LabVIEW is a graphical programming system for developing scientific and engineering applications on a Macintosh. The basis for the instrument control and data acquisition system was National Instrument's LabVIEW 2. The process involved the measurement of the toroidal magnetic field, and the positions of the tiles that make up the bumper limiter.

This paper reports on a project recently undertaken to measure the alignment of the TFTR bumper limiter in relation to the toroidal magnetic field axis. Ī labview approach to instrumentation for the TFTR bumper limiter alignment project.For more information about these licensing options, please visit the National Instruments website at (http:

It is not intended for research, institutional, or commercial use. Note: The LabVIEW Student Edition is available to students, faculty, and staff for personal educational use only. The Student Edition is also compatible with all National Instruments data acquisition and instrument control hardware. With the Student Edition of LabVIEW, students can design graphical programming solutions to their classroom problems and laboratory experiments with software that delivers the graphical programming capabilites of the LabVIEW professional version. National Instruments' LabVIEW is the defacto industry standard for test, measurement, and automation software solutions. This revised printing has been updated to include new LabVIEW 8.2 Student Edition. Several examples of experimental arrangements for which it has been used are described, and an evaluation of the product is madeįor courses in Measurement and Instrumentation, Electrical Engineering lab, and Physics and Chemistry lab.

Extensive use of LabVIEW has been made by the Soft X-ray Group at Daresbury Laboratory over the past two years, and its performance is reported on here. An example of such a product is National Instruments' '' LabVIEW,'' which presents a novel graphical approach based on Apple Macintosh computer platforms. A new generation of commercial software products have recently appeared which it is claimed can significantly reduce development times and give rise to more flexible code and improved user interfaces. Using conventional programming techniques for the production of data acquisition and control software can be a time-consuming procedure, and the code subsequently produced can often be inflexible and rather difficult to modify in the light of changing experimental requirements. International Nuclear Information System (INIS) Data acquisition and control using National Instruments' '' LabVIEW'' software

Ni vision development module cracker