Data Acquisition and Processing in Biology and Medicine
eBook - PDF

Data Acquisition and Processing in Biology and Medicine

Proceedings of the 1966 Rochester Conference

  1. 388 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Data Acquisition and Processing in Biology and Medicine

Proceedings of the 1966 Rochester Conference

About this book

Data Acquisition and Processing in Biology and Medicine, Volume 5 presents the proceedings of the 1966 Rochester Conference. The book presents a model based on the visco-elastic behavior of the aorta and arterioles that can generate aortic pressure curves resembling real ones; and the computer-aided diagnosis. The text also includes papers on an electric analog for the uptake, distribution and excretion of inhalation anesthetics; the use of computer analysis of morphological pattern as an aid in taxonomic discrimination; and a simulation study of a hand controlled by myoelectric signals. Computer-aided differentiation of glycemic curves, as well as the use of Fourier waveform analysis to confirm the differentiability of preganglionic slow potentials into postganglionic slow potential waveforms are also encompassed.

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Yes, you can access Data Acquisition and Processing in Biology and Medicine by Kurt Enslein in PDF and/or ePUB format, as well as other popular books in Biological Sciences & Biology. We have over one million books available in our catalogue for you to explore.

Information

Publisher
Pergamon
Year
2013
Print ISBN
9780080035437
eBook ISBN
9781483158907
Topic
Biological Sciences
Subtopic
Biology
Index
Biological Sciences

Table of contents

  1. Front Cover
  2. Data Acquisition and Processing: In Biology and Medicine
  3. Copyright Page
  4. Table of Contents
  5. CHAPTER 1. AN ANALOGUE COMPUTER SOLUTION OF A SET OF NON-LINEAR DIFFERENTIAL EQUATIONS OF MOTION OF THE DOG AORTA I. THE EFFECTS OF HYPERTENSION, AGING AND BLOOD INFLOW FORCINGS ON PRESSURE CURVES
  6. CHAPTER 2. THE AUTOMATIC CODING, SELECTING AND CORRELATION OF PATIENT DATA IN RADIOLOGY A PROGRESS REPORT
  7. CHAPTER 3. AUTOMATIC CLASSIFICATION OF CHROMOSOMES. III
  8. CHAPTER 4. FREQUENCY FILTERING AND COMPUTER SUMMATION ANALYSIS OF VISUAL EVOKED RETINAL AND CORTICAL POTENTIALS IN NOISE
  9. CHAPTER 5. COMPUTER-AIDED DIAGNOSIS— THE INFORMATION INDEX FOR LABORATORY TESTS
  10. CHAPTER 6. AN ELECTRIC ANALOG FOR THE UPTAKE, DISTRIBUTION AND EXCRETION OF INHALATION ANESTHETICS
  11. CHAPTER 7. BRAIN WAVES: INTRACELLULAR RECORDING AND STATISTICAL ANALYSIS HELP CLARIFY THEIR PHYSIOLOGICAL SIGNIFICANCE
  12. CHAPTER 8. NEUROPHYSIOLOGICAL RESEARCH USING A REMOTE TIME-SHARED COMPUTER
  13. CHAPTER 9. ON-LINE SEPARATION OF INTERLEAVED NEURONAL PULSE SEQUENCES
  14. CHAPTER 10. COMPUTER PROCESSING OF NARRATIVE MEDICAL DATA
  15. CHAPTER 11. ANALYSIS OF CLINICAL PATHOLOGY DATA BY MEANS OF A USER-ORIENTED ON-LINE DATA SYSTEM
  16. CHAPTER 12. APPLICATION OF COMPUTERS TO A GENERAL MEDICAL RESEARCH LABORATORY
  17. CHAPTER 13. FINITE STATE MODELS WITH BOOLEAN VARIABLES
  18. CHAPTER 14. COMPUTER ANALYSIS OF MORPHOLOGICAL PATTERN AS AN AID IN TAXONOMIC DISCRIMINATION
  19. CHAPTER 15. BRAIN DEPTH PROBING: WHAT CAN BE MEASURED?
  20. CHAPTER 16. CHARACTERIZATION OF ELECTRICAL ACTIVITY OF THE SPINAL CORD BY PATTERN RECOGNITION TECHNIQUES
  21. CHAPTER 17. SYNOPTIC ANALYSIS OF EEG SIGNALS
  22. CHAPTER 18. DIGITAL COMPUTER PROCESSING OF X-RAY PHOTOGRAPHS
  23. CHAPTER 19. SIMULATION STUDY OF A HAND CONTROLLED BY MYOELECTRIC SIGNALS
  24. CHAPTER 20. COMPUTER-AIDED DIFFERENTIATION OF GLYCEMIC CURVES: AN ATTEMPT TOWARDS INCREASING THE ACCURACY OF DIAGNOSIS IN DIABETOLOGY
  25. CHAPTER 21. INVESTIGATING THE PUPIL LIGHT REFLEX USING AN ON-LINE DIGITAL COMPUTER
  26. CHAPTER 22. PATTERN RECOGNITION APPLIED TO EVOKED TIME FUNCTIONS: COMPUTER-AIDED DIAGNOSIS
  27. CHAPTER 23. A FILTERING SYSTEM USING A DIGITAL COMPUTER
  28. AUTOMATION OF A HOSPITAL BLOOD TRANSFUSION SERVICE
  29. CHAPTER 24. EXTENSION BY COMPUTER PROCESSING OF INFORMATION CONTENT OF CLINICAL LABORATORY TESTS
  30. CHAPTER 25. HYBRID CROSS-SPECTRA COMPUTER
  31. CHAPTER 26. THE USE OF FOURIER WAVEFORM ANALYSIS TO CONFIRM THE DIFFERENTIABILITY OF PREGANGLIONIC SLOW POTENTIALS INTO POSTGANGLIONIC SLOW POTENTIAL WAVEFORMS
  32. CHAPTER 27. CONTENTS OF PREVIOUS VOLUMES