Wearable Modular Telemetry System for the Integrated Rescue System Operational Use

Kliment, Radim; Smrčka, Pavel; Hána, Karel; Schlenker, Jakub; Socha, Vladimír; Socha, Luboš; Kutílek, Patrik

doi:10.1155/2017/9034253

Cited by 5 publications

(5 citation statements)

References 19 publications

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“…For this reason, it was not possible to use Oxycon Mobile (JAEGER ® Oxycon Mobile, Hoechberg, Germany), which we used in laboratories to determine energy expenditure. Instead, we used the FlexiGuard system [17,22] also developed at our institute.…”

Section: Discussionmentioning

confidence: 99%

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Measuring of the Energy Expenditure during Balance Training Using Wearable Electronics

et al. 2022

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Homebalance Stability medical device, based on audio-visual feedback and Nintendo Wii Balance Board, is a suitable tool for telerehabilitation of balance issues in patients with brain damage. The main goal was to expand the system by energy expenditure measurements and to verify the usability of the telemetric mobile device FlexiGuard. We used the FlexiGuard system (developed at our institute) and Oxycon (JAEGER® Oxycon Mobile, Germany) to measure the energy expenditure. We performed measurements on eight probands. Each proband underwent six activities for a total length of 90 min. During these activities, we measured energy expenditure using Oxycon and heart rate using the FlexiGuard system, from which we calculated the energy expenditure. By comparing the energy expenditure from measuring the heart rate with the FlexiGuard system with that from the Oxycon reference device, we verified the applicability of the FlexiGuard system for estimation energy expenditure. The average deviation from the reference instrument was under 30%. The conventional method, such as Oxycon, cannot be used during home therapy. Therefore, we upgraded the platform of our telemetry system (FlexiGuard), which can measure the heart rate and calculate the energy expenditure.

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Section: Discussionmentioning

confidence: 99%

“…These nodes were not used during this study. More detailed information about the system is given elsewhere [17]. Using the FlexiGuard device is entirely safe.…”

Section: Introductionmentioning

confidence: 99%

Measuring of the Energy Expenditure during Balance Training Using Wearable Electronics

et al. 2022

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“…Heart activity measurements were performed by means of FlexiGuard (Czech Technical University in Prague, Prague, Czech Republic) mobile telemetry system [29,30] dedicated to physiological parameters recording. The main monitored parameter was heart activity, so the data collection was based on recording RR intervals (time intervals between R peaks of QRS complex when measuring electrocardiogram) [31].…”

Section: Data Collection and Pre-processingmentioning

confidence: 99%

Pilots’ Performance and Workload Assessment: Transition from Analogue to Glass-Cockpit

Socha

Hanakova

et al. 2020

Applied Sciences

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During their professional career, pilots often experience a change in workplace conditions in the form of an aircraft cockpit ergonomics change. Change of working conditions may impact their perception of flight data or the pilot’s psychophysiological condition, especially in cases of inexperienced pilots. The presented study deals with the influence of cockpit ergonomics change on the performance and pilot workload during a training course. We divided 20 subjects with no previous practical flying experience into two training groups (Gr. A and Gr. B). The flight training was focused on acquisition of basic piloting skills where both groups experienced cockpit ergonomics change in different training phases. The performance (piloting precision) was assessed based on deviations from predetermined parameters of the monitored flight manoeuvres. Heart rate variability qualified the extent of workload. The study showed the influence of the cockpit arrangement on piloting precision, where the transition to other type of cockpit ergonomics did not influence pilots’ subjective workload with statistical significance.

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“…It means that by measuring pilot's load we are able to quantify pilot performance (for particular results, see [8,9]). For this purpose, the research project made use of measurement equipment of the Faculty of Biomedicine Engineering, CTU in Prague [10,11].…”

Section: Measuring Pilot Performance By Way Of Definingmentioning

confidence: 99%

Methodology of Pilot Performance Measurements

Káľavský

Rozenberg

Socha

et al. 2017

MAD

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The article is devoted to the development of the methodology of measuring pilot performance under real flight conditions. It provides the basic information on a research project realized to obtain new information regarding training and education of pilots. The introduction is focused on the analytical part of the project and the outputs in terms of the current state of the art. Detailed view is cast on the issue of measuring pilot performance under specific conditions of the cockpit or the flight simulator. The article is zooming in on the two selected and developed methods of pilot performance in terms of the defined indicators evaluated, conditions of compliance for conducting research and procedures of the methodology of pilot performance measurements.

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Wearable Modular Telemetry System for the Integrated Rescue System Operational Use

Cited by 5 publications

References 19 publications

Measuring of the Energy Expenditure during Balance Training Using Wearable Electronics

Measuring of the Energy Expenditure during Balance Training Using Wearable Electronics

Pilots’ Performance and Workload Assessment: Transition from Analogue to Glass-Cockpit

Methodology of Pilot Performance Measurements

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