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Respiratory therapy / Pulmonary function testing / Intensive care medicine / Sensors / Respiratory inductance plethysmography / Spirometer / Ventilation / Spirometry / Fiber Bragg grating / Medicine / Pulmonology / Respiratory physiology


Non-invasive respiratory monitoring using long-period fiber grating sensors M. D. Petrović,1,* J. Petrovic,1 A. Daničić,1 M. Vukčević,2 B. Bojović,1
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City

Belgrade / Budapest / Valencia / Birmingham / San Diego / /

Company

Mead / Agilent / UK 4 Moog Insensys LTD / /

Country

Montserrat / Serbia / /

Currency

pence / USD / /

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Facility

University of Belgrade / Aston Institute of Photonic Technologies / Vinča Institute of Nuclear Sciences / /

IndustryTerm

methods and devices / telecommunications / RIP technology / long-period grating devices / rubber / measurement protocol / low-temperature curing silicone rubber / /

MarketIndex

set 10 / /

MedicalCondition

acute respiratory failure / Obstructive Sleep Apnea / Pulmonary Disease / infection / irritation / inflammation / /

MedicalTreatment

PEEP / mechanical ventilation / /

Organization

School of Medicine / Care Committee / Vinča Institute of Nuclear Sciences / IP office of Serbia / Optical Society of America OCIS / Aston Institute of Photonic Technologies / University of Belgrade / Bank of England / Ministry of Education / /

Person

T. Allsop / Mike Petrovića Alasa / A. R. Williams / J. D. Ania Castañón / I. Bennion / Subotića / D. J. Webb / A. Dixon / S. Radosavljević / V / A. Daničić / V / G. Lloyd / J. Petrovic / M. Miller / K. Carroll / /

Position

Statistician / D. J. / /

ProgrammingLanguage

MATLAB / LabVIEW / /

Technology

radiation / laser / Optical fibre / RIP technology / tomography / 2.3 Measurement protocol / measurement protocol / technology of respiratory inductance plethysmography / fibre optic / studied population The measurement protocol / optical fiber / /

SocialTag