A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Occupant-centered indoor environmental quality management: Physiological response measuring methods
https://orcid.org/0000-0001-5136-8276
Abstract Recent studies have reported that occupants’ physiological responses can be indicators of indoor environmental quality (IEQ). As a result, there is an emerging demand for devices to measure physiological responses, especially in wearable form. Previous reviews suggested and analyzed physiological responses that are affected by IEQ and corresponding measuring devices, but a full-scale review on the proper measuring method to give directions for future research and development is still necessary. In this regard, this study reviewed physiological response measuring methods to give directions to the improvement of existing wearable devices and the development of future wearable devices. Physiological responses related to IEQ were identified from review papers published over the last 10 years, and their measuring methods were classified based on locations of measurement, availability of wearables and existence of reference. Then each classification was analyzed and evaluated by four kinds of requirements for wearables in order to propose directions and guidelines for developing future wearable devices. This review is expected to be the guidelines to measure physiological responses for the future IEQ research and contribute to the development of the wearable devices that can be applied to monitoring or controlling IEQ in the future.
Highlights Wearable devices are needed to monitor physiological responses for better IEQ. Physiological responses measured in IEQ research for the past 10 years are reviewed. Analyzed physiological responses' measuring methods by location, wearable, reference. Suggested improvement and development of measuring methods for practical wearables. Proposed guidelines for future wearables to achieve occupant-centered IEQ control.
Occupant-centered indoor environmental quality management: Physiological response measuring methods
https://orcid.org/0000-0001-5136-8276
Abstract Recent studies have reported that occupants’ physiological responses can be indicators of indoor environmental quality (IEQ). As a result, there is an emerging demand for devices to measure physiological responses, especially in wearable form. Previous reviews suggested and analyzed physiological responses that are affected by IEQ and corresponding measuring devices, but a full-scale review on the proper measuring method to give directions for future research and development is still necessary. In this regard, this study reviewed physiological response measuring methods to give directions to the improvement of existing wearable devices and the development of future wearable devices. Physiological responses related to IEQ were identified from review papers published over the last 10 years, and their measuring methods were classified based on locations of measurement, availability of wearables and existence of reference. Then each classification was analyzed and evaluated by four kinds of requirements for wearables in order to propose directions and guidelines for developing future wearable devices. This review is expected to be the guidelines to measure physiological responses for the future IEQ research and contribute to the development of the wearable devices that can be applied to monitoring or controlling IEQ in the future.
Highlights Wearable devices are needed to monitor physiological responses for better IEQ. Physiological responses measured in IEQ research for the past 10 years are reviewed. Analyzed physiological responses' measuring methods by location, wearable, reference. Suggested improvement and development of measuring methods for practical wearables. Proposed guidelines for future wearables to achieve occupant-centered IEQ control.
Occupant-centered indoor environmental quality management: Physiological response measuring methods
https://orcid.org/0000-0001-5136-8276
Abstract Recent studies have reported that occupants’ physiological responses can be indicators of indoor environmental quality (IEQ). As a result, there is an emerging demand for devices to measure physiological responses, especially in wearable form. Previous reviews suggested and analyzed physiological responses that are affected by IEQ and corresponding measuring devices, but a full-scale review on the proper measuring method to give directions for future research and development is still necessary. In this regard, this study reviewed physiological response measuring methods to give directions to the improvement of existing wearable devices and the development of future wearable devices. Physiological responses related to IEQ were identified from review papers published over the last 10 years, and their measuring methods were classified based on locations of measurement, availability of wearables and existence of reference. Then each classification was analyzed and evaluated by four kinds of requirements for wearables in order to propose directions and guidelines for developing future wearable devices. This review is expected to be the guidelines to measure physiological responses for the future IEQ research and contribute to the development of the wearable devices that can be applied to monitoring or controlling IEQ in the future.
Highlights Wearable devices are needed to monitor physiological responses for better IEQ. Physiological responses measured in IEQ research for the past 10 years are reviewed. Analyzed physiological responses' measuring methods by location, wearable, reference. Suggested improvement and development of measuring methods for practical wearables. Proposed guidelines for future wearables to achieve occupant-centered IEQ control.
Occupant-centered indoor environmental quality management: Physiological response measuring methods
Kong, Minjin (author) / An, Jongbaek (author) / Jung, Dahyun (author) / Hong, Taehoon (author)
Building and Environment ; 243
2023-07-23
Article (Journal)
Electronic Resource
English
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