Models of human habits in smart spaces can be expressed by using a multitude of representations whose readability influences the possibility of being validated by human experts. Our research is focused on developing a visual analysis pipeline (service) that allows, starting from the sensor log of a smart space, to graphically visualize human habits. The basic assumption is to apply techniques borrowed from the area of business process automation and mining on a version of the sensor log preprocessed in order to translate raw sensor measurements into human actions. The proposed pipeline is employed to automatically extract models to be reused for ambient intelligence. In this paper, we present an user evaluation aimed at demonstrating the effectiveness of the approach, by comparing it wrt. a relevant state-of-the-art visual tool, namely SITUVIS.
Visual analysis of sensor logs in smart spaces: Activities vs. situations / Leotta, Francesco; Mecella, Massimo; Sora, Daniele. - (2018), pp. 105-114. (Intervento presentato al convegno 4th IEEE International Conference on Big Data Computing Service and Applications, BigDataService 2018 tenutosi a Bamberg; Germany) [10.1109/BigDataService.2018.00024].
Visual analysis of sensor logs in smart spaces: Activities vs. situations
Leotta Francesco
;Mecella Massimo
;Sora Daniele
2018
Abstract
Models of human habits in smart spaces can be expressed by using a multitude of representations whose readability influences the possibility of being validated by human experts. Our research is focused on developing a visual analysis pipeline (service) that allows, starting from the sensor log of a smart space, to graphically visualize human habits. The basic assumption is to apply techniques borrowed from the area of business process automation and mining on a version of the sensor log preprocessed in order to translate raw sensor measurements into human actions. The proposed pipeline is employed to automatically extract models to be reused for ambient intelligence. In this paper, we present an user evaluation aimed at demonstrating the effectiveness of the approach, by comparing it wrt. a relevant state-of-the-art visual tool, namely SITUVIS.File | Dimensione | Formato | |
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Leotta_Postprint_Visual-analysis_2018.pdf
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Note: https://ieeexplore.ieee.org/document/8405699
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