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This volume thoroughly explores all the principles and techniques necessary for connecting any type of sensor to the IBM PC or equivalent computers -- e.g., sensors, transducers, data conversion, and interface techniques.
Focus on issues and principles in context awareness, sensor processing and software design (rather than sensor networks or HCI or particular commercial systems). Designed as a textbook, with readings and lab problems in most chapters. Focus on concepts, algorithms and ideas rather than particular technologies.
A thorough introduction to the development and applications of intelligent wearable interfaces As mobile computing, sensing technology, and artificial intelligence become more advanced and their applications more widespread, the area of intelligent wearable interfaces is growing in importance. This emerging form of human-machine interaction has infinite possibilities for enhancing humans' capabilities in communications, actions, monitoring, and control. Intelligent Wearable Interfaces is a collection of the efforts the authors have made in this area at The Chinese University of Hong Kong. They introduce methodologies to develop a variety of intelligent wearable interfaces and cover practical implementations of systems for real-life applications. A number of novel intelligent wearable interface systems are examined, including: Network architecture for wearable robots Wearable interface for automatic language translation Intelligent cap interface for wheelchair control Intelligent shoes for human-computer interface Fingertip human-computer interface Ubiquitous 3D digital writing instrument Intelligent mobile human airbag system This book is a valuable reference for researchers, designers, engineers, and upper-level undergraduate and graduate students in the fields of human-machine interactions,rehabilitation engineering, robotics, and artificial intelligence.
What is the Internet of Things? It's billions of embedded computers, sensors, and actuators all connected online. If you have basic programming skills, you can use these powerful little devices to create a variety of useful systems—such as a device that waters plants when the soil becomes dry. This hands-on guide shows you how to start building your own fun and fascinating projects. Learn to program embedded devices using the .NET Micro Framework and the Netduino Plus board. Then connect your devices to the Internet with Pachube, a cloud platform for sharing real-time sensor data. All you need is a Netduino Plus, a USB cable, a couple of sensors, an Ethernet connection to the Internet—and your imagination. Develop programs with simple outputs (actuators) and inputs (sensors) Learn about the Internet of Things and the Web of Things Build client programs that push sensor readings from a device to a web service Create server programs that allow you to control a device over the Web Get the .NET classes and methods needed to implement all of the book's examples
Explore and work with tools for Biomedical Data Acquisition and Signal Processing KEY FEATURESÊÊ - Get familiar with the working of Biomedical Sensor - Learn how to programÊArduino with LabVIEW with ease - Get familiar with the process of interfacing of analog sensors with Arduino Mega - Use LabVIEW to build an ECG Patient Monitoring System - Learn how to interface a simple GSM Module to ArduinoÊ DESCRIPTIONÊ Biomedical sensor data acquisition with LabVIEW provides a platform for engineering students to get acquainted with Arduino and LabVIEW programming. Arduino based projects would help to improve the standards of patient care and monitoring in hospitals and the standard of living in cities by implementing a variety of innovative ideas more directly. The goal of this book is to explore and illustrate the programming and interfacing of Arduino with biomedical sensors, communication modules, and LabVIEW GUI.Ê The book begins with essential knowledge and gradually progresses towards the advanced level of comprehension. It starts with a Biomedical sensor-based project with a working model of LabVIEW GUI. It also gives a detailed overview of programming with Arduino IDE and LabVIEW. It covers Interface for Arduino (LIFA), which is a unique contribution that aids in the understanding of embedded systems. This book for high-level students who need application-based knowledge for developing some real-time patient monitoring systems using Arduino and LabVIEW.Ê By the end of the book, you will understand, data acquisition for Biomedical sensors with LabVIEW GUI. Ê WHAT WILL YOU LEARNÊÊ - Learn about the interfacing of Biomedical Sensors - UnderstandÊhow to create GUI with LabVIEW - Learn about digital and analog sensor interfacing with ArduinoÊ - Learn how to load the LabVIEW Interface for ArduinoÊwithout Firmware - Learn how toÊInterface LabVIEW with ArduinoÊBoardÊusing Firmware WHO THIS BOOK IS FORÊÊÊ This book is for Students/Professionals looking for a career in the growing field of Biomedical Sensors. This book is also for those who want to get familiar with the basics of E-Healthcare systems. TABLE OF CONTENTS 1. Introduction to Biomedical Signals 2. Introduction to Arduino Mega 3. Digital sensor interfacing with Arduino Mega 4. Display device interfacing with Arduino Mega 5. Analog sensor interfacing with Arduino Mega 6. Introduction to interfacing Arduino and LabVIEW without Firmware 7. GSR sensor module interfacing using ArduinoÊ 8. Blood Pressure Sensor ModuleÊ 9. Respiratory (nasal airflow) sensor moduleÊ 10. Temperature Sensor ModuleÊ 11. Body Position Sensor Module 12. Introduction to interfacing Arduino and LabVIEWFirmware 13. ECG Sensor Module with Arduino 14. EMG Sensor Module with Arduino 15. Pulse Oximeter interface with ArduinoÊ
Written for courses in Microcomputer, Computer Applications, Computer Interfacing or Peripherals. The text applies personal computers to applications in electronics. Book can be widely used in the lab. This combination text/laboratory manual explores the use of personal computers e.g., interfacing, digital I/O, analog I/O, data acquisition, etc. to control external electrical devices such as pumps, fans, and other devices. It describes the use of standard "off-the-shelf" interfacing boards, the application of common personal computers, and specific practical interfacing and control applications.
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