BibSLEIGH corpus
BibSLEIGH tags
BibSLEIGH bundles
BibSLEIGH people
Open Knowledge
XHTML 1.0 W3C Rec
CSS 2.1 W3C CanRec
email twitter
Travelled to:
1 × Canada
1 × China
1 × Sweden
1 × Taiwan
1 × Turkey
4 × USA
Collaborated with:
Q.Jia Z.Xu J.Wu F.Gao C.Yan R.Yuan Q.Huang L.Xia X.Xie L.Yang Z.Wu Y.Du Z.Cai Y.Han L.Shi Z.Li Zhaoyu Jiang Luping Zhuang Xi Chen 0036 Z.Yang T.Liu Chao Shen 0001 D.Wang J.Gao Z.Liu X.Chen X.Xu L.Zhao M.Li Zelin Nie Xingrui Cheng Shihao Dai Y.Yang Xuejiao Lei Qiaozhu Zhai Yaping Liu Yuanjun Shen S.Chen Y.Che Y.Liu Y.Zhao Q.Zhao N.Huang J.Li Zhanpei Jia Xiao Yi Y.Chen Tianwen Yu Yang Liu 0090 N.Yu Jie Shi Bing Dong W.Ren Haoming Zhao K.Liu H.Wang Q.Zheng X.Li L.Yu Z.Yang Yadong Zhou Xukun Wang Ying Su T.L.0002
Talks about:
system (9) energi (9) optim (8) base (6) analysi (5) multi (5) suppli (4) build (4) wind (4) hvac (4)

Person: Xiaohong Guan

DBLP DBLP: Guan:Xiaohong

Contributed to:

CASE 20152015
CASE 20142014
SEKE 20142014
CASE 20132013
ICPR 20102010
HCI/OCSC 20092009
CASE 20082008
CASE 20072007
HCI p4 20072007
CASE 20172017
CASE 20182018
CASE 20192019

Wrote 26 papers:

CASE-2015-HuangJG #distributed #generative #multi #optimisation
Multi-timescale optimization between distributed wind generators and electric vehicles in microgrid (QH, QSJ, XG), pp. 671–676.
CASE-2015-WuJG #complexity #optimisation
Local and global event-based optimization: Performace and complexity (ZW, QSJ, XG), pp. 1375–1380.
CASE-2014-ChenGGLCL #analysis #approach #behaviour #scheduling
A residential load scheduling approach based on load behavior analysis (SC, FG, XG, TL, YC, YL), pp. 954–959.
CASE-2014-HuangJXGX #energy #nondeterminism #probability #scheduling
EV charging load scheduling following uncertain renewable energy supply by stochastic matching (QH, QSJ, LX, XG, XX), pp. 137–142.
CASE-2014-WangGWG #analysis #behaviour #generative #multi
Analysis of multi-location PEV charging behaviors based on trip chain generation (DW, XG, JW, JG), pp. 151–156.
CASE-2014-XuJGX #energy #scalability
A new method to solve large-scale building energy management for energy saving (ZX, QSJ, XG, XX), pp. 940–945.
SEKE-2014-WangGZLLYY #testing
Reducing Test Cases with Causality Partitions (HW, XG, QZ, TL, XL, LY, ZY), pp. 223–228.
CASE-2013-LiuCXG #distributed #energy #optimisation
A decentralized optimization method for energy saving of HVAC systems (ZL, XC, XX, XG), pp. 225–230.
CASE-2013-XuJG #coordination #energy
Supply demand coordination for building energy saving (ZX, QSJ, XG), pp. 89–94.
ICPR-2010-DuGC #classification #web
Enhancing Web Page Classification via Local Co-training (YD, XG, ZC), pp. 2905–2908.
OCSC-2009-ZhaoYGL #analysis #modelling #topic
Propagation Modeling and Analysis of Incidental Topics in Blogosphere (LZ, RY, XG, ML), pp. 401–410.
CASE-2008-ZhaoYZHLG #performance #simulation
Efficient simulation for serial production lines based on aggregated event-scheduling (YZ, CBY, QZ, NH, JL, XG), pp. 406–411.
Optimal Supply Location Selection and Routing for Emergency Material Delivery (YH, XG, LS), pp. 1039–1044.
HCI-AS-2007-LiYG #classification #network #realtime #towards
Traffic Classification — Towards Accurate Real Time Network Applications (ZL, RY, XG), pp. 67–76.
CASE-2017-JiangJG #optimisation #predict
Optimization of sensor location for improving wind power prediction accuracy (ZJ, QSJ, XG), pp. 1220–1225.
CASE-2017-JiaSYCYG #big data #data analysis #detection #multi
Big-data analysis of multi-source logs for anomaly detection on network-based system (ZJ, CS0, XY, YC, TY, XG), pp. 1136–1141.
CASE-2017-LiuYSDRG #evaluation
Evaluation of frequency regulation provision by commercial building HVAC systems (YL0, NY, JS, BD, WR, XG), pp. 888–893.
CASE-2017-NieGYG #energy #multi #optimisation
Realizability guaranteed multi-timescale optimization decision for home energy management (ZN, FG, CBY, XG), pp. 875–881.
CASE-2017-YangLZWG #assessment #capacity #integration #nondeterminism
Transmission capacity margin assessment in power systems with uncertain wind integration (YY, XL, QZ, JW, XG), pp. 1386–1391.
CASE-2017-ZhuangCG #analysis #parametricity
Parameters analysis of hierarchical evolutionary method with an application of HVAC system (LZ, XC0, XG), pp. 858–863.
CASE-2018-YanCGG #energy #optimisation
Energy Consumption Optimization in Two-Machine Bernoulli Serial Lines (CBY, XC, FG, XG), pp. 1302–1307.
CASE-2018-YangGWD #cyber-physical #distributed #energy #multi #network
A Multi-layered Distributed Cloud Network for Cyber-Physical Energy System (LY, XG, JW, SD), pp. 402–407.
CASE-2018-YangXG #energy #reduction
Fluctuation Reduction of Wind Power with Battery Energy Storage Systems (ZY, LX, XG), pp. 762–767.
CASE-2019-LiuWXGS #cyber-physical #estimation
Simulation-based Sensor Allocation for Dynamic Environment Estimation in Cyber-Physical Building System (YL, JW, ZX, XG, YS), pp. 979–984.
CASE-2019-ZhaoXWLYG #coordination #nondeterminism
Optimal Coordination of EVs and HVAC Systems with Uncertain Renewable Supply (HZ, ZX, JW, KL, LY, XG), pp. 733–738.
CASE-2019-ZhouWXS00G #approach #learning #modelling #personalisation #predict
A Model-Driven Learning Approach for Predicting the Personalized Dynamic Thermal Comfort in Ordinary Office Environment (YZ, XW, ZX, YS, TL0, CS0, XG), pp. 739–744.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
Hosted as a part of SLEBOK on GitHub.