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[On-line, high-speeded data analysis of cardiovascular function using hybrid systems (author's transl)]
[Hokkaido Igaku Zasshi] the Hokkaido Journal of Medical Science
|March 1, 1976
Summary
Computer analysis of cardiovascular function offers real-time insights for anesthesia. Developed on-line hybrid systems provide rapid calculations of cardiac work and ventricular function curves, improving experimental analysis.
Area of Science:
- Computer science applications in biology
- Physiological monitoring
- Anesthesiology
Context:
- Conventional manual methods are insufficient for monitoring rapid physiological changes in anesthesia.
- On-line computer analytical methods are crucial for real-time cardiovascular function assessment.
- Hybrid computer systems offer efficiency, cost-effectiveness, and real-time capabilities for biological experiments.
Purpose:
- To develop and apply on-line computer analytical methods for cardiovascular function.
- To utilize hybrid systems for efficient and real-time data analysis during experiments.
- To analyze and calculate cardiac work and other circulatory parameters using computer techniques.
Summary:
- Developed on-line hybrid computer systems for analyzing cardiovascular function in anesthesia.
- Utilized graphic display computers and CRT devices for real-time output.
- Successfully generated ventricular function curves within 30 seconds and calculated vascular input impedance and myocardial maximal velocity of shortening.
Impact:
- Provides rapid, visible ventricular function curves and circulatory parameter calculations.
- Enhances the precision and efficiency of cardiovascular monitoring in experimental settings.
- Highlights the potential of computer-assisted analysis in anesthesiology and critical care.