Biomedical Sensors Data Acquisition with LabVIEW
Effective Way to Integrate Arduino with LabView
1st Edition
Published on 20. August 2020
188 pages
978-93-89898-03-3 (ISBN)
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Lovi Raj Gupta | Rajesh Gupta | Anita Gehlot
Biomedical Sensors Data Acquisition with LabVIEW
Effective Way to Integrate Arduino with LabView (English Edition)
Book
08/2020
BPB Publications
€39.80
Available (delivery time upon request)
Content
- Cover Page
- Title Page
- Copyright Page
- Dedication Page
- About the Authors
- About the Reviewer
- Acknowledgement
- Preface
- Errata
- Table of Contents
- 1. Introduction to Biomedical Signals
- Introduction
- Structure
- Objectives
- Introduction to biomedical signals
- Origin of biomedical signals
- Commonly used biomedical signals
- The action potential
- The Electrocardiogram (ECG)
- Characteristics of ECG signal
- ECG sign acquisition
- Recording of ECG
- Bipolar limb leads
- Augmented limb leads
- Unipolar chest leads
- The Electroencephalogram (EEG)
- Brain waves classification
- Recording electrodes and recording of EEG
- The Electromyogram (EMG)
- Gradation of muscular contraction
- Recording of EMG
- Conclusion
- Questions
- 2. Introduction to Arduino Mega
- Introduction
- Structure
- Objectives
- Introduction to Arduino Mega 2560
- Components of Arduino Mega 2560
- Power
- Memory
- Input-output pins
- Analog pins
- Special pins
- Conclusion
- Questions
- 3. Digital Sensor Interfacing with Arduino Mega
- Introduction
- Structure
- Objectives
- Process of interfacing
- Circuit diagram
- Program sketch
- Proteus simulation model
- Conclusion
- Questions
- 4. Display Device Interfacing with Arduino Mega
- Introduction
- Structure
- Objectives
- Process of interfacing
- Circuit diagram
- Program sketch
- Proteus simulation model
- Conclusion
- Questions
- 5. Analog Sensor Interfacing with Arduino Mega
- Introduction
- Structure
- Objectives
- Process of interfacing
- Circuit diagram
- Program sketch
- Proteus simulation model
- Conclusion
- Questions
- 6. Introduction to Interfacing Arduino and LabVIEW Without Firmware
- Introduction
- Structure
- Objectives
- Pre-requisite
- Interfacing steps
- LabVIEW programming
- Creating LabVIEW GUI
- LabVIEW programming
- Customizing the front panel GUI
- Conclusion
- Questions
- 7. GSR Sensor Module Interfacing Using Arduino
- Introduction
- Structure
- Objectives
- Electro Dermal Activity (EDA)
- System block diagram
- Features of the GSR sensor
- Circuit schematics
- Program sketch
- Customizing front panel
- Inserting table for plotting the real-time data
- Conclusion
- Questions
- 8. Blood Pressure Sensor Module
- Introduction
- Structure
- Objectives
- Special features
- Blood pressure basics
- Output readings
- Microcontroller (Arduino board) interfacing
- Program sketch
- LabVIEW code and GUI
- Conclusion
- Questions
- 9. Respiratory (Nasal Airflow) Sensor Module
- Introduction
- Structure
- Objectives
- Background
- Circuit schematics
- e-Health PCB pin out description
- Using the library with Arduino
- Airflow sensor features
- Sensor connecting steps
- Recording the data
- LabVIEW program
- Conclusion
- Questions
- 10. Temperature Sensor Module
- Introduction
- Structure
- Objectives
- Sensor calibration
- Measuring the resistance values
- Connecting the sensor
- Acquiring data
- LabVIEW programming
- Conclusion
- Questions
- 11. Body Position Sensor Module
- Introduction
- Structure
- Objectives
- Introduction to accelerometer
- Sensor interfacing
- Initialization and coding of the sensor
- Acquiring data
- Data display
- Program sketch
- LabVIEW code and GUI programming
- Conclusion
- Questions
- 12. Introduction to Interfacing Arduino and LabVIEW Firmware
- Introduction
- Structure
- Objectives
- Pre-requisite
- Installation step of the firmware
- Dumping the firmware programming on the Arduino board
- LabVIEW programming example
- Conclusion
- Questions
- 13. ECG Sensor Module with Arduino
- Introduction
- Structure
- Objectives
- Introduction to ECG sensor
- Medical uses
- Electrocardiographs
- Electrodes and leads
- Limb leads
- Interpretation
- Rate and rhythm
- Artifacts
- Diagnosis
- System block diagram
- Circuit schematics
- LabVIEW programming
- Conclusion
- Questions
- 14. EMG Sensor Module with Arduino
- Introduction
- Structure
- Objectives
- Introduction to EMG
- Description
- Circuit schematics
- Code
- Data acquisition system
- Application
- Conclusion
- Questions
- 15. Pulse Oximeter Interface with Arduino
- Introduction
- Structure
- Objectives
- Introduction to pulse oximetry
- Circuit schematics
- Sensor connectivity
- Interfacing using LabView
- Conclusion
- Questions
