This document discusses the Computation of Things (CoTh), which is described as the next-generation prediction engine. CoTh aims to increase sustainable well-being and happiness through increasing awareness in all aspects of life. It takes an approach based on participatory sensing, assessment of various criteria, intelligent modeling and simulation for sustainability, and producing forecasts and predictions to aid in decision making. CoTh is envisioned as a future personalized virtual advisor.
4. Changing Disaster Patterns
Weather-related disasters doubled over the past 2 decades
Increase small- and medium-scale disasters
More uncertainties, more impact
Source: CRED 2008 Report
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12. 2 <what>
Computation of Things
… the next-generation prediction engine …
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13. Computation of Things – Mission and Vision
Mission:
increase sustainable wellbeing and happiness
Vision:
increase the awareness in any possible aspect of life
based on:
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14. Computation of Things – Mission and Vision
Mission:
increase sustainable wellbeing and happiness
Vision:
increase the awareness in any possible aspect of life
based on:
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15. Computation of Things – Mission and Vision
Mission:
increase sustainable wellbeing and happiness
Vision:
increase the awareness in any possible aspect of life
based on:
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16. Computation of Things – Mission and Vision
Mission:
increase sustainable wellbeing and happiness
Vision:
increase the awareness in any possible aspect of life
based on:
Common
Computation
Framework
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19. From Internet of Things to Computation of Things
Wisdom
Knowledge
Information
Data
Internet of
Things
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20. From Internet of Things to Computation of Things
Forecasting
Wisdom
Wisdom
Knowledge Knowledge
Information Information
Data Data
Internet of Computation
Things of Things
(CoTh)
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31. CoTh Engine
Models
Assumptions
Physical model Theoretical model
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32. CoTh Engine
Models
Assumptions
Physical model Theoretical model
32
33. CoTh Engine
Models
Assumptions
Approximations
A i ti
Physical model Theoretical model Computational model
computational
p
model
33
34. CoTh Engine
Models
Assumptions
Approximations
A i ti
Correctness
Physical model Theoretical model Computational model
computational
p
model
Numerical integration
Solver model
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35. CoTh Engine
Models
Assumptions
Approximations
A i ti
Correctness
Physical model Theoretical model Computational model
computational
p
model
Numerical integration
Solver model
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36. 4 <process>
Get
aware- Accept
A t Decide
D id Transform
T f
ness
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