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Hassle Free Fitness Monitoring. David Jea, Jason Liu, Thomas Schmid, Mani Srivastava. Pervasive Health Care Systems. Fitness Monitoring is the most Fundamental Functionality of Pervasive Health Care Systems Provides 24X7 Fitness Monitoring Sensor devices are clipped on the body

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hassle free fitness monitoring

Hassle Free Fitness Monitoring

David Jea, Jason Liu,

Thomas Schmid, Mani Srivastava

pervasive health care systems
Pervasive Health Care Systems
  • Fitness Monitoring is the most Fundamental Functionality of Pervasive Health Care Systems
  • Provides 24X7 Fitness Monitoring
  • Sensor devices are clipped on the body
  • Proactively Record changes in vital signs such as weight and blood pressure
  • Appropriate Medical Services provided on the basis of recorded data
challenges
Challenges
  • Privacy
  • Security
  • Finding a perfect balance between usability, privacy and security
problems
Problems
  • Large number of Devices hooked on the body
  • Multiple type of sensors
  • Privacy concerns at workplaces
security issues
Security Issues
  • Network Security Issues
  • User authentication issues
  • Security problems related to stolen palmtops or PDA’s
the idea
The Idea
  • Build Fitness monitoring system for healthy individuals in a workplace
  • Identification of the individual by only utilizing imprecise biometrics and existing information
  • Maintaining the device’s original user interface
  • No additional sensors incorporated in the system
design guidelines
Design Guidelines
  • Privacy
    • Recorded data cannot be used as hard evidence (in court) to pinpoint exactly who the user is
  • Feasibility
    • The system is allowed to use existing information
  • Usability
    • Restoring the original interface of the device so that people of all age groups know how to use it
the design
The Design

Possible

Candidates

Imprecise

Physiological

Info

Biometric Matcher

Uncertainty

Reduction

Context Reasoning

User

Identity

Activity Information

implementation
Implementation
  • The system consists of a weight scale and a blood pressure monitor
  • Both devices communicate with the laptop
  • Software program installed on laptop continuously record data and attach a timestamp to weight and blood pressure readings
  • Facility for a user to input his/her name is also provided
    • This step is to establish ground truth for the experiment
inference engine components
Inference Engine Components
  • Biometric Matcher
    • It implements a Bayes classifier that combines multiple sensor observations
    • It assumes that each observation is unique
    • This results in the identity of the subject
  • Context Reasoning
    • Itis based on Reified Temporal Logic
    • It provides with the user’s context
    • It uses two meta-Predicates to express when things are true
conclusion
Conclusion
  • Built a health monitoring system which is hassle free
  • Less privacy concerns
  • No extra sensors hooked on the body
  • Easy to Use
  • Widely used by population
  • How to handle uncertain usage?