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KIRETT: Knowledge-Graph-Based Smart Treatment Assistant for Intelligent Rescue Operations

Created by
  • Haebom

Author

Mubaris Nadeem, Johannes Zenkert, Lisa Bender, Christian Weber, Madjid Fathi

Outline

This paper addresses the growing need for rescue operations worldwide and proposes a knowledge graph-based system for rapid and optimized medical services in emergency situations. Due to population changes and the increasing risk of injury and disease, the frequency of emergencies is increasing, making rapid on-site response and patient status assessment crucial. To provide optimal treatment within a limited timeframe, this paper proposes a system that utilizes AI-based situational awareness and a knowledge graph to provide intelligent treatment recommendations in real time to emergency responders.

Takeaways, Limitations

Takeaways:
Presenting the possibility of supporting rapid and efficient decision-making in emergency medical settings.
Presenting the possibility of building an innovative knowledge management system using an AI-based knowledge graph.
Suggests potential contribution to improving the professionalism of rescue workers and increasing patient survival rates
Limitations:
Further research is needed to verify the practical implementation and effectiveness of the proposed system.
Further research is needed to determine the system's applicability and generalizability across a range of emergency situations and patient characteristics.
Further research is needed to ensure data accuracy and reliability.
The need to consider the ethical and legal issues of the system
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