Travelled to:1 × China
1 × Japan
1 × Turkey
1 × USA
1 × United Kingdom
Collaborated with:H.Zhang K.K.Ang F.Lotte M.Feng L.Y.Loy F.Zhang S.Lu A.R.Satti D.Coyle G.Prasad H.Yang C.Wang Z.Zhang K.Sim C.Phua K.Lee J.Q.Lee S.Nioka B.Chance W.Xu C.E.Siong S.Ranganatha M.Thulasidas J.Wu
Talks about:brain (6) signal (5) interfac (4) comput (4) classif (3) method (3) eeg (3) spatial (2) high (2) base (2)
Person: Cuntai Guan
DBLP: Guan:Cuntai
Contributed to:
20122010200820062004Wrote 10 papers:
- ICPR-2012-FengLSPZG #monitoring #robust #statistics
- Artifact correction with robust statistics for non-stationary intracranial pressure signal monitoring (MF, LYL, KS, CP, FZ, CG), pp. 557–560.
- ICPR-2012-YangGAZW #classification #clustering #query
- Iterative clustering and support vectors-based high-confidence query selection for motor imagery EEG signals classification (HY, CG, KKA, HZ, CW), pp. 2169–2172.
- ICPR-2012-ZhangFLZG #online
- Online ICP forecast for patients with traumatic brain injury (FZ, MF, LYL, ZZ, CG), pp. 37–40.
- ICPR-2010-AngGLLNC #human-computer #interface
- A Brain-Computer Interface for Mental Arithmetic Task from Single-Trial Near-Infrared Spectroscopy Brain Signals (KKA, CG, KL, JQL, SN, BC), pp. 3764–3767.
- ICPR-2010-LotteG #classification
- Spatially Regularized Common Spatial Patterns for EEG Classification (FL, CG), pp. 3712–3715.
- ICPR-2010-SattiGCP #adaptation #human-computer #interface
- A Covariate Shift Minimisation Method to Alleviate Non-stationarity Effects for an Adaptive Brain-Computer Interface (ARS, CG, DC, GP), pp. 105–108.
- ICPR-2010-ZhangGA #analysis #linear
- An Information Theoretic Linear Discriminant Analysis Method (HZ, CG, KKA), pp. 4182–4185.
- ICPR-2008-LuGZ #independence #interface
- Subject-independent brain computer interface through boosting (SL, CG, HZ), pp. 1–4.
- ICPR-v1-2006-ZhangG #human-computer #interface #kernel #locality
- A Kernel-based Signal Localization Method for NIRS Brain-computer Interfaces (HZ, CG), pp. 1158–1161.
- ICPR-v2-2004-XuGSRTW #classification
- High Accuracy Classification of EEG Signal (WX, CG, CES, SR, MT, JW), pp. 391–394.