Virtual Instrumentation Applications
• Design
– Signal and Image Processing
– Embedded System Programming
• (PC, DSP, FPGA, Microcontroller)
– Simulation and Prototyping
– And more…
• Control
– Automatic Controls and Dynamic Systems
– Mechatronics and Robotics
– And more…
• Measurements
– Circuits and Electronics
– Measurements and Instrumentation
– And more…
Virtual Instrumentation Applications
Virtual instrumentation is applicable in many different types of applications, starting from design
to prototyping and deployment. The LabVIEW platform provides specific tools and models to
solve specific applications ranging from designing signal processing algorithms to making
voltage measurements and can target any number of platforms from the desktop to embedded
devices – with an intuitive, powerful graphical paradigm.
With version 8, LabVIEW scales from design and development on PCs to several embedded
targets from ruggedized toaster size prototypes to embedded systems on chips. LabVIEW
streamlines system design with a single graphical development platform. In doing so,
LabVIEW encompasses better management of distributed, networked systems because as the
targets for LabVIEW grow varied and embedded, you will need to be able to more easily
distribute and communicate between various LabVIEW code pieces in your system.
©
• Design
– Signal and Image Processing
– Embedded System Programming
• (PC, DSP, FPGA, Microcontroller)
– Simulation and Prototyping
– And more…
• Control
– Automatic Controls and Dynamic Systems
– Mechatronics and Robotics
– And more…
• Measurements
– Circuits and Electronics
– Measurements and Instrumentation
– And more…
Virtual Instrumentation Applications
Virtual instrumentation is applicable in many different types of applications, starting from design
to prototyping and deployment. The LabVIEW platform provides specific tools and models to
solve specific applications ranging from designing signal processing algorithms to making
voltage measurements and can target any number of platforms from the desktop to embedded
devices – with an intuitive, powerful graphical paradigm.
With version 8, LabVIEW scales from design and development on PCs to several embedded
targets from ruggedized toaster size prototypes to embedded systems on chips. LabVIEW
streamlines system design with a single graphical development platform. In doing so,
LabVIEW encompasses better management of distributed, networked systems because as the
targets for LabVIEW grow varied and embedded, you will need to be able to more easily
distribute and communicate between various LabVIEW code pieces in your system.
©
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