Multi-symptom toolkit for evaluating readiness
Inventors
Skinner, Anna D. • Lathan, Corinna E.
Assignees
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Publication Number
US-10376196-B2
Publication Date
2019-08-13
Expiration Date
Abstract
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.
Core Innovation
The invention provides a portable, network-connected multi-sensor toolkit in which a data source wirelessly transmits generated sensor data to a computing platform across a first communication channel. The data source includes two or more sensors, and the computing platform includes a processor in communication with memory and a visual display. The computing platform receives the generated sensor data and dynamically assesses sensor performance by using a state classification application.
The state classification application causes the sensor data to display on the visual display and enables connection to the data source. The state classification application generates first state data from the sensor data in a first window, where the first state data characterizes the sensor data. When the first state data is outside predetermined parameters, the first state data activates a cognitive assessment module in a second window on the visual display.
The cognitive assessment module evaluates a cognitive state and generates cognitive state data from the evaluated cognitive state, with the first and second windows concurrently displayed. The assessment further supports correlation of the cognitive state data with objective physiological sensor data, and optionally with subjective input and quantitative input, to generate combined feedback and combined state, including typical versus atypical range calibration and alerting behaviors, with remote execution and coordination via shared computing environment/server architecture.
Claims Coverage
The partial content includes two independent claims, a system claim and a computer-implemented method claim, centered on wireless multi-sensor data transmission, sensor-derived state classification in a first window, and conditional activation of a cognitive assessment in a second concurrently displayed window.
Wireless multi-sensor data source and remote computing platform
A data source in wireless communication with a computing platform across a first communication channel, the data source including two or more sensors and generated sensor data; the computing platform comprising a processor in communication with memory and a visual display in communication with the memory.
State classification displays sensor-derived first state data
Activation of a state classification application to cause the sensor data to display on the visual display and to enable connection to the data source; the state classification application to generate first state data from the sensor data in a first window on the visual display, wherein the first state data characterizes the sensor data.
Conditional activation of cognitive assessment with concurrent windows
The first state data to activate a cognitive assessment module in a second window on the visual display when the first state data is outside of the predetermined parameters; the cognitive assessment module to evaluate a cognitive state and generate cognitive state data from the evaluated cognitive state, wherein the first and second windows are concurrently displayed on the visual display.
Assessment application to a remote subscriber computer with wireless receiving and windowed display
Providing an assessment application to a subscriber for installation on the remote subscriber computer; receiving sensor data wirelessly transmitted from a sensor at the remote computer sent across a first communication channel from a data source, the remote computer comprising a microprocessor and a memory that stores preferences for information format, destination address, and specified data values, wherein the microprocessor activates a state classification application to cause the sensor data to display in a first window on the remote computer and to enable connection to the data source when the device is connected to the remote computer.
Generate cognitive state data when first state is outside predetermined parameters
The state classification application generates first state data from the sensor data, wherein the first state data characterizes the sensor data; and the first state data activates a cognitive assessment module in a second window on the remote computer when the first state data is outside of the predetermined parameters, the cognitive assessment module evaluating a cognitive state and generating cognitive state data from the evaluated cognitive state, wherein the first and second windows are concurrently displayed on the remote computer.
Across both independent claims, the inventive coverage is directed to dynamically classifying sensor data into first state data via a state classification application, and triggering a cognitive assessment module in a second concurrently displayed window when the first state data is outside predetermined parameters, with the sensor data received or transmitted across a network communication channel to or from a remote computing platform.
Stated Advantages
Dynamically assess sensor performance.
Provide concurrent first and second window display of sensor-derived state and evaluated cognitive state.
Trigger cognitive assessment when characterized sensor-derived first state data is outside predetermined parameters.
Enable remote distribution of performance data over a network to a remote subscriber computer.
Documented Applications
Real-time readiness/performance assessment using a portable, network-connected multi-sensor toolkit with remote execution and coordination of assessment and correlation applications.
Remote assessment workflow that correlates characterized first state data with cognitive state evaluation and optionally objective physiological sensor data plus optional subjective input and quantitative input to generate combined feedback and combined state.
Profile generation and dynamic modification based on correlating first state data with a defined typical data range for typical versus atypical calibration.
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