BIO-P3: Neuro Image and Signal Processing |
| Session Type: Poster |
| Time: Thursday, 7 May, 09:00 - 11:00 |
| Location: On-Demand |
| Virtual Session: View on Virtual Platform |
| Session Chair: Justin Dauwels, Nanyang Technological University |
| BIO-P3.1: CONDITIONAL DOMAIN ADVERSARIAL TRANSFER FOR ROBUST CROSS-SITE ADHD CLASSIFICATION USING FUNCTIONAL MRI |
| Ya-Lin Huang; National Tsing Hua University |
| Wan-Ting Hsieh; National Tsing Hua University |
| Hao-Chun Yang; National Tsing Hua University |
| Chi-Chun Lee; National Tsing Hua University |
| BIO-P3.2: EEG CONNECTIVITY - INFORMED COOPERATIVE ADAPTIVE LINE ENHANCER FOR RECOGNITION OF BRAIN STATE |
| Saeid Sanei; Nottingham Trent University |
| Clive Cheong Took; Royal Holloway, University of London |
| Delaram Jarchi; University of Essex |
| Ales Prochazka; Institute of Chemical Engineering |
| BIO-P3.3: ONLINE GRAPH TOPOLOGY INFERENCE WITH KERNELS FOR BRAIN CONNECTIVITY ESTIMATION |
| Mircea Moscu; Université Côte d'Azur |
| Ricardo Borsoi; Université Côte d'Azur |
| Cédric Richard; Université Côte d'Azur |
| BIO-P3.4: MINIMAL ADVERSARIAL PERTURBATIONS IN MOBILE HEALTH APPLICATIONS: THE EPILEPTIC BRAIN ACTIVITY CASE STUDY |
| Amir Aminifar; Uppsala University |
| BIO-P3.5: DETECTING AUTISM SPECTRUM DISORDER USING TOPOLOGICAL DATA ANALYSIS |
| Shouvik Majumder; IISER Kolkata |
| Fabio Apicella; University of Pisa |
| Filippo Muratori; University of Pisa |
| Koel Das; IISER Kolkata |
| BIO-P3.6: MULTI-VIEW BAYESIAN GENERATIVE MODEL FOR MULTI-SUBJECT FMRI DATA ON BRAIN DECODING OF VIEWED IMAGE CATEGORIES |
| Yusuke Akamatsu; Hokkaido University |
| Ryosuke Harakawa; Nagaoka University of Technology |
| Takahiro Ogawa; Hokkaido University |
| Miki Haseyama; Hokkaido University |
| BIO-P3.7: TIME-FREQUENCY ANALYSIS OF UNIMODAL SENSORY PROCESSING IN AUTISM SPECTRUM DISORDER |
| David F. D'Croz-Baron; Texas Tech University |
| Mary C. Baker; Texas Tech University |
| Tanja Karp; Texas Tech University |
| BIO-P3.8: AUTOMATIC EPILEPTIC SEIZURE ONSET-OFFSET DETECTION BASED ON CNN IN SCALP EEG |
| Poomipat Boonyakitanont; Chulalongkorn University |
| Apiwat Lek-uthai; Chulalongkorn University |
| Jitkomut Songsiri; Chulalongkorn University |
| BIO-P3.9: ENHANCE FEATURE REPRESENTATION OF ELECTROENCEPHALOGRAM FOR SEIZURE DETECTION |
| Danyang Wang; Shanghai University |
| Yuchun Fang; Shanghai University |
| Yifan Li; Shanghai University |
| Changfeng Chai; Changhai Hospital of Shanghai |
| BIO-P3.10: SPEECH SYNTHESIS USING EEG |
| Gautam Krishna; University of Texas at Austin |
| Co Tran; University of Texas at Austin |
| Yan Han; University of Texas at Austin |
| Mason Carnahan; University of Texas at Austin |
| Ahmed Tewfik; University of Texas at Austin |
| BIO-P3.11: EEG FEATURE SELECTION USING ORTHOGONAL REGRESSION: APPLICATION TO EMOTION RECOGNITION |
| Xueyuan Xu; Beijing Normal University |
| Fulin Wei; Beijing Normal University |
| Zhiyuan Zhu; Beijing Normal University |
| Jianhong Liu; Beijing Normal University |
| Xia Wu; Beijing Normal University |
| BIO-P3.12: SCALPNET: DETECTION OF SPATIOTEMPORAL ABNORMAL INTERVALS IN EPILEPTIC EEG USING CONVOLUTIONAL NEURAL NETWORKS |
| Takahiko Sakai; Tokyo University of Agriculture and Technology |
| Taku Shoji; Tokyo University of Agriculture and Technology |
| Noboru Yoshida; Juntendo University Nerima Hospital |
| Kosuke Fukumori; Tokyo University of Agriculture and Technology |
| Yuichi Tanaka; Tokyo University of Agriculture and Technology |
| Toshihisa Tanaka; Tokyo University of Agriculture and Technology |