2010年电气论坛第14次活动-Bin He教授讲座
演讲人： Bin He教授, 博士,
IEEE Fellow, AIMBE Fellow
Distinguished McKnight University Professor, University of Minnesota
President, IEEE Engineering in Medicine and Biology Society
时间：4月15日(周四) 10:00am-11:30am
地点：玉泉校区电机工程楼418
题目： Can We Read the Human Brain?
摘要：
研究人脑的工作原理具有重要意义。二十多年来，功能神经成像作为研究大脑活动
的无损技术已经成为重要的多学科交叉的研究领域。在这次讲座中，我们将综述电生
理、血液动力学技术以及多技术融合在脑功能动态成像中的应用。经验表明，技术革
新能够对大脑功能和机能障碍进行具有高时空分辨率的动态成像，近期研究显示，融
合BOLD fMRI和电生理数据能够进行脑功能的动态成像。我们也将回顾基于非侵入式
脑电波的认知信号估计、脑机接口实验中运动想象相关的血液动力和电生理信号的共
定位。研究表明，脑电地形图和神经成像技术有可能成为探索人类大脑机理的有效方
法。
Bin He教授1982年1月毕业于浙江大学电气工程学院，在日本东京工业大学、哈佛大
学、麻省理工大学接受科研训练，现在是明尼苏达大学Twin Cities分校生物医学工
程、电气工程和神经科学教授，神经工程中心主任。他发表了140多篇期刊论文，在
国际会议和研究所做过200多场大会、主讲和特邀发言。他的研究兴趣包括神经工程
、生物医学功能成像和生物电磁学。他是书籍《神经工程》的编辑，期刊IEEE Transactions
on Biomedical Engineering，IEEE Transactions on Neural Systems and Rehabilitation
Engineering副主编，IEEE Spectrum, Journal of Neural Engineering, and Clinical
Neurophysiology编委会成员，NSF CAREER Award, American Heart Association
Established Investigator Award获得者，Fellow of IEEE and American Institute
of Medical and Biological Engineering，the International Society of Bioelectromagnetism
and the International Society for Functional Source Imaging前任主席，2009
-2010年the IEEE Engineering in Medicine and Biology Society主席。
Can We Read the Human Brain?
Bin He, PhD, IEEE Fellow, AIMBE Fellow
Distinguished McKnight University Professor, University of Minnesota
President, IEEE Engineering in Medicine and Biology Society
It is of significance to understanding how the human brain works. The first
step shall be to read the brain from outside. Over the past decade, functional
neuroimaging has emerged as an important interdisciplinary research area
, using which brain activity can now be imaged from noninvasive measurements
. We will review the important advancements in the pursuit of dynamic imaging
of rapidly changing brain activity from electrophysiological, hemodynamic
measurements, or combined measurements. Our work demonstrates that innovation
in technology allows high-resolution spatio-temporal imaging of brain function
and dysfunction. Our recent work indicates that, the BOLD functional MRI
and electrophysiological data can be integrated in a principled way, leading
to high-resolution spatio-temporal functional imaging of the dynamic brain
activation. We will also review the investigation of estimating “thought
” signals of humans from noninvasive brain waves, and the co-localization
of hemodynamic and electrophysiological signals associated with motor imagery
in brain-computer interface experimentation. Our work indicates the possibility
of “reading” the human brain with the aid of brain mapping and neuroimaging
methodologies.
About the Speaker:
Bin He graduated from the College of Electrical Engineering of Zhejiang University
, and was trained in Tokyo Institute of Technology and the Harvard University
– M.I.T. He is a Distinguished McKnight University Professor and Professor
of Biomedical Engineering, Electrical Engineering and Neuroscience at the
University of Minnesota at Twin Cities, where he serves as the Director
of Center for Neuroengineering and Director of NIH Training Program in Neuroimaging
. Dr. He's major research interests include neuroengineering, functional
biomedical imaging, and bioelectromagnetism. He has published over 140 peer
-reviewed articles in leading international journals and delivered over 200
plenary, keynote, and invited talks at various international conferences
and institutions. He is the Editor of the book entitled “Neural Engineering
”, and serves as an associate editor of multiple international journals
including IEEE Transactions on Biomedical Engineering and IEEE Transactions
on Neural Systems and Rehabilitation Engineering. He is also a member of
Editorial Board of IEEE Spectrum, Journal of Neural Engineering, and Clinical
Neurophysiology, among others. Dr. He was the recipient of NSF CAREER Award
, American Heart Association Established Investigator Award, and is a Fellow
of IEEE and American Institute of Medical and Biological Engineering. He
is a Past President of the International Society of Bioelectromagnetism
and a Past President of the International Society for Functional Source Imaging
. Dr. He is the 2009-2010 President of the IEEE Engineering in Medicine and
Biology Society.
IEEE Fellow, AIMBE Fellow
Distinguished McKnight University Professor, University of Minnesota
President, IEEE Engineering in Medicine and Biology Society
时间：4月15日(周四) 10:00am-11:30am
地点：玉泉校区电机工程楼418
题目： Can We Read the Human Brain?
摘要：
研究人脑的工作原理具有重要意义。二十多年来，功能神经成像作为研究大脑活动
的无损技术已经成为重要的多学科交叉的研究领域。在这次讲座中，我们将综述电生
理、血液动力学技术以及多技术融合在脑功能动态成像中的应用。经验表明，技术革
新能够对大脑功能和机能障碍进行具有高时空分辨率的动态成像，近期研究显示，融
合BOLD fMRI和电生理数据能够进行脑功能的动态成像。我们也将回顾基于非侵入式
脑电波的认知信号估计、脑机接口实验中运动想象相关的血液动力和电生理信号的共
定位。研究表明，脑电地形图和神经成像技术有可能成为探索人类大脑机理的有效方
法。
Bin He教授1982年1月毕业于浙江大学电气工程学院，在日本东京工业大学、哈佛大
学、麻省理工大学接受科研训练，现在是明尼苏达大学Twin Cities分校生物医学工
程、电气工程和神经科学教授，神经工程中心主任。他发表了140多篇期刊论文，在
国际会议和研究所做过200多场大会、主讲和特邀发言。他的研究兴趣包括神经工程
、生物医学功能成像和生物电磁学。他是书籍《神经工程》的编辑，期刊IEEE Transactions
on Biomedical Engineering，IEEE Transactions on Neural Systems and Rehabilitation
Engineering副主编，IEEE Spectrum, Journal of Neural Engineering, and Clinical
Neurophysiology编委会成员，NSF CAREER Award, American Heart Association
Established Investigator Award获得者，Fellow of IEEE and American Institute
of Medical and Biological Engineering，the International Society of Bioelectromagnetism
and the International Society for Functional Source Imaging前任主席，2009
-2010年the IEEE Engineering in Medicine and Biology Society主席。
Can We Read the Human Brain?
Bin He, PhD, IEEE Fellow, AIMBE Fellow
Distinguished McKnight University Professor, University of Minnesota
President, IEEE Engineering in Medicine and Biology Society
It is of significance to understanding how the human brain works. The first
step shall be to read the brain from outside. Over the past decade, functional
neuroimaging has emerged as an important interdisciplinary research area
, using which brain activity can now be imaged from noninvasive measurements
. We will review the important advancements in the pursuit of dynamic imaging
of rapidly changing brain activity from electrophysiological, hemodynamic
measurements, or combined measurements. Our work demonstrates that innovation
in technology allows high-resolution spatio-temporal imaging of brain function
and dysfunction. Our recent work indicates that, the BOLD functional MRI
and electrophysiological data can be integrated in a principled way, leading
to high-resolution spatio-temporal functional imaging of the dynamic brain
activation. We will also review the investigation of estimating “thought
” signals of humans from noninvasive brain waves, and the co-localization
of hemodynamic and electrophysiological signals associated with motor imagery
in brain-computer interface experimentation. Our work indicates the possibility
of “reading” the human brain with the aid of brain mapping and neuroimaging
methodologies.
About the Speaker:
Bin He graduated from the College of Electrical Engineering of Zhejiang University
, and was trained in Tokyo Institute of Technology and the Harvard University
– M.I.T. He is a Distinguished McKnight University Professor and Professor
of Biomedical Engineering, Electrical Engineering and Neuroscience at the
University of Minnesota at Twin Cities, where he serves as the Director
of Center for Neuroengineering and Director of NIH Training Program in Neuroimaging
. Dr. He's major research interests include neuroengineering, functional
biomedical imaging, and bioelectromagnetism. He has published over 140 peer
-reviewed articles in leading international journals and delivered over 200
plenary, keynote, and invited talks at various international conferences
and institutions. He is the Editor of the book entitled “Neural Engineering
”, and serves as an associate editor of multiple international journals
including IEEE Transactions on Biomedical Engineering and IEEE Transactions
on Neural Systems and Rehabilitation Engineering. He is also a member of
Editorial Board of IEEE Spectrum, Journal of Neural Engineering, and Clinical
Neurophysiology, among others. Dr. He was the recipient of NSF CAREER Award
, American Heart Association Established Investigator Award, and is a Fellow
of IEEE and American Institute of Medical and Biological Engineering. He
is a Past President of the International Society of Bioelectromagnetism
and a Past President of the International Society for Functional Source Imaging
. Dr. He is the 2009-2010 President of the IEEE Engineering in Medicine and
Biology Society.
