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ID:37070565
大小:3.57 MB
页数:70页
时间:2019-05-17
《人类海马体功能剖分及连接模式分析》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、分类号TP391.4学号14033055UDC密级公开工学硕士学位论文人类海马体功能剖分及连接模式分析硕士生姓名张鹏学科专业控制科学与工程研究方向认知与生物信息指导教师胡德文教授国防科学技术大学研究生院二〇一六年十一月FunctionalParcellationandConnectivityAnalysisoftheHuman’sHippocampusCandidate:ZhangPengAdvisor:HuDewenAdissertationSubmittedinpartialfulfillmentofthereq
2、uirementsforthedegreeofMasterofEngineeringinControlScienceofEngineeringGraduateSchoolofNationalUniversityofDefenseTechnologyChangsha,Hunan,P.R.China(November,2016)国防科学技术大学研究生院硕士学位论文目录摘要............................................................................
3、.....................................iABSTRACT........................................................................................................iii第一章绪论......................................................................................................1
4、1.1课题背景...........................................................................................................11.2基于fMRI的静息态功能连接........................................................................21.3基于功能连接研究大脑功能分区.......................................
5、............................51.4海马体研究现状...............................................................................................61.5本文的工作创新和组织结构...........................................................................71.5.1本文的工作创新.......................
6、.............................................................71.5.2本文的组织结构....................................................................................8第二章功能脑区划分方法框架.........................................................................112.1fMRI数据采集与预处
7、理..............................................................................122.1.1被试选择与数据采集..........................................................................122.1.2数据预处理................................................................................
8、...........122.2功能连接的提取.............................................................................................152.2.1感兴趣区域的选择与信号的提取....................................
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