[A telemedicine electrocardiography system based on the component-architecture soft]

Area of Science:

• Biomedical Engineering
• Computer Science
• Telecommunications

Background:

• Telemedicine systems require robust and flexible architectures for remote patient monitoring.
• Existing systems often lack universal components and secure data handling capabilities.
• Integration of physiological data acquisition (ECG, pressure, pulsometry) is crucial for comprehensive remote healthcare.

Purpose of the Study:

• To develop a universal component-oriented architecture for telemedicine applications.
• To create a system capable of acquiring and transmitting vital signs including ECG, pressure, and pulsometry.
• To ensure secure data transmission and user authentication for telemedicine services.

Main Methods:

• Designed a system with a central database server and client telemedicine modules.
• Implemented data transmission via diverse interfaces, including local networks and satellite phones.
• Utilized microchip charts for implementing the 3DES authentication algorithm for data protection.

Main Results:

• A functional component-oriented architecture for telemedicine applications was developed.
• The system successfully acquired and transmitted ECG, pressure, and pulsometry data.
• Secure data transmission and authentication were achieved using microchip-based 3DES encryption.

Conclusions:

• The proposed architecture offers a universal and flexible solution for building telemedicine applications.
• The system provides reliable and secure remote monitoring of vital physiological parameters.
• This approach enhances the security and accessibility of telemedicine services through diverse communication channels.