this is OOAD project for railway reservation system that make by Muhammad Shehzad Awan.pptx

OOAD project for railway reservation system

1. Health Monitoring and Alert Presented By: Muhammad Shehzad Roll No: Bsf2104561 Shift: Morning Presented To: Sir Imran Kazmi University of Education Lahore Jauharabad Campus

2. In an era where technology is seamlessly integrated into every aspect of our lives, the landscape of healthcare is undergoing a profound transformation. Health monitoring and alert systems represent a pivotal advancement in this evolution, promising to revolutionize the way individuals manage their well-being. This project embarks on a journey to explore the multifaceted dimensions of these systems, delving into their significance , functionality, and potential impact on the healthcare domain . The "Health Monitoring and Alert System" is a cutting-edge solution designed to revolutionize healthcare through continuous remote monitoring and instant anomaly detection. Leveraging wearable technology and real-time data analysis, this system aims to empower individuals and healthcare providers with timely insights into vital signs, ensuring proactive management of health conditions. Introduction:

3. Problem Statement: Traditional healthcare practices rely heavily on periodic check-ups and hospital visits, leading to gaps in monitoring and delayed interventions. This approach fails to address the growing need for continuous health monitoring, especially for individuals with chronic conditions or elderly patients. The lack of real-time data access and proactive alert systems contributes to missed opportunities for early intervention and preventive care, highlighting the need for a comprehensive solution like the Health Monitoring and Alert System . The system should be able to detect anomalies, predict potential health risks, and send timely alerts to both the user and designated caregivers or healthcare professionals. Additionally, it should prioritize user privacy and data security while ensuring seamless integration with existing healthcare infrastructure .

4. Scenario: Ali, a 65-year-old retiree, has recently been diagnosed with hypertension. His doctor recommends regular monitoring of his blood pressure to manage his condition effectively. However, Muhammad finds it challenging to visit the hospital frequently due to mobility issues and prefers to stay at home. Concerned about his health, Muhammad's family seeks a solution that allows them to monitor his blood pressure remotely and receive alerts in case of any abnormalities . The scenario illustrate the need for a Health Monitoring and Alert System that provides individuals with the flexibility to monitor their health remotely and empowers them to take proactive steps towards managing their well-being.

5. Objects: Patient Wearable Device Emergency Contact Sensor Interface Mobile Application Central Monitoring Server Health Data Record Alert Notification Health Care Provider

6. Class Diagram

7. Class diagram:

8. Functional Requirements: FR-1 : Real-time Monitoring: The system should continuously monitor vital signs such as heart rate, blood pressure, and oxygen saturation in real-time. FR-2 : Alert System: The system should generate immediate alerts to healthcare providers and emergency contacts in case of abnormal vital signs or critical health events. FR-3 : Data Storage: The system should securely store historical health data for future reference and analysis.

9. FR-4 : Data Visualization: The system should provide graphical representations of health data to allow users to easily interpret trends and patterns. FR-5 : Customizable Alerts: Users should be able to customize alert thresholds and notification preferences based on their individual health conditions and preferences. FR-6 : User Authentication: The system should require users to authenticate their identity to access health data and modify alert settings. FR-7 : Remote Access: Users should be able to remotely access the system via web or mobile applications to monitor  their health status from anywhere

10. FR-8 : Integration With Wearable: The system should integrate seamlessly with wearable health monitoring devices to capture and transmit real-time health data . FR-10 : Support for Multiple Languages: FR-9 : Compliance With Regulatory Standard: The system should support multiple languages to cater to users from diverse linguistic backgrounds. The system should comply with relevant healthcare regulations and standards to ensure patient privacy and data security.

11. Non Functional Requirements: NF- 1 : Reliability: The system should operate reliably without frequent downtime or interruptions to ensure continuous monitoring of patients' health. NF- 2 : Scalability: The system should be scalable to accommodate a growing number of users and devices without compromising performance. NF -3 : Usability: The system should have an intuitive user interface and navigation flow to ensure ease of use for both patients and healthcare providers.

12. NF-4 : Performance: The system should respond promptly to user requests and process health data efficiently to minimize latency. NF-5 : Data Privacy: The system should implement robust encryption and access control measures to protect patients' sensitive health information from unauthorized access or data breaches. NF-6 : Compatibility: The system should be compatible with a wide range of devices and operating systems to maximize accessibility for users. NF-7 : Interoperability: The system should be able to exchange data seamlessly with other healthcare systems and electronic medical records to facilitate comprehensive patient care.

13. NF-8 : Security: The system should have built-in mechanisms to detect and prevent cyber threats such as malware, phishing attacks, and unauthorized access attempts. NF-10 : Accessibility: NF-9 : Scalability: The system should be accessible to users with disabilities, complying with accessibility standards such as WCAG (Web Content Accessibility Guidelines) to ensure inclusivity. The system should be designed to accommodate future enhancements and technological advancements to meet evolving healthcare needs.

14. Use case Diagram

15. NF-1:UC-1

16. No Requirement Description FR-1 Real-time Monitoring The system should continuously monitor vital signs such as heart rate, blood pressure, and oxygen saturation in real-time.

17. NF-2:UC-2

18. No Requirement Description FR-2 Alert System The system should generate immediate alerts to healthcare providers and emergency contacts in case of abnormal vital signs or critical health events.

19. NF-3:UC-3

20. No Requirement Description FR-3 Data Storage The system should securely store historical health data for future reference and analysis

21. NF-4:UC-4

22. NF-4:UC-4

23. No Requirement Description FR-4 Data Visualization The system should provide graphical representations of health data to allow users to easily interpret trends and patterns.

24. NF-5:UC-5

25. NF-5:UC-5

26. No Requirement Description FR-5 Customization Alert Users should be able to customize alert thresholds and notification preferences based on their individual health conditions and preferences.

27. NF-6:UC-6

28. No Requirement Description FR-6 User Authentication The system should require users to authenticate their identity to access health data and modify alert settings.

29. NF-7:UC-7

30. No Requirement Description FR-7 Remote Access Users should be able to remotely access the system via web or mobile applications to monitor their health status from anywhere

31. NF-8:UC-8

32. NF-8:UC-8

33. No Requirement Description FR-8 Integration with wearable The system should integrate seamlessly with wearable health monitoring devices to capture and transmit real-time health data.

34. NF-9:UC-9

35. No Requirement Description FR-9 Compliance With Regulatory Standard The system should comply with relevant healthcare regulations and standards to ensure patient privacy and data security

36. NF-10:UC-10

37. No Requirement Description FR-10 Support for Multiple Languages The system should support multiple languages to cater to users from diverse linguistic backgrounds