Mathematical Aspects Of Biomedical Electronic System Design

Course Duration: 12 weeks

PROF. CHANDRAMANI SINGH

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What you will learn

  • standard Biological system design

  • Biomedical optics

This course is a system design-oriented course aimed to provide exposure to mathematical analysis and its importance in the translational biomedical systems. Biomedical electronics and subsequent mathematical analysis are popular research areas, and this course is an introduction to both. The emphasis is on biostatistical aspects with an introduction to standard Biological system design and experimental protocols. Expected course outcomes: • Introduction to Biomedical optics • Multimodal Approaches for Tissue phenotyping • Mathematical Modelling of Biomedical System Design • Acquisition, Preprocessing and Analysis of Biological Signals • Demonstration of EEGLab and ERPLab for EEG and ERP signal processing

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Lec 05 Fluid Flow in Body Lumen
Preview 53:29
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Lec 04 Fourier Series
Preview 70:18

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Lec 06 Continuous Time Fourier Transform
Preview 65:18
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Lec 07 Biological Tissues as disordered systems
Preview 30:04
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Lec 08 Introduction to electrical equivalent circuit models for biological systems
Preview 42:10

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Lec 09 Discrete Time Fourier Transform and Sampling
Preview 79:16
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Lec 10 Percolation Theory and applications in biological tissues
Preview 58:14
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Lec 11 Electrical properties of cells and tissues revisited: Examples and Applications
Preview 30:53

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lec12 Linear Algebra - I
Preview 71:32
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13 MATLAB Live Demo on Moving average and signal acquisition
Preview 37:43
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14 Oxidation and Thickness Characterization
Preview 17:54
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15 Basics of Photolithography with Process flow examples
Preview 22:42

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16 Linear Algebra - II
Preview 65:56
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17 Introduction to Biomedical Optics
Preview 30:01
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18 Optical Properties of Tissues and Mathematical modelling
Preview 39:39

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19 System of Linear Equations
Preview 78:06
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20 Scaling Laws
Preview 55:11
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21 Thermal Properties of a tissue
Preview 28:22

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22 Introduction to Probability
Preview 66:24
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23 Tissue Electrode Interface
Preview 33:26
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24 Thermal Properties of a tissue and cells
Preview 30:20

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25 Probability: Random Variables and CDF
Preview 52:18
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26 Basics of Silicon, Silicon Dioxide for Microfabrication Process
Preview 37:18
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27 Mechanical Properties of human brain tissues and modelling
Preview 73:01

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28 Probability: Important measures and generating functions
Preview 49:41
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29 Near Infrared Spectroscopy and Ultrasound Techniques
Preview 26:33
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30 Thermal Properties of Tissues and Modelling
Preview 24:12
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31 Multisim Simulations for Biomedical Signal Conditioning Circuit
Preview 23:03
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32 Cleanroom Entry Demonstration
Preview 07:30
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33 Spin Coating Demonstration
Preview 10:36

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Lec 34 Common Random Variables
Preview 37:38
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Lec 35 Introduction to signal Conditioning circuits for biomedical devices
Preview 52:04
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Lec 36 Siganl Conditioning circuits units and design
Preview 44:23
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Lec 37 E Beam Evaporation System Demonstration
Preview 35:13

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Lec 38 Joint and Marginal Probability Distribution
Preview 62:08
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Lec 39 Temprature Sensor Interfacing Analysis
Preview 31:15
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Lec 40 Demo of Temprature data acqusitio system using LabVIEW
Preview 42:57
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Lec 41 Recent Trends in Biomedical Electronic System Design
Preview 28:17
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Lec 42 Aspects of Biomedical Electronics System Design
Preview 22:09
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Meet Your Instructor
video

Free

  • Course Duration
    30 h 16 m 3 s
  • Course Level
    Intermediate
  • Student Enrolled
    2
  • Language
    English
This Course Includes
  • 30 h 16 m 3 s Video Lectures
  • 0 Quizzes
  • 0 Assignments
  • 0 Downloadable Resources
  • Full Lifetime Access
  • Certificate of Completion