Code: 17DAGVBS Genesis of Biological Signals
Lecturer: prof. Ing. Karel Roubík Ph.D. Weekly load: 2+0 Assessment: ZK
Department: 17110 Credits: 5 Semester: W,S
Description:
The subject deals with origins and description of the most important electric
and non-electric biological signals. The principles of generation, recording and
basic properties are studied in all the signals. The studied signals involve
native and evoked biosignals, including biological signals of the heart, brain,
muscles, nervous system, auditory signals, visual system, signals from the
gastro-intestinal system etc.
Contents:
1.Biopotentials, stimulated and evoked, types, properties, recording, noise
2.Electroneurography, SNAP, M-wave, H-reflex, F-reflex
3.Muscle origin signals, EMG, MMG, tendon jerks
4.Cardiac depolarization vector, electrodes, elctrode systems
5.ECG signal generation, depolarization of the heart muscle
6.Vectorcardiography, isopotential maps
7.Phonocardiography, sphygmography, apexcardiography, MCG, polymethods
8.EEG signals origin, electrode systems
9.EEG signal properties, EEG rhythms, evoked EEG, MEG
10.Polysomnography. Signals in opthalmology, origins, electroretinogram, other
signals
11.Auditory signals, origin, audiometry types, evoked signals, ERA, BERA
12.Nystagmography, biosignals in obstetrics, rheography methods
13.Biological signals of other systems: gastro-intestinal system, fetal ECG,
cardiotocography
14.Experimental biosignal sensing, recording of biosignals using imaging
systems, unconventional biosignals

Recommended literature:
[1] Bruce, E.N. Biomedical Signal Processing and Signal Modelling.New York,
J.Willey & sons 2001.
[2] Baura G.D. System Theory and Practical Applications of Biomedical
Signals.Piscataway, IEEE Press 2002.
[3] Svato±, J. Biologické signály I. Geneze, zpracování, analýza. Praha,
Vydavatelství ČVUT, Praha, 1992.
[4] Akay, M.: Nonlinear Biomedical Signal Processing, Fuzzy Logic, Neural
Networks,
and New Algorithms (IEEE Press Series on Biomedical Engineering). Wiley-IEEE
Press, 2000