The document describes a smart patient monitoring system using a microelectronic chip tattoo. The tattoo can read a patient's vital signs like brainwaves and heart rate and transmit the data every 5 seconds to provide continuous monitoring. The system aims to reduce response times and costs by automating medical history generation, creating distinct views for nurses and doctors, implementing logins and privileges, scheduling automated backups, and generating reports using the collected data. It outlines objectives like faster health prediction and non-invasive monitoring. Challenges include implementing all learned features and the innovative concept.

1. Smart Patient
Monitoring
- A SOLUTION FOR SMART HOSPITALS

2. About
•A healthcare application for wireless health monitoring of a patient using Microelectronic Chip
tattoo
• Our goal is to provide unremitting statistical medical report of patient status to healthcare
organization thereby reducing response time to action

3. Microelectronic Chip Tattoo
 A small, flexible circuit device that sticks comfortably to the skin and is artfully camouflaged as a
temporary tattoo.
 It can read patient’s brainwaves, heart rate and muscle activity while they are going about their normal
activity

4. Objectives & Scope
• Faster prediction of deteriorating health
• Reduce the cost of investing in heavy and costly machines for measuring the vital signs
• Promoting the use of non invasive and surgical procedures for monitoring patients
• Improving response time of patient care unit
• Ease patient health analysis for doctors and nurses

5. Deliverables Data Acquisition from chip
Automated Medical History Generation using Triggers
Distinct Patient Views with Cursors
User Logins and Privileges
Stored Procedures
Automated Database Backup
Purging Database using Transactions
Programmed Task Scheduling
Report Generation through Business Intelligence
Development tools

6. Assumptions
•The electronic chip data provides reliable and uninterrupted measurements.
• The patient should always wear the tattoo to get continuous vital sign.
•Patient should be admitted to the hospital
•The chip transmits data every 5 seconds
•Hospital schedules the full backup on Sunday night
•Hospital schedules differential backup everyday

7. EER Model

9. Challenges
•Innovative Idea
• Implementation of every feature you learned in the class

10. Data Acquisition
Gathering vital Signs from chip using cursor

11. Data Acquisition
Output

12. Gathering brain waves from chip using cursor

13. Output

14. Automated Medical History Generation using Triggers
Output
Trigger adds data to medical history whenever vital signs cross threshold

15. Output

16. Distinct Patient Views with Cursors

18. Views for Each Nurse

19. Views for Each Doctor

20. User Logins and Privileges

21. Automated Database Backup
Automatic backup daily at a specified time

22. Full Backup Stored Procedure

23. Purging Database using Transactions

24. Report Generation through Business Intelligence
Development tools
Reports for each patient by using SQL server reporting which can be mailed or saved in a local system

25. Charts showing vital signs for patients using Tableau

26. Charts showing brain waves for patients using Tableau