国际临床电生理联盟脑电时空分析3

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1 国际临床电生理联盟脑电时空分析 Guidelines 研讨会暨第五届国际神经信息研讨会 ( 第 3 轮通知 ) 由国际临床电生理联盟 (IFCN) 与电子科技大学联合主办, 电子科技大学生命科学与技术学院信息医学研究中心神经信息教育部重点实验室与四川省认知科学学会联合承办的国际临床电生理联盟脑电时空分析 Guidelines 研讨会暨第五届神经信息国际研讨会定于 2017 年 9 月日 (24 日报到,25-26 日会议 ) 在四川省成都市电子科技大学举办, 现将会议事项通知如下一会议内容本次会议包括两部分 : 第 1 部分由 Guidelines 编写专家组邀请的专家于 9 月 25 日就一些关键问题 (Controversies) 进行研讨, 第 2 部分由中国相关专家于 9 月 26 日围绕神经信息相关问题进行研讨, 具体日程见附件 1,Guidelines 撰写专家和内容目录见附件 2 二部分与会专家名单中国专家 : 王玉平, 首都医科大学宣武医院教授, 神经内科主任 ( 中国睡眠研究会副理事长, 中华神经病学会肌电图与临床神经电生理学组副组长 ), 临床脑电罗跃嘉, 深圳大学教授, 脑疾病与认知科学中心主任, 杰青, 认知脑电周仁来, 南京大学教授, 心理学系主任, 认知脑电陈华富, 电子科技大学教授, 杰青 / 长江, 多模态脑成像徐鹏, 电子科技大学教授, 优青, 脑电与脑网络丛丰裕, 大连理工大学教授, 脑电信号处理俞祝良, 华南理工大学教授, 脑电逆问题李海芳, 太原理工大学教授, 脑信息与情感计算雷旭, 西南大学教授, 人格与认知教育部重点实验室副主任, 同步脑电磁共振李凌, 电子科技大学教授, 认知脑电夏阳, 电子科技大学医学院教授, 动物电生理尧德中, 电子科技大学教授, 杰青 / 长江,AIMBE Fellow, 脑电与脑信息

2 外国专家 ( 按首字母排序 ): Claudio Babiloni, University of Rome, Italy Jaeseung Jeong, Korea Advanced Institute of Science and Technology, South Korea Katarzyna Blinowska, University of Warsaw, Poland Mark Hallett, National Institutes of Health, USA Pedro Valdes Sosa, University of Electronic Science and Technology of China, China/Cuban Neuroscience Center, Cuba Robert Ostenveld, Radbound University, Netherlands 三会议费用非学生 2000 元, 学生 1600 元以上费用推荐以汇款方式支付, 会议报到现场可刷卡 ( 不收现金 ) 汇款转账信息如下: 户名 : 电子科技大学账号 : 开户行 : 中国工商银行成都沙河支行汇款附言 :IFCN 会议 -XX( 姓名 )-XX( 单位 ) 特别注意 : 电子科技大学本校参会人员请联系组委会开具内部结算单, 切勿直接转账四会议安排报到注册 : 9 月 24 日 14:00-19:00, 在电子科技大学清水河校区综合楼一楼大厅报到注册 ( 该处离西门较近 );9 月 25 日 8:00-11:00, 在电子科技大学清水河校区电科院大楼一楼大厅报到注册 ( 该处离西二门较近 ) 正式会议 : 9 月 25 日 -26 日, 在电子科技大学清水河校区电科院大楼一楼报告厅举行电子科技大学清水河校区地址 : 成都市高新区 ( 西区 ) 西源大道 2006 号五会议报名及联系方式请有意参加会议的同行或赞助企业, 尽快填写参会回执 ( 附件 3), 于 9 月 20 日前发送到 cognitivesci@163.com, 以便会务安排

3 会议联系邮箱联系电话 : 学校周围住宿推荐见附件 4, 请尽早预订期待与您在成都见! 第五届国际神经信息研讨会组委会电子科技大学生命科学与技术学院 ( 代章 ) 2017 年 9 月 13 日 International Workshop on IFCN guidelines for topographic and frequency analysis of EEG rhythms -5th International workshop on neuroinformation UESTC, Chengdu, China International Federation of Clinical Neurophysiology (IFCN) and University of Electronic Science and Technology of China (UESTC) will organize the International workshop on IFCN guidelines for topographic and frequency analysis of EEG rhythms - 5th International Workshop on Neuroinformation from September 24th -26th, 2017 in Chengdu. The workshop can strength more ties between researchers dedicated to EEG and other neuroimaging techniques, and motivated them to start a long-term collaboration with UESTC. We warmly welcome applicants of young students, postdocs and researchers who are interested in ERPs and other electrophysiological measures in cognitive and clinical studies. Speakers (in alphabetic order) Claudio Babiloni University of Rome, Italy Dezhong Yao University of Electronic Science and Technology of China Fengyu Cong Dalian University of Technology, China Jaeseung Jeong Korea Advanced Institute of Science and Technology, South Korea Haifang Li Taiyuan University of Technology, China

4 Huafu Chen University of Electronic Science and Technology of China Katarzyna Blinowska University of Warsaw, Poland Ling Li University of Electronic Science and Technology of China Mark Hallett National Institutes of Health, USA Pedro Valdes Sosa University of Electronic Science and Technology of China, China/Cuban Neuroscience Center, Cuba Peng Xu University of Electronic Science and Technology of China Renlai Zhou Nanjing University, China Robert Ostenveld Radbound University, Netherlands Xu Lei Southwest University Yang Xia University of Electronic Science and Technology of China Yuejia Luo Shenzhen University Yuping Wang Xuanwu Hospital, Capital Medical University, China Zhuliang Yu South China University of Technology, China Time and Venue Registration: September 24th: 1st floor of Complex Building, UESTC September 25th: Diankeyuan Conference Hall, UESTC Workshop: (Details of the program is in APPENDIX I) September 25th Diankeyuan Conference Hall, UESTC The address of UESTC: 2006 Xiyuan Ave., Chengdu, China For questions, please to cognitivesci@163.com

5 附件 1: 会议日程 (APPENDIX I: Program) Date Time Speaker Title 24-Sep 14:00-19:00 Registration 25-Sep 26-Sep 9:00-9:30 Opening Ceremony&Pictures THE FIRST SESSION: The resting state EEG rhythms: Neurophysiology and Recording 9:30-9:40 Mark Hallett THE IFCN GUIDELINES 9:40-10:00 Claudio Babiloni The neurophysiology of resting state EEG (rseeg) rhythms 10:00-10:15 Coffee Break 10:15-11:00 11:00-11:45 Robert Ostenveld /Dezhong Yao Fengyu Cong/ Pedro Valdes-Sosa 11:45-14:30 Lunch Which reference electrode for investigating rseeg rhythms? Cephalic, non-cephalic, common average, and laplacian references vs. REST modeling Which Electrode Montage and Spatial Resolution for rseeg rhythms? Clinical applications vs. Basic research THE SECOND SESSION: The rseeg rhythms: cortical synchronization and connectivity 14:30-15:15 15:15-16:00 Katarzyna Blinowska/ Pedro Valdes-Sosa Robert Ostenveld/ Jaeseung Jeong 16:00-16:15 Coffee Break 16:15-17:00 Mark Hallett/ Claudio Babiloni 17:00-17:10 Final Remarks 17:10-18:30 Dinner 9:00-9:30 Yuping Wang 9:30-10:00 Yuejia Luo Sensors or sources? Opportunities and limitation of topographical analysis of rseeg rhythms at Scalp sensors vs. Cortical sources Linear or nonlinear measurements? Computation of Linear vs. Nonlinear measurements of rseeg rhythms Disease markers or windows on human neurophysiology? Limits and opportunities in the use of the frequency and topographical rseeg analyses in Clinical applications and Neurophysiology research Unified cognitive brain network delineated by electroencephalographic activity EEG/ERP studies on emotion and executive function

6 10:00-10:30 Renlai Zhou The late positive potential and frontal alpha asymmetry: two neurophysiological markers for emotion regulation 10:30-10:45 Coffee Break 10:45-11:15 Huafu Chen 11:15-11:40 Peng Xu 11:40-12:05 Zhuliang Yu Research on the multi-modal neuroimaging of epilepsy EEG network analysis and its application to cognition and clinics New solutions on spatial-temporal electromagnetic brain sources estimation 12:05-14:00 Lunch 14:00-14:20 Haifang Li Pending 14:20-14:40 Xu Lei Resting state EEG: inspiration from resting state fmri 14:40-15:00 Yang Xia Default mode network studies based on rat electrophysiological 15:00-15:20 Ling Li The neural mechanisms of visual working memory 15:20-15:30 Coffee Break 15:30-15:45 Shan Gao 15:45-16:00 Yangsong Zhang 16:00-16:15 Jing Lu 16:15-16:30 Shuxia Yao 16:30-16:40 Conclusions Modular reconfiguration of brain networks underlying word masking Brain network reconfiguration from rest to task for P300 and SSVEP The multiple-demand system is involved in musical improvisation: Evidence from an MRI study on composers Oxytocin modulates attention switching between interoceptive signals and external social cues

7 附件 2:Guidelines 撰写专家和内容目录 (APPENDIX II: The authors and the contents of the Guidelines) Version of 21st of April 2017 for Clinical Neurophysiology International Federation of Clinical Neurophysiology (IFCN) guidelines for topographic and frequency analysis of electroencephalographic rhythms 1) Dr. Claudio Babiloni (Coordinator and expert of linear frequency analysis and topographical source estimation of EEG for clinical applications in dementing disorders) Department of Physiology and Pharmacology "V. Erspamer" University of Rome "La Sapienza" P.le A. Moro 5, 00185, Rome, Italy Phone/Fax: /0917 EUROPE 2) Dr. Wolfgang Klimesch (Expert of the frequency analysis of phase- and nonphase-locked EEG rhythms for cognitive neuroscience) Centre for Cognitive Neuroscience, University of Salzburg, Salzburg, Austria Hellbrunnerstrasse 34, 5020 Salzburg, Austria Phone: +43 (0) 662 / , Fax:+43 (0) 662 / EUROPE 3) Dr. Robert Knight (Expert of frequency analysis of intracranial EEG rhythms for cognitive neuroscience and clinical applications) rtknight@berkeley.edu Department of Psychology, University of California, Berkeley, CA , California, USA Phone: , Fax: AMERICA 4) Dr. Pim (Wilhelmus Helena Ignatius Maria) Drinkenburg, (Expert on pharmacoeeg analyses & translational neurophysiology) WDRINKEN@its.jnj.com Scientific Director Neuroscience & Janssen Fellow Janssen Research & Development, Janssen Pharmaceutica NV (Pharmaceutical Companies of Johnson & Johnson) Beerse, Belgium EUROPE 5) Dr. Andrzej Cichocki (Expert of frequency linear and nonlinear analysis of EEG functional connectivity for clinical applications) a.cichocki@riken.jp The RIKEN Brain Science Institute Laboratory for Advanced Brain Signal Processing Riken, Brain Science Institute, Japan Wako Shi, Saitama Phone: Fax ASIA 6) Dr. Erol Başar (Expert of frequency analysis of phase-locked event-related EEG oscillations for cognitive neuroscience and clinical applications) e.basar@iku.edu.tr Brain Dynamics and Cognition Research Center Istanbul Kultur University, Ataköy Campus Bakırköy Istanbul, Turkey

8 Phone : 0090 (212) , Fax : 0090 (212) ASIA 7) Dr. Jaeseung Jeong (Korea Advanced Institute of Science and Technology, KAIST) jsjeong@kaist.ac.kr Professor of Bio and Brain Engineering, KAIST Decision neuroscience, Nonlinear brain dynamics, Connectome, Computational Neuroscience, Brain-Robot Interface. He is one of the most important experts of non-linear and complexity EEG markers for clinical applications. ASIA 8) Dr. Roberto Pascual Marqui (Expert of source analysis of EEG functional connectivity for cognitive neuroscience and clinical applications) pascualm@key.uzh.ch The KEY Institute for Brain-Mind Research, University of Zurich, Switzerland Visiting Professor at Neuropsychiatry, Kansai Medical University, Osaka, Japan EUROPE-ASIA 9) Dr. Paul Nunez (Expert of frequency and topographical source analysis of EEG rhythms for cognitive neuroscience and clinical applications) pnunez@tulane.edu Cognitive Dissonance LLC, Encinitas, CA 92024, USA. AMERICA 10) Dr. Pedro Valdes Sosa (Expert of topographical source analysis of EEG for clinical applications) pedro.valdes.sosa@gmail.com The Cuban Neuroscience Center (CNEURO) Street. 190 e / 25 and 27, Cubanacan, Playa. Havana. CP 11600, Cuba Phone: (+53) AMERICA 11) Dr. Robert Barry (Expert of frequency and topographical analysis of EEG for clinical applications in developmental age) rbarry@uow.edu.au Centre for Psychophysics, Psychophysiology, and Psychopharmacology, Brain &Behaviour Research Institute, and School of Psychology, University of Wollongong, Wollongong NSW 2522, Australia OCEANIA 12) Dr. Fernando Lopes da Silva (Expert of neurophysiological mechanisms generating EEG rhythms in healthy and diseased humans) F.H.LopesdaSilva@uva.nl Swammerdam Institute for Life Sciences UNiversity of Amsterdam Science Park A Science Park 904 Amsterdam Postbus GE, The Netherlands Phone: EUROPE 13) Dr. Mark Hallett (Expert of frequency and topographical analysis of EEG for clinical applications in motor disorders) hallettm@ninds.nih.gov Medical Neurology Branch Building 10 Room 7D37 10 Center Drive MSC 1428 Bethesda MD Office: (301) Lab: (301) , Fax: (301) AMERICA

9 1. Introduction 2. Recording of rseeg for topographic and frequency analysis Preliminary assessment of the subject s condition Environmental conditions and instructions to subjects Montage of the EEG electrodes for the topographical analysis Montage of other sensors for control data collection Setting of the rseeg recording parameters 3. Storage of EEG and control data 4. Visualization of the EEG and control data Preliminary data analysis Identification of neuropathological rseeg waveforms 5. Frequency analysis of rseeg data Synchronization Computation of the rseeg amplitude/power density spectrum Absolute and relative rseeg amplitude/power density Computation of nonlinear features estimating the rseeg complexity Connectivity Linear measures of connectivity Nonlinear measures of connectivity The steps of the connectivity analysis 6. Topographic analysis of the EEG data Topographic mapping Cortical source mapping Estimation of scalp current density and dura surface potential Mapping cortical connectivity The issue of the cortical tangential sources 7. Management, statistical analysis, and interpretation of the rseeg variables Management of the rseeg variables Statistical analysis of the rseeg variables Interpretation of the frequency and topographical rseeg variables 8. References

10 附件 3: 报名回执 (APPENDIX III: Registration sheet) 姓名 Name 性别 Sex 工作单位 Affiliation 职务 Title 手机号码 Cell phone QQ 邮箱注 : 报名回执请于 9 月 20 日前发送到 cognitivesci@163.com Notice: Please send this registration sheet to cognitivesci@163.com by September 20th.

11 附件 4: 电子科技大学清水河校区附近住宿推荐 1 汉庭酒店地址 : 成都市郫县合作路 89 号龙湖时代 ; 步行至学校约 10 分钟 ; 价格 :199 元 / 天 ( 无早餐 ); 酒店电话 : 芒果酒店地址 : 郫县西源大道电子科大清水河校区南门对面, 步行至学校约 1 分钟 ; 价格 :258 元 / 天 ( 含早餐 ); 酒店电话 : 天府丽都酒店地址 : 成都高新西区天润路 777 号 ( 电子科技大学清水河校区西门 ), 步行至学校约 3 分钟 ; 价格 :209 元 / 天 ( 无早餐 ); 酒店电话 : 成都锦熙印象酒店地址 : 高新西区西源大道 1101 号 ( 电子科技大学清水河校区斜对面 ), 步行至学校约 10 分钟 ; 价格 : 豪华标间 318 元 / 天, 普通标间 288 元 / 天, 普通单间 :268 元 / 天 ; 联系电话 : 全季酒店( 成都高新西区龙湖店 ) 地址 : 四川省成都市郫县郫都区合作路 89 号龙湖时代天街 8 栋, 电话 : 更多酒店信息请查看 :

2013年高等医学教育临床教学研究高峰论坛

2013年高等医学教育临床教学研究高峰论坛 1 2014 年高等医学教育临床教学研究高峰论坛暨首届住院医师培训峰会 PEKING UNIVERSITY PEOPLE S HOSPITAL 尊敬的先生 / 女士 : 您好! 由教育部医学教育临床教学研究中心教育部临床实践教学指导分委员会国家医学考试中心人