ECE 5030: Electronic Bioinstrumentation (Spring 2013, Cornell University) | Electronics and Electrical Engineering

ECE 5030: Electronic Bioinstrumentation

ECE 5030: Electronic Bioinstrumentation (Spring 2013, Cornell University). Instructor: Bruce Land. This course covers the theory and practical aspects of recording and analyzing electronic data collected from biological systems. Topics may include electrode and amplifier design, tissue impedance and effects on waveforms, sensors, statistical and signal processing algorithms, noise reduction, and safety considerations.

Course Introduction

Lecture 01 - Course Introduction and Some Biology

Lecture 02 - Intro and Neurobiology

Lecture 03 - Matlab and Analog Interface

Lecture 04 - Analog Interface to Matlab

Lecture 05 - Pulse Blood Pressure Circuitry

Lecture 06 - Opamps

Lecture 07 - More Opamp Circuits

Lecture 08 - Noise and Power

Lecture 09 - Electromyography Design

Lecture 10 - Finger Plethysmograph and EMG

Lecture 11 - ECG from Arm

Lecture 12 - Filtering

Lecture 13 - Filters and Isolators

Lecture 14 - Heart Pulse Rate

Lecture 15 - Design Project and Adaptive Filter

Lecture 16 - Adaptive Filters

Lecture 17 - Answering Questions from Students

Lecture 18 - Answering Questions

Lecture 19 - Action Potential Transistor Model

Lecture 20 - Retina Organization

References

ECE 5030 - Electronic Bioinstrumentation
Taught by Bruce Land. ECE5030 covers the theory and practical aspects of recording and analyzing electronic data collected from biological systems. Reading Assignments. Links.