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Electronical-Biomedical Cooperation (El-BiK)

Electronical-Biomedical Cooperation (El-BiK). About the project April 24, 2014. General info. cross-border project College Of Polytechnics Jihlava (Vysoká škola polytechnická Jihlava, VŠPJ) University of Applied Sciences Technikum Wien (Fachhochschule Technikum Wien - Austria)

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Electronical-Biomedical Cooperation (El-BiK)

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  1. Electronical-Biomedical Cooperation (El-BiK) About the project April 24, 2014

  2. General info cross-border project College Of Polytechnics Jihlava (Vysoká škola polytechnická Jihlava, VŠPJ) University of Applied Sciences Technikum Wien (Fachhochschule Technikum Wien - Austria) partially funded by the ERDF Evropská územní spolupráce Rakousko – Česká republika 2007-2013 / Europäische territoriale Zusammenarbeit Österreich – Tschechische Republik 2007-2013 reg. no. M00176 total eligible costs: 677.076,- EUR Nov 2010 – Apr 2014

  3. General info fundamental principles mutual cooperation of both schools common research activities focused primarily on biomedical engineering, electronics, signal processing, acoustics and hearing cooperation on teaching and education of students know-how transfer

  4. General info general project objectives partnership establish a mutually complementing partnership strenghten personal and professional relationships establish the fundament for further cooperation research expansion of research activities in the border regions enhancement of the qualification of academic and research staff utilization of results of applied research in both regions cooperation with professionals of many research fields realization of long-term research strategies

  5. General info general project objectives education enhancement of the professional level of academic staff enhancement of the level and topicality of the education increase of attractiveness of technical studies regional opportunities reinforcement of regional economics, opening of additional perspectives for students support of inter-cultural dialogue enrichment of the region with new job opportunities

  6. General info main research topics lung ventilation deepening the know-how in the field of lung ventilation the development of the respective testing systems expansion of active testing leading to a model prototype as an alternative to tests on animals acoustic properties, real-time control, embedded systems electronics and embedded systems sensor networks analysis and measurement of complex systems hearing and acoustics

  7. General info main project outputs establishment of experimental laboratories at VŠPJ obtaining the required HW and SW design, verification, and application of research methods reciprocal involvement of academic staff in research and educational activities of the partner active participation of both partners at the common research know-how transfer mutual exchange of specialists, enrichment of the region with foreign experiences common publications and participation at international conferences a tighter network of relationships between academic workers the electro-mechanical lung model project dissemination, new opportunities in the region

  8. Selected achieved outputs the laboratory complex will be presented in a dedicated speech the lung model will be presented in a dedicated speech the four-channel magnetic sensor will be presented in a dedicated speech web-based platform for organisation of cooperation reservation system for lab capacity the remote control of lab experiments at VŠPJ noise analysis of commercial lung ventilation systems analysis of requirements of specific users in relation to sound perception

  9. Selected achieved outputs scientific publications in impacted journals Bureš: A computational model for evaluating the interaural disparities using coincidence detection. Journal of the Acoustical Society of America. Maršálek, Bureš: Microsecond precision of interaural time differences processing in the medial superior olive studied by a computational model. BMC Neuroscience. Steiner, Forjan, Kopp, Bureš, Drauschke: Enhancements of a mechanical lung simulator for ex vivo measuring of aerosol deposition in lungs. Biomedizinische Technik. Bureš, Maršálek: On the precision of neural computation with interaural level differences in the lateral superior olive. Brain Research Bureš Z. The stochastic properties of input spike trains control neuronal arithmetic. Biological Cybernetics

  10. Selected achieved outputs scientific publications in impacted journals Šotner et al.: Novel Oscillator Based on Voltage and Current-Gain Adjusting Used for Control of OscillationFrequency and Oscillation Condition. Elektronika ir elektrotechnika. Dostál, Šotner: Direct Interconnection of Ports in Modern Functional Blocks Based on Current Conveyor and CCTA for Circuit Design. Elektronika ir elektrotechnika. Šotner et al.: Electronically controlled oscillator with linear frequency adjustingfor four-phase or differential quadrature output signal generation. International journal of circuit theory and applications.

  11. Selected achieved outputs other important scientific publications Forjan, Stiglbrunner, Bureš, Drauschke: Development of an Integrated Aerosol MeasurementSystem in the i-Lung. Altex Proceedings. Forjan, Stiglbrunner, Bureš, Drauschke: Overview of the "i-lung" as developing active lung simulator including respiration aerosol measurement. Proceedings of the 6th IASTED International Conference on Biomechanics. Dostál, Šotner: Functional block with multiple outputs suitable for applications in current mode. Logos Polytechnikos. Bureš: A computational model of inner ear by Zhang et al.: properties and applicability. Logos Polytechnikos. David, Forjan, Steiner, Bureš, Drauschke: Mechanical and Electrical Specifications of the Active Lung Simulator i-Lung - Development of i-Lung 1.0 to i-Lung 2.0. IFAC papers online.

  12. Selected achieved outputs other important scientific publications Steiner, Forjan, Traxler, Bureš, Drauschke: Development of a negative pressure based active lung simulator. MECHATRONIKA Zezulka, Drauschke, Bureš, Krejčí, Balcar, Procházka: Physical lung simulator for ex vivo measuring of aerosol deposition in lungs. TECHSYS Bureš: Neuronal Representation of Sound Intensity: A Statistical Evaluation. Littera Scripta. Stiglbrunner, Forjan, Drauschke: Von der Beatmungstechnik über Atemgasmonitoring zu Aerosolmessung. e & i Elektrotechnik und Informationstechnik Forjan, Stiglbrunner, Drauschke: Development of a Setup for the Purpose of Respiratory Research and Aerosol Deposition in the Lung Using a Novel Active Lung Simulator. European Aerosol Conference EAC

  13. Selected achieved outputs other important scientific publications Krejčí: The Physical Lung Model – the Sensor Network. PDES. Bureš, Maršálek: Mechanisms of neuronal processing of interaural disparities in thelateral superior olive. FENS.

  14. The web-based reservation system three bachelor theses at VŠPJ adding labs

  15. The web-based reservation system adding subjects (courses)

  16. The web-based reservation system making reservations

  17. Remote access to lab experiments reservations

  18. Remote access to lab experiments model operation

  19. Remote access to lab experiments model inspection with camera

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