webRTC

webRTC enables real-time peer-to-peer communication for low-latency exchange of medical images and related data to support teleconsultation in medical imaging.

Key Features:

• webRTC protocol: Implements the webRTC protocol to provide real-time, peer-to-peer communication for low-latency exchange of medical images and signaling data between clients.
• Peer-to-peer networking: Enables direct client-to-client data transfer without intermediaries, reducing transmission latency.
• Microservices architecture: Employs a microservices architectural pattern to modularize components for independent deployment and scalability.
• Single-page application (SPA): Delivers functionality as a single-page application that manages dynamic content updates within a single web context.
• Heterogeneous workflow integration: Integrates heterogeneous workflow management systems to accommodate diverse clinical processes and protocols.
• Scalability and extensibility: Designed for scalable deployments and extensible functionality to support evolving system requirements.
• Device-transparent interactions: Supports device-transparent interactions among clients to enable cross-device collaboration.

Scientific Applications:

• Teleconsultation in medical imaging: Enables real-time teleconsultation workflows for radiologists to exchange images and expert opinions.
• Remote interdisciplinary collaboration: Facilitates geographically distributed collaboration among healthcare professionals for image interpretation and decision support.
• Cross-institutional workflow coordination: Accommodates integration of diverse institutional workflows via heterogeneous workflow management systems.
• Scalable clinical deployment: Supports scaling of teleconsultation services to larger user bases and distributed clinical settings.

Methodology:

Implements webRTC-based peer-to-peer real-time communication within a microservices architecture, delivered as a single-page application, and integrates heterogeneous workflow management systems.