"LabVIEW Virtual Instrumentation in Education and Industry" ed. by Petru Adrian Cotfas, Daniel Tudor Cotfas, Horia Hedesiu

This book showcases unique research on the use of LabVIEW and VI for the development of applications related to autotronics, electrical engineering, rail transportation, and renewable energy. The book provides suggestions for creating sophisticated applications that are employed in industry as well as for use in teaching.

The work of scientists and engineers, including testing, monitoring, and measuring, has been transformed by Virtual Instrumentation (VI). The graphical programming language LabVIEW, created by National Instruments (NI), is the primary programming environment used for VI implementation. Using the appropriate tool is crucial for both engineering advancement and education. PCs and embedded systems are widely used in the current development. As a result, non-programming experts may find their programming difficult. Even for those who are not experts in programming, NI LabVIEW provides a way to create and execute sophisticated programs. Teachers and engineers can cover domains that would not otherwise be tangible for them thanks to the LabVIEW libraries and add-ons provided by NI or the community.

Contents
1. An Overview of Using Virtual Instrumentation
2. Using of Virtual Instrumentation in the Teaching of Autotronics
3. Virtual Instrument for Single-Phase Control of Three-Phase Reactive Power Capacitive Compensators
4. Automated Measurement of Traction Line Parameters for Railways
5. Virtual Instrumentation Used in Renewable Energy


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