Computers in Critical Care and Pulmonary Medicine : Volume 3 / edited by Sreedhar Nair, Omar Prakash, Richard P. Imbruce.
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| Format: | eBook |
| Language: | English |
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Boston, MA :
Springer US,
1983.
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Table of Contents:
- Section I
- Monitoring in the ICU
- Closing the Loop
- Computerized Multibed Respiratory Monitoring
- Criteria for Successful Use of Computers in Critical Care
- A Manufacturer's Perspective
- ICU Monitoring of Ventilation Distribution
- A Distributed Microprocessor Respiratory Intensive Care Monitoring System with Mass Spectrometer, Proximal Flowmeter, and Airway Pressure Transducer
- On Line Monitoring of Respiratory Values on a Respiratory Intensive Care Unit
- Use of a Microprocessor Controlled, Mass Spectrometer Based Monitoring System for Risk Management in a Community Hospital ICU
- Rapid Non-Invasive Determination of Cardiac Output at Rest by CO2 Rebreathing using a Computerized System: Application in Normal Adults with Cardiac Disease
- Transcutaneous O2 and CO2 Monitoring in the Adult
- Section II The USE of Computers in the Pulmonary Function Laboratory
- Accuracy of Commercially Available Computerized Spirometers
- The Application of the Sequential Moments of the Forced Expiratory Spirogram to an Exponential Model of the Spirogram
- Automated Pulmonary Analysis by an On Line Microcomputer
- Automatic Correction for the Effects of Changing Gas Viscosity in Pneumotachographic Measurements
- Clinical Assessment of Spirometric Data
- Computer Evaluation of Expiratory Gas Parameters and Alveolar to Arterial Differences in Clinical and Research Pulmonary Medicine
- Computing Circuit for Breath-by-Breath Ventilation
- History Dependence of Maximal Flow
- Immediate Responses to Lung Irritants Detected by Automated Measurements of Airway Resistance and Partial Flow-Volume Curves
- Lower Limits of Normal for Spirometric Reference Values
- Measurement of Specific Diffusing Capacity (DL/VA) in Critically Ill Patients
- A Microcomputer System for the Analysis of Spirograms
- On Line Pulmonary Testing Utilizing a Portable Microcomputer
- Pulmonary Fast Space Measurement from Expired PCO2: A Pulmonary Function Test Designed for Automation
- Signal Processing for Computerized Spirometry
- Spectral Analysis of Pulmonary Artery Pressure
- A Standard Artificial Lung for System Calibration in Physiological Gas Exchange Measurement
- The Measurement of Respiratory Impedance by the Forced Oscillation Method: Clinical Experiments and Their Interpretation
- Section III
- Database Management
- A Microprocessor Based Data Management System in Operating Room and Intensive Care Unit
- Clinical Experience with a Mini Computer Based Data Management System in Surgical Intensive Care
- Clinical Relevant Data
- What and How Often?
- Effective Anesthesia Record Keeping Utilizing A Computerized Data Management System
- The Data Are Collected. What's Next?
- Utilization and Cost Effectiveness of Computerized Patient Data Management in the Multispecialty Intensive Care Unit
- Section IV
- Miscellaneous Subjects
- A Microcomputer Based System for the Screening of Occupational Health Groups
- Gravity Dependence of Crackles
- Effect of the Medical Device Legislation on Automation in Medicine
- Rapid Lung Sound Amplitude Measurement by Automated Flow Gated Phonopheumography
- Implementation of an Integrated Critical Care Computer
- What Can We Measure?