Title :
Improved LabVIEW code generation
Author :
E. Vavilina;G. Gaigals
Author_Institution :
Ventspils University College, Latvia
Abstract :
Before implementation into hardware signal processing algorithms are tested in simulation mode. LabVIEW provides highly convenient environment for simulation development and also tools for generation of simulation environment that can include simulation itself and collection of simulation data. Despite the fact these tools use LabVIEW for code generation, it is not easy to understand the principles of code generation and effectively develop simulation generators. This paper presents toolbox for improved LabVIEW code generation. The developed toolbox is based on standard LabVIEW code generation functions maximally simplifying the application and minimizing the necessary amount of tools for code generation. This paper consists of theoretical part about LabVIEW code generation methods, practical part about principles of LabVIEW code generation using scripting and a graphical presentation of improved LabVIEW code generation advantages. The presented graphical results show that the improved LabVIEW code generation is simpler (thus better) and more understandable for practical realization and the code generator is clearer and more comprehensible than the original one.
Keywords :
"Generators","Object oriented modeling","Standards","Signal processing algorithms","Signal processing","Field programmable gate arrays","Hardware"
Conference_Titel :
Information, Electronic and Electrical Engineering (AIEEE), 2015 IEEE 3rd Workshop on Advances in
DOI :
10.1109/AIEEE.2015.7367304