Tag Archives: Courses

LECTURE NOTES ON MODELING IN BIOMECHANICS

Lecture 1 – The Area of Study

Lecture 2 – Philosophy of Modeling

Lecture 3 – Tools in Modeling

Lecture 4 – Equations of Motion I

Lecture 5 – Equations of Motion II

Lecture 6 – Modeling Muscle Properties

Lecture 7 – Modeling Muscles

Lecture 8 – Static Optimization

Lecture 9 – Dynamic Optimization

Lecture 10 – Input Parameters for Models: Part I Input Parameters for Models: Part II

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LECTURE NOTES ON MEDICAL ELECTRONICS

1. Introduction to Medical Electronics

Lecture notes 1a
- what are medical devices
- some characteristics of medical electronics
Lecture notes 1b
- electromagnetic compatibility and interference
- noise: internal and external
- noise coupling model: capacitive through stray capacitance and inductive through mutual inductance
references:
- H. Ott: Noise reduction techniques in electronic systems. Chapter 1.Introduction

2. Coupling mechanisms of external noise

Lecture notes 2a
- coupling through fields
- coupling conductively
- other mechanisms
Lecture notes 2b
- example: noise factors in the recording of the ECG

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