BIT UoM UCSC final year project proposal Smart Patient Monitoring System pdf source code example download

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Here is a detailed breakdown of functions, features, modules, sub-modules, UI forms, database tables (columns), classes, data flow, and use cases for the "Smart Patient Monitoring System" project:

Functions (20 minimum):

1. Continuous vitals monitoring (heart rate, blood pressure, oxygen levels, etc.)
2. Real-time data transmission to doctors.
3. Threshold-based alerts for abnormal vitals.
4. Integration with mobile apps for patient updates.
5. History and trend analysis of patient vitals.
6. Multi-patient monitoring for doctors.
7. Battery status monitoring for wearable devices.
8. Secure authentication for patients and doctors.
9. Role-based access control.
10. Doctor-patient chat interface.
11. Data export to PDF/CSV for reports.
12. Appointment scheduling and reminders.
13. Device pairing and configuration.
14. Offline data storage for later synchronization.
15. Remote firmware updates for wearables.
16. Location tracking in case of emergencies.
17. Emergency SOS alerts to caregivers.
18. AI-based anomaly detection in vitals.
19. Multi-language support.
20. Integration with hospital systems (e.g., EHR).

Features (20 minimum):

1. Lightweight wearable device.
2. Wireless data transmission (e.g., Bluetooth, Wi-Fi).
3. Customizable vitals thresholds.
4. Data encryption for patient privacy.
5. Doctor's dashboard for patient summaries.
6. Push notifications for alerts.
7. Graphical representation of trends (charts, graphs).
8. Multi-device support for one patient.
9. Patient reminders for medication.
10. Role-based dashboards for admins, doctors, and patients.
11. Integration with wearable platforms (e.g., Fitbit, Garmin).
12. Voice-controlled interface for accessibility.
13. Real-time video consultation support.
14. Automatic fall detection.
15. Sleep monitoring integration.
16. Medication adherence monitoring.
17. Customizable reporting templates.
18. AI-based predictions for health risks.
19. Cloud-based backup of patient data.
20. 24/7 system uptime for monitoring.

Modules (20 minimum):

1. Patient Management
2. Doctor Management
3. Vitals Monitoring
4. Alerts and Notifications
5. Wearable Device Management
6. Data Analytics and Visualization
7. Emergency Management
8. Chat and Communication
9. Authentication and Authorization
10. Reports and Exports
11. Settings and Configuration
12. Mobile App Module
13. Admin Panel
14. Data Sync and Backup
15. Firmware Update Module
16. Third-Party Integrations
17. Appointment Management
18. SOS Handling
19. Multi-Language Support
20. AI-Powered Insights

Sub-Modules (20 minimum):

1. Patient Registration and Profile Management
2. Doctor Assignment
3. Abnormal Vital Threshold Settings
4. Notification Management (Push, SMS, Email)
5. Graph Generation for Patient History
6. Device Calibration Tools
7. Battery Status Monitoring for Devices
8. Role-Based Access Management
9. Data Synchronization Logs
10. EHR System API Integration
11. SOS Alert Routing
12. Language Translation for UI
13. Doctor Availability Scheduling
14. Medication Reminder Scheduling
15. Data Compression for Transmission
16. Real-Time Vitals Streaming
17. AI-Based Prediction Models
18. Chatbot for FAQs
19. Audit Logs for Admins
20. Data Retention Policy Management

UI Forms (20 minimum):

1. Patient Registration Form
2. Doctor Registration Form
3. Login Form
4. Patient Dashboard
5. Doctor Dashboard
6. Admin Dashboard
7. Vitals Threshold Setting Form
8. Notification Settings Form
9. Vitals History View Form
10. Appointment Booking Form
11. SOS Alert Form
12. Firmware Update Form
13. Chat Interface Form
14. Device Pairing Form
15. Report Generation Form
16. Multi-Language Settings Form
17. Profile Update Form
18. Doctor's Notes Entry Form
19. Emergency Contacts Form
20. Data Export Form

Database Tables (Columns):

1. Patients

• PatientID (PK)
• FullName
• Age
• Gender
• ContactInfo
• Address
• MedicalHistory
• RegisteredDoctorID (FK)

2. Doctors

• DoctorID (PK)
• FullName
• Specialization
• ContactInfo
• Availability

3. Vitals

• VitalsID (PK)
• PatientID (FK)
• Timestamp
• HeartRate
• BloodPressure
• OxygenLevel

4. Devices

• DeviceID (PK)
• PatientID (FK)
• BatteryStatus
• LastSyncTime

5. Alerts

• AlertID (PK)
• PatientID (FK)
• AlertType
• AlertTimestamp
• Status

6. Appointments

• AppointmentID (PK)
• PatientID (FK)
• DoctorID (FK)
• AppointmentDate
• Notes

7. AdminUsers

• AdminID (PK)
• Username
• PasswordHash

8. ChatMessages

• MessageID (PK)
• SenderID
• ReceiverID
• Timestamp
• Message

Classes (20 minimum):

1. Patient
2. Doctor
3. VitalMonitor
4. DeviceManager
5. AlertSystem
6. NotificationManager
7. AppointmentScheduler
8. ChatHandler
9. AdminUser
10. AuthenticationService
11. AuthorizationService
12. SOSAlertHandler
13. ReportGenerator
14. DataBackupManager
15. LanguageTranslator
16. AIAnalyzer
17. ChartRenderer
18. UserProfileManager
19. FirmwareUpdater
20. EmergencyContactManager

Dataflow (Simplified):

1. Wearable collects patient vitals.
2. Data is transmitted to a central server (via Bluetooth/Wi-Fi).
3. Server processes data and updates real-time dashboards.
4. If thresholds are breached, alert notifications are triggered.
5. Doctors view patient summaries and respond.
6. Historical data is stored for analysis and reporting.

Use Cases (20 minimum):

1. Monitor heart rate in real-time.
2. Notify doctors if oxygen levels drop below a safe range.
3. Schedule a video consultation.
4. Generate weekly health trend reports.
5. Notify caregivers of emergency falls.
6. Allow patients to pair a wearable device.
7. Alert admins if wearable device sync fails.
8. Enable doctors to set custom alert thresholds.
9. Send medication reminders to patients.
10. Enable doctors to chat with patients.
11. Schedule follow-up appointments.
12. AI predicts risk of heart attack.
13. Export a patient's historical data to PDF.
14. Admin adds new doctors to the system.
15. Sync wearable data offline.
16. Update wearable device firmware remotely.
17. Translate the UI to another language.
18. Push real-time vitals to mobile apps.
19. Enable role-based access for data privacy.
20. Integrate with external health systems for seamless data exchange.

This structure covers all critical aspects to build the Smart Patient Monitoring System. Let me know if you'd like to elaborate on any section.