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This book is indexed in
Data Acquisition
Edited by Michele Vadursi, ISBN 978-953-307-193-0, Hard cover, 344 pages, Publisher: Sciyo, Chapters published November 28, 2010 under CC BY-NC-SA 3.0 license
DOI: 10.5772/294
The book is intended to be a collection of contributions providing a bird’s eye view of some relevant multidisciplinary applications of data acquisition. While assuming that the reader is familiar with the basics of sampling theory and analog-to-digital conversion, the attention is focused on applied research and industrial applications of data acquisition. Even in the few cases when theoretical issues are investigated, the goal is making the theory comprehensible to a wide, application- oriented, audience.
- Chapter 1
Noise, Averaging and Dithering in Data Acquisition Systems - Chapter 2
Bandpass Sampling for Data Acquisition Systems - Chapter 3
Clock Synchronization of Distributed, Real-Time, Industrial Data Acquisition Systems - Chapter 4
Real-Time Data Acquisition in Wireless Sensor Networks - Chapter 5
Practical Considerations for Designing a Remotely Distributed Data Acquisition System - Chapter 6
Portable Embedded Sensing System using 32 bit Single Board Computers - Chapter 7
Microcontroller-based Data Acquisition Device for Process Control and Monitoring Applications - Chapter 8
Java in the Loop of Data Acquisition Systems - Chapter 9
Minimum Data Acquisition Time for Prediction of Periodical Variable Structure System - Chapter 10
Wind Farms Sensorial Data Acquisition and Processing - Chapter 11
Designing Data Acquisition System for PICASSO Experiment - Chapter 12
Data Acquisition Systems for Magnetic Shield Characterization - Chapter 13
Microcontroller-based Biopotential Data Acquisition Systems: Practical Design Considerations - Chapter 14
Spatial-Temporal Dose Metric Sampling for Explicit Photodynamic Therapy - Chapter 15
Critical Appraisal of Data Acquisition in Body Composition: Evaluation of Methods, Techniques and Technologies on the Anatomical Tissue-System Level - Chapter 16
High-Efficiency Digital Readout Systems for Fast Pixel-based Vertex Detectors
