재실자 온열쾌적평가에서 인체의 생리적 반응을 고려한 심박변이도 측정 및 분석 방법 비교 연구
Comparative Study on the Measurement and Analysis Methods of Heart Rate Variability in Human Body for Occupants’ Thermal Comfort Evaluation by Considering Physiological Response
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Thermal comfort in humans has been evaluated using predicted mean vote (PMV) based onfactors such as clothing and activity levels of an individual to address their satisfaction with thethermal environment. However, PMV does not consider the physiological and psychologicalfactors associated with thermal comfort. A person may feel dissatisfied in an environment that isthermally comfortable for others; this can be calculated by applying heart rate variability (HRV)to the comfort index by measuring the ECG data of the body. Currently, various types ofwearable IoT sensors are available for measuring HRV characteristics. In this study, weanalyzed the HRV parameters in the human body to evaluate the thermal comfort of theoccupant. A data measurement and analysis method using different HRV sensors was developedto determine the feasibility of HRV as a physiological response to the thermal comfort model ofthe occupant. The characteristic changes in the measured HRV values were analyzed in standardindoor and outdoor environmental conditions.
Abstract
Thermal comfort in humans has been evaluated using predicted mean vote (PMV) based onfactors such as clothing and activity levels of an individual to address their satisfaction with thethermal environment. However, PMV does not consider the physiological and psychologicalfactors associated with thermal comfort. A person may feel dissatisfied in an environment that isthermally comfortable for others; this can be calculated by applying heart rate variability (HRV)to the comfort index by measuring the ECG data of the body. Currently, various types ofwearable IoT sensors are available for measuring HRV characteristics. In this study, weanalyzed the HRV parameters in the human body to evaluate the thermal comfort of theoccupant. A data measurement and analysis method using different HRV sensors was developedto determine the feasibility of HRV as a physiological response to the thermal comfort model ofthe occupant. The characteristic changes in the measured HRV values were analyzed in standardindoor and outdoor environmental conditions.
참고문헌 (12)
- Luo, M., "Human Metabolic Rate and Thermal Comfort in Buildings: The Problem and Challenge", Building and Environment, 131, pp.44~52 (2018)
- Shin, H. S., "Ambient Temperature Effect on Pulse Rate Variability as an Alternative to Heart Rate Variability in Young Adult", J Clin Monit Comput, 30, pp.939~948 (2015)
- Ammann, R. G., "RR Interval Signal Quality of a Heart Rate Monitor and an ECG Holter at Rest and during Exercise", European Journal of Applied Physiology, 119, pp.1525~1532 (2019)
- Flouris, A. D., "Heart Rate Variability during Exertional Heat Stress: Effects of Heat Production and Treatment", Eur J Appl Physiol, 114, pp.785~792 (2014)
- Outdoor Temperature, Heart Rate and Blood Pressure in Chinese Adults: Effect Modification by Individual Characteristics, "Madaniyaz, L.", ~, pp.Scientific Reports 6 (2016)
- 김주아, "성인의 수면의 질에 따른 심박변이도, 피로, 우울 및 불안과의 관계", 성인간호학회지, 29(1), pp.87~97 (2017), 한국성인간호학회[DOI]
- 임재한, "피험자 실험을 통한 하절기 도심지 온열환경 조건에서 인체의 심박변이도 분석", 한국건축친환경설비학회 논문집, 14(5), pp.552~563 (2020), 한국건축친환경설비학회[DOI]
- Li, D., "Personalized Human Comfort in Indoor Building Environments under Diverse Conditioning Modes", Building and Environment, 126, pp.304~317 (2017)
- Speer, K. E., "Measuring Heart Rate Variability Using Commercially Available Devices in Healthy Children: A Validity and Reliability Study", Eur. J. Investig. Health Psychol. Educ., 10, pp.390~404 (2020)
- Umair, M., "HRV and Stress: A Mixed-Methods Approach for Comparison of Wearable Heart Rate Sensors for Biofeedback", IEEE Access, pp.14005~14024 (2021)
- Shaffer, F., "An Overview of Heart Rate Variability Metrics and Norms", Front. Public Health, 5, pp.258~ (2017)
- 민세동, "심박변이율 시간영역 분석을 통한 실내온도변화에 따른 자율신경활동 평가", 전기학회논문지, 64(08), pp.1246~1250 (2015), 대한전기학회[DOI]