What is it about?
Increased accessibility to additive manufacturing technology facilitates democratization of manufacturing, bringing it to habitable environments. The operation of additive manufacturing can be hazardous to human health mid-long term. Virtual sensing extends the capabilities of hardware sensors enabling affordable monitoring to ensure safe operation in democratized manufacturing environments. However, the development process has not yet been standardized for informally trained personnel to facilitate the adoption of virtual sensors. This paper presents a case study analysis to propose a standardized process for the data collection and development of virtual sensors for indoor air quality monitoring in democratized manufacturing environments.
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Why is it important?
Indoor environments where AM technology is deployed must be controlled to limit these health hazards since informally trained personnel are neither aware of the health hazards .
Perspectives
Increased accessibility to additive manufacturing technology facilitates democratization of manufacturing, bringing it to habitable environments. The operation of additive manufacturing can be hazardous to human health mid-long term. Virtual sensing extends the capabilities of hardware sensors enabling affordable monitoring to ensure safe operation in democratized manufacturing environments. However, the development process has not yet been standardized for informally trained personnel to facilitate the adoption of virtual sensors. This paper presents a case study analysis to propose a standardized process for the data collection and development of virtual sensors for indoor air quality monitoring in democratized manufacturing environments.
Mr Daiki Ikeuchi
University of Cambridge
Read the Original
This page is a summary of: Towards a Standardized Process for Virtual Sensors Development for Indoor Air Quality Monitoring in Democratized Manufacturing, July 2024, European Council for Computing in Construction,
DOI: 10.35490/ec3.2024.253.
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