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Remote Medical Monitoring System Presentation Overview

This project presentation outlines a remote medical monitoring system designed to enhance patient health management. The system utilizes advanced optical and IR sensors to enable continuous monitoring of vital signs, promoting early intervention and minimizing hospital visits. We will discuss the system's design, hardware and firmware components, software interface, and multi-user functionalities. Future expansions include additional sensors, automatic notifications, and enhanced data security. Join us in exploring innovative solutions for improved patient outcomes.

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Remote Medical Monitoring System Presentation Overview

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Presentation Transcript

  1. Remote Medical Inc. ENSC 440 Project Presentation Presented By: Marian Chang Calvin Che Lotus Yi Dong Zhang April 7th 2005

  2. Agenda • Introduction • System Overview • Design • Challenge • Business Concept • Future Expansion • Final Comments

  3. Group Members Calvin Che Dong Zhang Lotus Yi Marian Chang

  4. Purpose • Manage the Disease using Remotely Monitoring • Improve overall outcome in the patient’s health status • Early intervention • Decrease in number of hospital visits

  5. Scenario • (Put some snowy pic here)

  6. Technology • Optical sensor • IR sensor • Internet, TCP/IP • Database

  7. System Overview

  8. Design • Hardware • Sensors • Interface • Firmware • Software and Database • User interface • Multi-user design

  9. Hardware Designs • Temperature Sensor • Method of Usage • Accuracy • Pulse Sensor • Method of Usage • Accuracy • Hardware Demo

  10. Firmware Designs • 10baseT Ethernet interface • Easy access of data record for any patient. • Real time feedback • Affordable • C code implementation, portability to other platforms, facilitate future enhancement

  11. Software Designs • User Access • Doctor and client modes • Windows GUI client application • View data and modify settings • Database (MySQL) • Accessible by firmware and client software

  12. Software User Interface • Main doctor window

  13. Software User Interface • Search window

  14. Software User Interface • Main patient window

  15. Software User Interface • User information window

  16. Software User Interface • Option and Filter Setting windows

  17. Multi-User Design • Each user is identified by an unique ID • Each patient is associated to a machine by machine ID • Data sent and store to the database according to user and machine ID pair • User switching by changing user and machine ID association

  18. Challenges • Hardware and firmware • Software and database

  19. Hardware/Firmware • Incompatible temperature sensor SPI interface • Limited external interrupt • Integration Problem

  20. Software/Database • Communication with microcontroller • User switching • Many-to-many association between doctors and patients

  21. Business Components • Budget • Actual cost

  22. Budget

  23. Actual Cost

  24. Cost Comparison • Estimated cost: $550.00 • Actual cost: $545.00 • Overspent • Backup parts • Actual product price: $150.00

  25. Future Expansion • Hardware/Firmware • Software

  26. Hardware/Firmware • More sensors • Blood sugar level • Blood pressure • LCD display • Video/Audio conference • Wireless internet/communication

  27. Software Expansions • Automatic notifications of critical health condition • Report generation • Graphs and statistics • Secure data transaction • From firmware and database

  28. Demonstration

  29. Final Comments

  30. Questions and Comments

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