thereby unlocking cognitive abilities, promoting curiosity, and providing sense of entitlement to explore, as well as allowing development to continue. A feature of this system is to map the user's inputs with outputs as a function of feedback. Users will then be able to learn input-output mappings based on the level of their physical control.

System for evaluating and promoting development in persons with severe disabilities

Growing community of inventors

Wheaton, MD, United States of America

Corinna E Lathan