24 December 2012
1,000 unpublished requirements later...
Exactly what I thought 11 months ago when I believed I would exercise the discipline necessary to moderate my everyday health-related experiences worthy of being Human Health Graph requirements. I did not write down 1,000 HHG requirements during the past 11 months but I did think of a few hundred I wish blogged. Not too long ago, I did upgrade to SparxSystems Enterprise Architect 9 (EA v10 was released this week) and develop 15 HHG Use Cases. Most of the year I've been hunting for catalogs, registries, lists, databases, and tables of biometric quadruples--biostructure-biosignal-biosensor-biostatistic. I've had no luck finding them thus far. I've haphazardly asked officials in government healthcare, CXOs in healthcare IT, university professors and germane technologists I have access to in my job. It's sad and funny at the same time how the human as a self-contained package of life is measured and observed throughout its life into postmortem for the purposes of scientific inquiry and commercial endeavor yet all those who take away measurements and observables do not have a platform to integrate those collections so they can be anthropometrically rendered in real-time (or not), possibly via an anthropomorphic display.
23 January 2012
Requirements catch up
Ten differences between the nhumi product and my concept:
The person (patient) uses the app more than anyone else
there is a date-time control from conception to predicted or estimated death
the software interpolates or extrapolates with health data to the chosen date-time group
the humanoid is animated or simulated or reposed based on the Use Case and health data
the user manages health by entering goals, plans, estimates at the any level of resolution for any domain (mental, dental, physical, etc.) of human existence
the user manages health by rendering trends, patterns and changes in an isolated or correlated view via the humanoid and charts or graphs
the user manages healthcare by requesting services with an export of the condition that she signs before electronically sending to a broker or directly to a provider
the user manages health security by granting or denying access to providers who want to know more than the export given. N.B. the software recommends what should be exported if the PCM doesn't when ordering the referral
the software animates the humanoid with real-time feeds so your 180 bpm readout from your Polar heart monitor worn during track workouts drives an animation of your humanoid panting with a heaving chest cavity if you opened the application and went to full frontal view mode.
When I write humanoid animation, I mean the humanoid from your 3D body scans NOT some commercially available (stock) humanoid/avatar. So if you are wearing Polar heart monitors at 13- or 93-yo then your humanoid will resemble your closet 3D body scan to that age.
the software uses augmented reality technologies to render common healthy and unhealthy conditions when you point visible sensors toward yourself.
The AR episodes might be a key trigger for healthcare and self care. Self care being generic prescriptions to perform activities while well to regain levels of form or performance recently loss to inactivity.
the software tracks its usage and the cumulative (actual and estimate to postmortem) costs for health maintenance materiel and services.
Think of Business Analytics for the individual who might have a few hundred terabytes after a century of data collection and generation on everything related to his/her health.
The person (patient) uses the app more than anyone else
there is a date-time control from conception to predicted or estimated death
the software interpolates or extrapolates with health data to the chosen date-time group
the humanoid is animated or simulated or reposed based on the Use Case and health data
the user manages health by entering goals, plans, estimates at the any level of resolution for any domain (mental, dental, physical, etc.) of human existence
the user manages health by rendering trends, patterns and changes in an isolated or correlated view via the humanoid and charts or graphs
the user manages healthcare by requesting services with an export of the condition that she signs before electronically sending to a broker or directly to a provider
the user manages health security by granting or denying access to providers who want to know more than the export given. N.B. the software recommends what should be exported if the PCM doesn't when ordering the referral
the software animates the humanoid with real-time feeds so your 180 bpm readout from your Polar heart monitor worn during track workouts drives an animation of your humanoid panting with a heaving chest cavity if you opened the application and went to full frontal view mode.
When I write humanoid animation, I mean the humanoid from your 3D body scans NOT some commercially available (stock) humanoid/avatar. So if you are wearing Polar heart monitors at 13- or 93-yo then your humanoid will resemble your closet 3D body scan to that age.
the software uses augmented reality technologies to render common healthy and unhealthy conditions when you point visible sensors toward yourself.
The AR episodes might be a key trigger for healthcare and self care. Self care being generic prescriptions to perform activities while well to regain levels of form or performance recently loss to inactivity.
the software tracks its usage and the cumulative (actual and estimate to postmortem) costs for health maintenance materiel and services.
Think of Business Analytics for the individual who might have a few hundred terabytes after a century of data collection and generation on everything related to his/her health.
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