Xuecai Xie

Prof. Dr. Xuecai Xie

orcid
Doctoral, Postdoctoral,Public safety, Intelligent fire prote...

Research Focus & Metrics

Academic Career Length

9Years (2018-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

View All Publications
1 February 2020 in Process Safety and Environmental Protection
Verified
Journal Article
Closed access
GFGui Fu
Gui Fu
XXXuecai Xie
Xuecai Xie
QJQingsong Jia
Qingsong Jia
ZLZonghan Li
Zonghan Li
PCPing Chen
Ping Chen
YGYing Ge
Ying Ge

1 February 2020 in Process Safety and Environmental Protection
Verified
Journal Article
Closed access
GFGui Fu
Gui Fu
XXXuecai Xie
Xuecai Xie
QJQingsong Jia
Qingsong Jia
WTWenqing Tong
Wenqing Tong
YGYing Ge
Ying Ge

1 February 2019 in Process Safety and Environmental Protection
Verified
Journal Article
Closed access
XXXuecai Xie
Xuecai Xie
GFGui Fu
Gui Fu
YXYujingyang Xue
Yujingyang Xue
ZZZiqi Zhao
Ziqi Zhao
PCPing Chen
Ping Chen
SJSong Jiang
Song Jiang

1 January 2018 in Process Safety and Environmental Protection
Verified
Journal Article
Closed access
XXXuecai Xie
Xuecai Xie
DGDeyong Guo
Deyong Guo

1 January 2018 in Complexity
Verified
Journal Article
Open access
PDF file
JSJiang Song
Jiang Song
MLMinjie Lian
Minjie Lian
CLCaiwu Lu
Caiwu Lu
QGQinghua Gu
Qinghua Gu
SRShunling Ruan
Shunling Ruan
XXXuecai Xie
Xuecai Xie
With the diversification of pit mine slope monitoring and the development of new technologies such as multisource data flow monitoring, normal alert log processing system cannot fulfil the log analysis expectation at the scale of big data. In order to make up this disadvantage, this research will provide an ensemble prediction algorithm of anomalous system data based on time series and an evaluation system for the algorithm. This algorithm integrates multiple classifier prediction algorithms and proceeds classified forecast for data collected, which can optimize the accuracy in predicting the anomaly data in the system. The algorithm and evaluation system is tested by using the microseismic monitoring data of an open‐pit mine slope over 6 months. Testing results illustrate prediction algorithm provided by this research can successfully integrate the advantage of multiple algorithms to increase the accuracy of prediction. In addition, the evaluation system greatly supports the algorithm, which enhances the stability of log analysis platform.

29 April 2022 in Process Safety and Environmental Protection
Verified
Journal Article
Closed access
XXXuecai Xie
Xuecai Xie
SXShu Xueming
Shu Xueming
FGFu Gui
Fu Gui
SSShen Shifei
Shen Shifei
JQJia Qingsong
Jia Qingsong
WZWu Zhirong
Wu Zhirong