System and method for adaptive indirect monitoring of subject for well-being in unattended setting

• US 10,475,141 B2
• Filed: 02/06/2015
• Issued: 11/12/2019
• Est. Priority Date: 02/06/2014
• Status: Active Grant

• Current Assignee: EmPowerYu, Inc.
• Original Assignee: EmPowerYu, Inc.
• Inventors: McIntosh, Laura Janet, Sieracki, Jeffrey Mark
• Primary Examiner(s): Chaki, Kakali
• Assistant Examiner(s): Seck, Ababacar
• Application Number:
  US14/616,459
• Publication Number:
  US 20160026354A1
• Time in Patent Office: 1,740 Days
• CPC Class Codes: G06Q 10/06 Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
• CPC Class Codes: G16H 15/00 ICT specially adapted for medical reports, e.g. generation or transmission thereof
• CPC Class Codes: G16H 40/67 for remote operation

Abstract

A system is provided for event-based monitoring of a subject'"'"'s well-being within an unattended setting. A plurality of sensors are disposed within the setting for sensing disparate events, and an analytics processing portion is coupled to the sensors to collectively acquire sensing data therefrom, and map a plurality of sensed data points for a selected combination of disparate events to a conduct adaptively characterized for the subject. The mapping occurs according to a set of pre-established reference event patterns, relative to which each characterized conduct is screened for excessive aberration. The analytics processing portion actuates generation of a graphic user interface displaying at least one reporting page. The reporting page contains for each characterized conduct certain graphic indicia determined responsive to the screening thereof. At least one wirelessly coupled monitoring device actuates responsive to the analytics processing portion to render the graphic user interface for a remotely monitoring user.

Claims

1. A system for indirect event-based monitoring of a subject for well-being within a predefined unattended setting, comprising:

a plurality of sensors disposed strategically throughout the predefined setting for respectively sensing disparate events occurring within the predefined setting;

an analytics processing portion coupled to said sensors, said analytics processing portion being programmably configured for execution to;

collectively acquire sensing data for the disparate events respectively from a selected combination of said sensors without video surveillance, wherein;

each of said sensors in the selected combination transduces a physically measurable condition;

at least one of said sensors in the selected combination indirectly detects activity of the subject, and is selected from the group consisting of;

light sensors, energy management sensors, power use sensors, entertainment device use sensors, contact sensors, drawer opening/closing sensors, work space sensors, lighting actuation sensors, home automation sensors, glass breakage sensors, water flow sensors, moisture sensors, and pressure sensors; and

,

each of said sensors in the selected combination is being situated apart from the subject and independent of subject movement;

map a plurality of sensed data points from the acquired sensing data of the selected combination of said sensors to at least one conduct adaptively inferred for the subject from the corresponding disparate events, and based in part on the activity indirectly detected by the at least one sensor, the sensed data points being mapped according to a set of pre-established reference event patterns;

screen each adaptively inferred conduct for excessive aberration with reference to said pre-established reference event patterns; and

,

actuate generation of a graphic user interface displaying at least one reporting page, said reporting page containing for each adaptively inferred conduct graphic indicia determined responsive to the screening thereof; and

,

at least one monitoring device coupled to said analytics processing portion by a wireless communications link, said monitoring device configured to render said graphic user interface for a remotely disposed monitoring user responsive to said analytics processing portion.

2. The system as recited in claim 1, wherein said analytics processing portion actuates a learning phase of operation to automatically generate at least one of said pre-established reference event patterns.

3. The system as recited in claim 2, wherein said analytics processing portion in the learning phase:

generates a frequency distribution of sensed events within the setting according to predefined time cycles;

adaptively learns from the frequency distribution at least one tokenized consistent pattern of sensed events; and

,

associates with the tokenized consistent pattern at least one class of predefined behavioral activities.

4. The system as recited in claim 1, further comprising a conglomerate database coupled to said analytics processing portion, said conglomerate database storing sensing data collectively acquired from sensors disposed within said predefined settings of a plurality of different subjects.

5. The system as recited in claim 4, wherein said analytics processing portion executing aggregate analysis on the sensing data from said conglomerate database, said analytics processing portion executing to:

remove personally identifiable information and thereby anonymize the sensing data acquired from the different subjects;

carry out longitudinally analytics over data for selected groupings of the different subjects to generate event patterns and corresponding behavioral activities therefrom; and

,

selectively including the generated event patterns within the set of said pre-established reference event patterns.

6. The system as recited in claim 1, wherein said analytics processing portion selectively reduces the sensing data acquired from said sensors to visually display in said graphic user interface reporting page a collective summary thereof according to each conduct adaptively inferred for the subject.

7. The system as recited in claim 6, wherein said graphic user interface includes a plurality of reporting page levels, said reporting page at each successive level including a more detailed presentation of well-being data presented at a portion of said reporting page, said reporting page at an initial level including a monitoring user-actuable log-in icon.

8. The system as recited in claim 7, wherein said reporting page at the initial level displaying for each adaptively inferred conduct one of two alternative graphic indicia to alternatively denote detection of nominal or anomalous aberration in the subject'"'"'s conduct.

9. A system for indirect event-based monitoring of an infirm subject for well-being within a predefined unattended setting, comprising:

a plurality of sensors disposed strategically throughout the predefined setting for respectively sensing disparate events occurring within the predefined setting;

an analytics processing portion coupled to said sensors, said analytics processing portion being programmably configured for execution to;

collectively acquire sensing data for the disparate events respectively from a selected combination of said sensors without video surveillance, wherein;

each of said sensors in the selected combination transduces a physically measurable condition;

at least one of said sensors in the selected combination indirectly detects activity of the subject, and is selected from the group consisting of;

light sensors, energy management sensors, power use sensors, entertainment device use sensors, contact sensors, drawer opening/closing sensors, work space sensors, lighting actuation sensors, home automation sensors, glass breakage sensors, water flow sensors, moisture sensors, and pressure sensors; and

,

each of said sensors in the selected combination is situated apart from the subject and independent of subject movement;

periodically map a plurality of sensed data points from the acquired sensing data of the selected combination of said sensors to at least one conduct adaptively inferred for the subject from the corresponding disparate events, and based in part on the activity indirectly detected by the at least one sensor, the sensed data points being mapped according to a set of pre-established reference event patterns, the acquired sensing data being reduced by the mapping;

determine a degree of anomaly for each adaptively inferred conduct with respect to said pre-established reference event patterns therein; and

,

actuate generation of a graphic user interface displaying at least one reporting page presenting a collective summary of the acquired sensing data relating to each conduct adaptively inferred for the subject, said reporting page containing for each adaptively inferred conduct graphic indicia corresponding to said degree of anomaly determined therefor; and

,

at least one remote monitoring device coupled to said analytics processing portion by a wireless communications link, said monitoring device configured to render said graphic user interface for a remotely disposed monitoring user responsive to said analytics processing portion.

10. The system as recited in claim 9, wherein said analytics processing portion actuates a learning phase of operation to automatically generate at least one of said pre-established reference event patterns, said analytics processing portion in the learning phase:

generating a frequency distribution of sensed events within the setting according to predefined time cycles;

adaptively learning from the frequency distribution at least one tokenized consistent pattern of sensed events; and

,

associating with the tokenized consistent pattern at least one class of predefined behavioral activities.

11. The system as recited in claim 10, wherein said graphic user interface includes a plurality of reporting page levels, said reporting page at each successive level including a more detailed presentation of well-being data presented at a portion of said reporting page, said reporting page at an initial level including a monitoring user-actuable log-in icon.

12. The system as recited in claim 11, wherein said reporting page at the initial level displaying for each adaptively inferred conduct one of two alternative graphic indicia to alternatively denote detection of nominal or anomalous aberration in the subject'"'"'s conduct.

13. The system as recited in claim 9, further comprising a conglomerate database coupled to said analytics processing portion, said conglomerate database storing sensing data collectively acquired from sensors disposed within said predefined settings of a plurality of different subjects.

14. The system as recited in claim 13, wherein said analytics processing portion executing aggregate analysis on the sensing data from said conglomerate database, said analytics processing portion executing to:

remove personally identifiable information and thereby anonymize the sensing data acquired from the different subjects;

carry out longitudinally analytics over data for selected groupings of the different subjects to generate event patterns and corresponding behavioral activities therefrom; and

,

selectively including the generated event patterns within the set of said pre-established reference event patterns.

15. A method for indirect event-based monitoring of a subject for well-being within a predefined unattended setting, comprising:

selectively installing a plurality of sensors strategically throughout the predefined setting to respectively sense disparate events occurring within the predefined setting responsive to daily activity of the subject;

executing a programmably configured analytics processing portion coupled to said sensors to;

collectively acquire sensing data for the disparate events respectively from a selected combination of said sensors without video surveillance, wherein;

each of said sensors in the selected combination transduces a physically measurable condition;

at least one of said sensors in the selected combination indirectly detects activity of the subject, and is selected from the group consisting of;

light sensors, energy management sensors, power use sensors, entertainment device use sensors, contact sensors, drawer opening/closing sensors, work space sensors, lighting actuation sensors, home automation sensors, glass breakage sensors, water flow sensors, moisture sensors, and pressure sensors; and

,

each of said sensors in the selected combination is situated apart from the subject and independent of subject movement;

map a plurality of sensed data points from the acquired sensing data of the selected combination of said sensors to at least one conduct adaptively inferred for the subject from the corresponding disparate events, and based in part on the activity indirectly detected by the at least one sensor, the sensed data points being mapped according to a set of pre-established reference event patterns;

screen each adaptively inferred conduct for excessive aberration with reference to said pre-established reference event patterns; and

,

actuate generation of a graphic user interface displaying at least one reporting page, said reporting page containing for each adaptively inferred conduct graphic indicia determined responsive to the screening thereof;

establishing at least one monitoring device coupled to said analytics processing portion by a wireless communications link; and

,

configuring said monitoring device for actuation responsive to said analytics processing portion to visually render said graphic user interface for a remotely disposed monitoring user.

16. The method as recited in claim 15, wherein said analytics processing portion is actuated to execute a learning phase of operation for automatically generating at least one of said pre-established reference event patterns, said learning phase including:

generating a frequency distribution of sensed events within the setting according to predefined time cycles;

adaptively machine learning from the frequency distribution at least one tokenized consistent pattern of sensed events; and

,

associating with the tokenized consistent pattern at least one class of predefined behavioral activities.

17. The method as recited in claim 15, wherein:

the sensing data acquired from said sensors is selectively reduced to visually display in said graphic user interface reporting page a collective summary thereof according to each conduct adaptively inferred for the subject;

a plurality of reporting page levels are established for said graphic user interface, said reporting page at each successive level including a more detailed presentation of well-being data presented at a portion of said reporting page, said reporting page at an initial level including a monitoring user-actuable log-in icon; and

,

displaying with each said adaptively inferred conduct in said reporting page at the initial level one of two alternative graphic indicia to alternatively denote detection of nominal or anomalous aberration in the subject'"'"'s conduct.