This document discusses a health platform that aims to overcome problems patients with chronic diseases face in reaching hospitals by enabling continuous remote patient monitoring. The platform utilizes wearable devices, mobile applications, and a web portal to allow patients to have their health monitored anywhere through data transmission and remote medical control. It focuses on ensuring patient mobility, autonomy, and continuous care while keeping them out of hospitals. The system is designed with a user-friendly Android mobile app and a HIPAA compliant architecture to securely transmit patient data from wearable sensors to doctors for remote oversight of at-risk patients.

1. Mobility Healthcare
Chronic Patient Real – Time Monitoring
RELATORE
Prof. Nello Scarabottolo
CORRELATORE
Prof. Simone Agazzi
TESI DI LAUREA MAGISTRALE DI:
Gent Maloku

2. Introducing
Health Platform

3. Why HP?
• It’s a telehealth application.
• Developed to overcome problems patients face to reach
hospitals:
Distance
Transportation
Financial issues
• On focus are patients with chronic diseases.
• Continuous care.
• Keeps patients out of hospitals.
Health platform solve these problems!

4. United States vs Europe
• Demand for telehealth services is growing together with the number of
patients using them.
• Telehealth revenues, meanwhile, will jump from $174.5 million last year
to $707.9 million in 2017.

5. System Architecture

6. Health platform key features
Four important aspects form the core of the system:
•Wearable Devices
•Patient Mobility
•Data Transmission and
•Remote Medical Control

7. Wearable Devices

8. Patient Mobility
• Patient mobility simply means autonomy.
• Patient’s health status can be monitored continuously
anywhere and anytime.

9. Data Transmission
• Data communication rely on wireless technologies instead of wires.
• Network QoS parameters meet minimum system requirements.

10. Remote Medical Control
• Remote communication.
• Independent of time & place.
• If the health state of the
patient in not stable based on
measurements received, an
alarm can be issued.

11. Strategies to protect the data
ISO/IEC 27001
• ISO/IEC 27001 is a standard that helps organizations keep information
assets secure and offers a systematic and well-structured approach that will
protect the confidentiality of user information, ensure the integrity of
business data and improve the availability of your business IT systems.
• ISO/IEC 27001 is a well-known standard and the main objectives are:
 Confidentiality: give access to information only to those who have the necessary
authorizations;
 Integrity: safeguarding the' accuracy and completeness of the data and the
methods of processing (must be able to change only those authorized);
 Availability: give users authorization access to information, systems and services
when required (real-time access without delay in case of need)

12. Android Health Platform
• Developed in Android platform, compatible with Android 5.0
• Used by patients.

13. Android Health Platform
Simple, User Friendly & Easy To Navigate

14. FEATURES AND BENEFITS
• Measure the heart rate and oxygen.
• Measure the blood pressure.
• Reads measurements from sensors using
Bluetooth.
• Measurements are shown in graphs.
• Upload the results at medical center.
• Easy to use and friendly user interface.
• Material Design for a better experience.
• Supports three languages: English, Italian
and Chinese.

15. Web portal
• The Web portal visualize the data retrieved from data server.
• Is used by the doctor to manage the patients.

16. The END