LabVIEW graphical programming : practical applications in instrumentation and control
Author(s)
Bibliographic Information
LabVIEW graphical programming : practical applications in instrumentation and control
McGraw-Hill, c2001
3rd ed.
Available at 16 libraries
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Note
Includes bibliographical references and index
Description and Table of Contents
Description
This book is a basic programming primer, starting with LabVIEW basics and building up through some very powerful programming concepts. It is written in a breezy, light style, and has been frequently recommended for its accessibility and readability. These strengths remain in place in the new edition, but we've added Richard Jennings of Sandia National Laboratories, another well-known figure in the LabVIEW community, to bring his peerless knowledge of real time and embedded applications to the party. Combined with a CD featuring an entirely new smorgasbord of virtual instruments and a demo of 6.0, this is a one-of-a kind LabVIEW starter kit.
Table of Contents
Chapter 1: Roots. Chapter 2: Getting Started. Chapter 3: Inputs and Outputs. Chapter 4: Sampling Signals. Chapter 5: Controlling Program Flow. Chapter 6: LabVIEW Data Types. Chapter 7: Timing. Chapter 8: Synchronization. Chapter 9: Files. Chapter 10: Gary's Approach to Building an Application. Chapter 11: Documentation. Chapter 12: Instrument Drivers. Chapter 13: Instrument Driver Development Techniques. Chapter 14: Using the DAQ Library. Chapter 15: Analog DAQ. Chapter 16: Digital DAQ. Chapter 17: Writing a Data Acquisition Program. Chapter 18: Process Control Applications. Chapter 19: Physics Applications. Chapter 20: Data Visualization, Imaging, and Sound. Chapter 21: LabVIEW RT Does Real Time. Chapter 22: Embedding LabVIEW for Linux in a Virtual Machine. Chapter 23: LabVIEW and Linux in Embedded Systems. Chapter 24: Interfacing LabVIEW to Real-Time Linux.
by "Nielsen BookData"