2021- 《生物医学工程前沿文献与进展分析》 研究生必修课 08616080
| 01 |
课程概述 |
Course Overview |
| 02 |
生物医学工程领域与同行评议 |
Biomedical Medical Engineering & Peer View |
| 03 |
生物医学复杂性与批判性思维 |
Biomedical Complexity & Critical Thinking |
| 04 |
好奇心、问题驱动与文献梳理 |
Curiosity, and Problem Driven Literature Review |
| 05 |
如何讲故事？ |
How to tell a story？ |
| 06 |
写作相关的认知规律与神经生物学 |
Understanding Writing: Cognitive Rules from Neurosicence |
| 07 |
品味综述的视角与框架 |
Tasting the Viewpoints & Framework of a Review Paper |
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期中测试 |
Mid-Term Test |
| 09 |
品味文章的共性逻辑 |
The Common Logics of Biomedical Papers |
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10 |
实验设计与假设检验 |
Experimental Design & Hypothesis Testing |
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11 |
如何进行有吸引力报告 |
How to Deliver a Attractive Talk? |
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12 |
解析科技论文的模型与句式 |
Sentence Patterns in Biomedical Papers |
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13 |
如何回复评审意见？ |
How to Answer Comments？ |
|
14 |
专利与科技论文的异同 |
Differences between Articles and Patents |
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期末报告 |
Final-Term Report |
2022- 《非线性非平稳信号自适应分析方法》 研究生选修课 08409047
| 01 |
课程概述 |
Course Overview |
| 02 |
数据科学的合理打开方式 |
Diving into Data Science &Engineering in a Reasonable Way |
| 03 |
随机过程的基本思想与方法 |
Fundamental Ideas and appraoches of Stochastic Process |
| 04 |
低维非线性动力学 |
Nonlinear Dynamcis - Chaos |
| 05 |
数据在相空间中会说话 |
Listening data in Phase Space |
| 06 |
复杂系统中的有趣现象 |
Unique Apperances of Complex System |
| 07 |
非线性神经动力学初探 |
First Exploration to Nonlinear NeuroDynamics |
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期中测验 |
Mid-Term Test |
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| 09 |
非线性 EMD & HHT 分析 |
Nonlinear EMD & Hilbert-Huang Transform |
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10 |
非线性 HOLO 全息谱分析 |
Nonlinear HOLO Approaches |
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11 |
Koopman算子与DMD动态模式分解 |
Koopman Opearator and Various DMD Approaches |
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12 |
涨落在生物医学中的重要价值 |
Fluctuations: Nonnegligible Contribution in Biomedicine |
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13 |
非线性耦合分析 |
Nonlinear Coupling Analaysis |
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14 |
隐藏在网络动力学中的模式 |
Hidden Patterns in Network Dynamics |
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15 |
从统计物理到深度学习 |
from Statistic Physics to Deep Learning |
|
|
期末报告 |
Final-Term Report |
2025- 《医学成像原理与应用》 研究生选修课 08404338
| 01 |
课程概述 |
Course Overview |
| 02 |
医学成像的物理基础 |
Fundamental Physics of Medical Imaging |
| 03 |
光学成像借鉴 |
Learning from Optical Imaging |
| 04 |
射电望远镜与雷达的启发 |
Inspiring from Techniques of Radio Telescope and Radar |
| 05 |
医学成像信号调理与数据采集 |
Signal Conditioning & Data Acqusition in Medical Imaging |
| 06 |
X射线与DSA |
X ray and DSA |
| 07 |
X-CT 重建原理与应用 |
X-CT Reconstruction |
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期中测验 |
Mid-Term Test |
| 09 |
正电子发射断层成像原理与应用 |
PET Imaging |
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10 |
核磁共振成像原理与应用 |
MR Imaging |
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11 |
超声成像原理与应用 |
Ultrasound Imaging |
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12 |
多模态血管成像与超分辨成像 |
Multimodality of Angiography & Super Resolution Imaging |
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13 |
造影剂与分子影像进展 |
Progress in Contrast Agents & Molecular Imaging |
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14 |
计算成像进展 |
Progress in Computing Imaging |
|
15 |
神经影像脑机接口与手术导航进展 |
Progress in NeuroImaging based BCI and Aided Surgery |
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期末报告 |
Final-Term Report |
2008- 《核磁共振成像原理以及序列设计》研究生选修课 08616180
| 01 | 核磁共振物理基础 | NMR Basics |
| 02 | 核磁共振成像数学基础 | Mathematical Preliminaries |
| 03 | 核磁共振成像原理 | MRI Principles & K space |
| 04 | 典型成像脉冲序列 | Typical Pulse Sequences |
| 05 | 稳态自由进动 | Steady State Free Precession |
| 06 | 核磁共振成像伪影 | SNR & MRI Artifacts |
| 07 | 血管成像 | MR Angiography |
| 08 | 射频脉冲和梯度 | RF Pulses & Gradients |
| 09 | 动态增强成像 | DCE/DSC |
| 10 | 扩散加权成像 | DWI/DTI |
| 11 | 脑功能成像 | Human Brain Mapping |
| 12 | 动脉自旋标记成像 | Arterial Spin Labeling Imaging |
| 13 | 氧摄取分数测量 | Oxygen Extraction Fraction Measurement |
| 14 | 核磁共振波谱 | MR Spectroscopy |
| 15 |
射频线圈设计 |
RF Coil Design |
| 16 | 核磁共振分子影像 | MR Molecular Imaging |
2003-2023. 《生物医学工程概论》 研究生必修课 08616020
| 01-02 | 历史回顾与展望 | A Historical Perspective |
| 03-04 | 生物电现象 | Bioelectricity Phenomenon |
| 05-07 | 生物医学传感器 |
Biomedical Sensors |
| 08-09 | 医学信号采集处理 | Medical Signals Acquirement |
| 10-11 | 生物医学光学 | Biomedical Optics |
| 12-14 | 医学影像 | Medical Imaging |
| 15 | 生物力学&康复工程 | Biomechanics & Rehab Engineering |
| 16 | 生物医学复杂性 | Complexity in Biology & Medicine |
2009-2024 《固体力学实验》 本科生必修课 00332330
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01 |
课程概述 |
Overview |
| 02 | 量纲分析&相似性原理 |
Dimensional Analysis & Similarity theory |
| 03 | 传感器和测量技术 | Sensors & Measurement Technology |
| 04 | 信号调理与采集 | Signal Conditioning & Signal Acquirement |
| 05 |
光测力学原理 |
Photomechanics |
| 06 |
光弹应力测量 |
Photoelastic Stress Analysis |
| 07 |
实验数据处理与统计分析 |
Experimental Data Processing & Analysis |
2010-2012. 《生物医学传感与测量》 本科生选修课 00333030
| 01 | 生物医学传感与测量课程介绍 | Biomedical Sensor Overview |
| 02 | 传感器基本特性&实验数据处理 | Characteristics of Sensors |
| 03 | 信号调理采集 | Signal Conditioning & Acquirement |
| 04 | 数字信号处理基础 | Digital Signal Processing Basics |
| 05-07 | 物理传感器 I, II, III | Physcal Sensors I, II, III |
| 08 | 计算机辅助手术导航 | Computer Aided Surgery |
| 09 | 半导体物理基础 | Semiconductor Physics Basics |
| 10 | 半导体传感器 | Semiconductor Sensor |
| 11 | 电生理信号检测 | Measuring Physiological Signals |
| 12 | 化学传感器 | Chemical Sensors |
| 13 | 生物传感器 | Biosensors |
2015-2018 《低温等离子体及其生物医学应用》 研究生选修课 08616221
| 01 | 等离子物理基础 | Plasma Physics |
| 02 | 等离子体产生及其特点 | Plasma Generation |
| 03 | 等离子体以及自由基诊断 | Plasma Dignosis |
| 04 | 自由基医学 | Free Radicals Medicine |
| 05 | 分析化学检测常用方法 | Basic Tools of Analytical Chemistry |
| 06 | 口腔医学等离子体应用 | Dental Plasma |
| 07 | 环境工程等离子体应用 | Environmental Plasma |
| 08 | 材料工程等离子体应用 | Plasma in Material Modification |
| 09 | 等离子体仿真 | Plasma Simulations |