Smart City Data Analysis via Visualization of Correlated Attribute Patterns

EDBT 2021 Urban conditions are monitored by a wide variety of sensors that measure several attributes, such as temperature and traffic volume. The correlations of sensors help to analyze and understand the urban conditions accurately. The correlated attribute pattern (CAP) mining discovers correlati...

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Main Authors Sasaki, Yuya, Hori, Keizo, Nishihara, Daiki, Ohashi, Sora, Wakuta, Yusuke, Harada, Kei, Onizuka, Makoto, Arase, Yuki, Shimojo, Shinji, Doi, Kenji, Hongdi, He, Peng, Zhong-Ren
Format Journal Article
LanguageEnglish
Published 14.04.2021
Subjects
Computer Science - Databases
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Abstract EDBT 2021 Urban conditions are monitored by a wide variety of sensors that measure several attributes, such as temperature and traffic volume. The correlations of sensors help to analyze and understand the urban conditions accurately. The correlated attribute pattern (CAP) mining discovers correlations among multiple attributes from the sets of sensors spatially close to each other and temporally correlated in their measurements. In this paper, we develop a visualization system for CAP mining and demonstrate analysis of smart city data. Our visualization system supports an intuitive understanding of mining results via sensor locations on maps and temporal changes of their measurements. In our demonstration scenarios, we provide four smart city datasets collected from China and Santander, Spain. We demonstrate that our system helps interactive analysis of smart city data.
AbstractList EDBT 2021 Urban conditions are monitored by a wide variety of sensors that measure several attributes, such as temperature and traffic volume. The correlations of sensors help to analyze and understand the urban conditions accurately. The correlated attribute pattern (CAP) mining discovers correlations among multiple attributes from the sets of sensors spatially close to each other and temporally correlated in their measurements. In this paper, we develop a visualization system for CAP mining and demonstrate analysis of smart city data. Our visualization system supports an intuitive understanding of mining results via sensor locations on maps and temporal changes of their measurements. In our demonstration scenarios, we provide four smart city datasets collected from China and Santander, Spain. We demonstrate that our system helps interactive analysis of smart city data.
Author Hongdi, He
Arase, Yuki
Harada, Kei
Doi, Kenji
Sasaki, Yuya
Onizuka, Makoto
Wakuta, Yusuke
Shimojo, Shinji
Hori, Keizo
Peng, Zhong-Ren
Nishihara, Daiki
Ohashi, Sora
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BackLink https://doi.org/10.48550/arXiv.2104.06701$$DView paper in arXiv
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Title Smart City Data Analysis via Visualization of Correlated Attribute Patterns
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