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Tianxiang He
ORCID
Publication Activity (10 Years)
Years Active: 2019-2024
Publications (10 Years): 9
Top Topics
Gaussian Mixture Model
Parent Child
Functional Analysis
Hierarchical Clustering
Top Venues
ICONIP (1)
CSCWD
CF
ICBDE
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Publications
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Yantao Shao
,
Tianxiang He
,
Yan Mao
,
Kai Fang
,
Wei Wang
,
Keji Mao
Optimizing Future Predictions in Children's Health: Implementing OGPA-enhanced Deep Learning for Precise Child Height Forecasting in the Social Media Age.
CSCWD
(2024)
Kei Oshio
,
Satoshi Takada
,
Tianxiang He
,
Chansu Han
,
Akira Tanaka
,
Takeshi Takahashi
,
Jun'ichi Takeuchi
Towards Functional Analysis of IoT Malware Using Function Call Sequence Graphs and Clustering.
COMPSAC
(2023)
Zhouyang Xie
,
Tianxiang He
,
Shengzhao Tian
,
Yan Fu
,
Junlin Zhou
,
Duanbing Chen
Joint Gaussian mixture model for versatile deep visual model explanation.
Knowl. Based Syst.
280 (2023)
Tianxiang He
,
Chansu Han
,
Ryoichi Isawa
,
Takeshi Takahashi
,
Shuji Kijima
,
Jun'ichi Takeuchi
Scalable and Fast Algorithm for Constructing Phylogenetic Trees With Application to IoT Malware Clustering.
IEEE Access
11 (2023)
Tianxiang He
,
Chansu Han
,
Akira Tanaka
,
Takeshi Takahashi
,
Jun'ichi Takeuchi
Work in Progress: New Seed Set Selection Method of the Scalable Method for Constructing Phylogenetic Trees.
CF
(2023)
Lei Zhou
,
Tianxiang He
,
Peijing Zheng
,
Yiqi Liu
,
Danhong Wang
,
Ji Xv
Research on the Correlation between Commercial and Residential Spaces Based on the Signaling Data of Takeaway Riders' Mobile Phones - - Taking Shenzhen City as an Example.
ICBDE
(2022)
Tianxiang He
,
Chansu Han
,
Takeshi Takahashi
,
Shuji Kijima
,
Jun'ichi Takeuchi
Scalable and Fast Hierarchical Clustering of IoT Malware Using Active Data Selection.
FMEC
(2021)
Tianxiang He
,
Chansu Han
,
Ryoichi Isawa
,
Takeshi Takahashi
,
Shuji Kijima
,
Jun'ichi Takeuchi
,
Koji Nakao
A Fast Algorithm for Constructing Phylogenetic Trees with Application to IoT Malware Clustering.
ICONIP (1)
(2019)
Jie Wang
,
Tianxiang He
To share is fair: The changing face of China's fair use doctrine in the sharing economy and beyond.
Comput. Law Secur. Rev.
35 (1) (2019)