A cloud-based X73 ubiquitous mobile healthcare system: design and implementation

Area of Science:

• Computer Science
• Health Informatics
• Network Engineering

Background:

• Next-generation networks require user-centric healthcare solutions.
• Integrating heterogeneous wireless sensors and mobile devices is challenging.
• Existing systems often lack seamless data interoperability.

Purpose of the Study:

• To describe a ubiquitous mobile healthcare (uHealth) system.
• To leverage ISO/IEEE 11073 personal health data (PHD) standards and cloud computing.
• To address design issues for efficient uHealth system implementation.

Main Methods:

• Utilized a user-centric paradigm for network design.
• Developed a middleware for plug-and-play connectivity of heterogeneous devices.
• Implemented a distributed cloud-based big data processing subsystem.
• Adhered to ISO/IEEE 11073 PHD standards for data interoperability.

Main Results:

• A functional uHealth system architecture was designed.
• The middleware facilitates seamless integration of diverse wireless sensors and mobile terminals.
• The cloud subsystem enables efficient processing of large volumes of health data.
• Addressed key design considerations for system implementation.

Conclusions:

• The proposed uHealth system offers an efficient solution for next-generation healthcare.
• The integration of PHD standards and cloud computing enhances data management and accessibility.
• The plug-and-play middleware simplifies device integration, promoting ubiquitous healthcare access.