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Brain-Computer Interface 脑机接口 ——中国科学院遗传与发育生物学研究所分子系统生物学研究中心第二十期“未来科学沙龙”成功举办（图）
脑机接口 遗传发育所 未来科学沙龙
2023/10/28
2023年9月28日，由中国科学院遗传与发育生物学研究所分子系统生物学研究中心主办的第二十期“未来科学沙龙”在3号楼108会议室顺利举行。本期沙龙由屠强研究组的博士生单昭君担任主讲，她以“Brain-Computer Interface脑机接口”为题，向大家介绍了脑机接口技术的发展进程、标志性研究近况以及对未来发展的展望。沙龙由屠强研究员主持，中心30余位师生出席了本次活动。
Yakovlev looking to shed light deeper into the human brain（图）
Yakovlev shed light deeper human brain
2017/9/1
The inner workings of the human brain have always been a subject of great interest. Unfortunately, it is fairly difficult to view brain structures or intricate tissues due to the fact that the skull i...
Brain Structure Segmentation from MRI by Geometric Surface Flow
Brain Structure Segmentation MRI
2009/9/8
We present a method for semiautomatic segmentation of brain structures such as thalamus from MRI images based on the concept of geometric surface flow. Given an MRI image, the user can interactively i...
Reciprocal Benefits of Mass-Univariate and Multivariate Modeling in Brain Mapping: Applications to Event-Related Functional MRI, H215O-, and FDG-PET
MRI H215O FDG-PET
2009/9/8
In brain mapping studies of sensory, cognitive, and motor operations, specific waveforms of dynamic neural activity are predicted based on theoretical models of human information processing. For examp...
Registration of Brain MRI/PET Images Based on Adaptive Combination of Intensity and Gradient Field Mutual Information
MRI/PET Images Intensity
2009/9/7
Traditional mutual information (MI) function aligns two multimodality images with intensity information, lacking spatial information, so that it usually presents many local maxima that can lead to ina...
Brain MRI Segmentation with Multiphase Minimal Partitioning: A Comparative Study
Brain MRI Segmentation Multiphase Minimal Partitioning
2009/9/7
This paper presents the implementation and quantitative evaluation of a multiphase three-dimensional deformable model in a level set framework for automated segmentation of brain MRIs. The segmentatio...
Electromagnetic interference of GSM mobile phones with the implantable deep brain stimulator, ITREL-III
Electromagnetic interference GSM mobile phones the implantable deep brain stimulator
2010/3/1
These investigations do not indicate a direct risk for ITREL-III patients using the tested GSM phones. Based on the interference levels found with CW signals, which are below the mobile phone emission...