Study Field: Information and Communication Technology
Speciality: Electronics
Master Study
Official information on the Internet pages of the Study Information System
(the ÕIS) of the TUT :
https://ois.ttu.ee/portal/page?_pageid=35,428610&_dad=portal&_schema=PORTAL&p_msg=&p_public=1&p_what=3&p_lang=ET&p_open_node2=115&p_session_id=9551511&p_id=104854&p_mode=1&p_pageid=OKM_AINE_WEB_OTSING
in the register of study courses/subjects.
Prerequisite courses / Eeldusained:
I : ----- II: -----
Contents / Sisu:
Introduction to the BioMedical Electronics (the BME)
Sissejuhatus biomeditsiinielektroonikasse.
Bio-electrical phenomena and signals in living organisms
(electroencephalographic, electrocardiographic, electromyographic
(ECG, EEG, EMG), etc.).
Electrical properties of bio-objects (conductivity, etc.).
Bioelektrilised nähtused ja signaalid
(elektroentsefalograafiline, elektrokardiograafiline,
elektromüograafiline (EKG, EEG, EMG), jt.).
Bio-objektide elektrilised omadused (juhtivus jm.).
Electrodes and electronic bio-sensors and transducers.
Electronic means for measuring physiological parameters.
Elektroodid ja elektroonsed biosensorid ja andurid.
Füsioloogiliste parameetrite mõõtmise elektroonsed vahendid.
Electronic circuits for pick-up of the biopotentials.
Means for analogue processing of the bioelectrical signals (ECG, EEG, EMG, etc.),
their components: amplifiers, filters, sample-and-hold circuits, detectors, etc.
Elektronlülitused biopotentsiaalide ülesvõtmiseks. Bioelektriliste signaalide
(ECG; EEG; EMG etc.) analoogtöötluse vahendid ja nende koostisosad: võimendid,
filtrid, analoogmälud, detektorid jne.
Electrical Bio-Impedance (EBI), and the methods and means for measurement of
the EBI. The means for impedance cardiography (ICG), impedance
plethysmography, electrical impedance tomography (EIT), etc.
Bioelektriline impedants ja selle mõõtmise meetodid ja vahendid.
Impedantskardiograafia, -pletismograafia, -tomograafia jms. vahendid.
Electronic means for medical monitoring, data processing,
data displaying, and medical diagnostics.
Monitooringu, andmetöötluse, andmeesituse ja diagnostika elektroonsed
vahendid.
Means for digital signal processing (DSP) and data communication
in biomedical systems. Analogue interfaces for them.
Digitaalse signaalitöötluse ja andmeside vahendid biomeditsiinitehnikas,
nende analoogliidesed.
Biotelemetric devices.
Biotelemeetrilised seadmed.
Bio-electronic stimulators, and electronic means in therapy.
Bioelektroonsed stimulaatorid ja elektroonsed teraapiavahendid.
Electronic prosthetic appliances (cardiac pacemakers,
hearing aid, prosthetics of vision, etc.).
Elektronproteesid (südamestimulaatorid, kuulde-ja nägemisaparaadid
jt.).
Bionics. Electronic models of neural system. Artificial
neural networks. Fuzzy logic.
Bioonika. Närvisüsteemi elektronmudelid. Tehisnärvivõrgud, hägusloogika.
Audiological/audiometrical, myometrical, ergometrical, and other
electronic biometric devices.
Audioloogilised/audiomeetrilised, müomeetrilised, ergomeetrilised jt.
elektroonsed biomeetrilised vahendid.
Special topics of medical electronics (EMC and galvanic isolation,
electrical supply, norms and standards, accuracy (errors) and calibration,
test and technical diagnostics, etc.).
Meditsiinielektroonika eriküsimused (EMC ja galvaaniline isoleerimine,
elektritoide, normid ja standardid, täpsus (vead) ja kalibreerimine,
testimine ja diagnostika, jne.).
Design of biomedical electronic devices and systems.
Electronic components for biomedical applications.
Further biomedical applications of Electrical Bio-Impedance.
Autonomous power supply for wearable and implantable devices.
Legal aspects related to biomedical applications.
Please see the more detailed
contents of the study subject with the links to the lecture notes.
Teaching / Õpetavad:
Senior researcher/Vanemteadur Toomas Parve,
Senior researcher/Vanemteadur Rauno Gordon,
Professor/Professor Mart Min.
Study books / Õppekirjandus:
R.B.Northrop. Analysis and Application of Analog Electronic Circuits to Biomedical Instrumentation.
Boca Raton, Florida, USA, FL: CRC Press, 2004 (The Biomedical Engineering Series).
J.D.Bronzino (ed.). Biomedical Engineering Handbook.
CRC Press & IEEE Press, 1995.
Metin Akay (ed.), Wiley Encyclopedia of Biomedical Engineering,
John Wiley & Sons, Hoboken, New Jersey, USA, 2006. Vol.1 - 6.
(Incl. M.Min, R.W.Salo, T.Parve. Biomedical electronics. In Vol. 1, pp.500-514).
More complete bibliographic information
.
Exercises / Harjutused:
Please, see also the corresponding pages of the earlier version of the course IEM0070.
Laboratory works / Laboratoorsed tööd:
Please, see also the current information below.
Course work / Kursusetöö:
Please, see the corresponding pages.
Other similar study subjects / Muud sarnased õppeained:
IEM0240 Biomedical Electronics / Biomeditsiinielektroonika
http://www.elin.ttu.ee/mesel/Study/Courses/0240BME/Index.htm,
IEM0070 Biomedical Electronics / Biomeditsiinielektroonika
http://www.elin.ttu.ee/mesel/Study/Subjects/0070BME/Index.htm,
IEM5010 Biomedical Electronics / Biomeditsiinielektroonika
http://www.elin.ttu.ee/BME-Lab/StudSubj/5010_BME/Index.htm
(mostly in Estonian).
Current information / Jooksev informatsioon :
The laboratory works related to hardware will be available on December 2nd, 9th and 16th, and will remain available
also later (during the examination session).
For making the labs later, please, contact the teachers.
The exam will take place on January 14 (Saturday) and 21 (Saturday), 2012, in the room 2-204,
starting at 14.oo.
Consulting will take place on January 13th (Friday) starting at 14.oo
in the room 2-204 (but with moving to some other room, probably).
Please, see also the bureau times of the teaching persons.