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Labview Academy

Objective

The main objective of this course is to equip the students and faculty members with the fundamental concepts and tools of LabVIEW design.

Graphical System Design Platform

Test & Measurements, Industrial Measurements & Control, Embedded Design

Contents Covered

Introduction to LabVIEW
Customize LabVIEW and Graphical Programming
LabVIEW - Sub VI
Debugging tools in LabVIEW
LabVIEW programming using Structures, Arrays and Clusters
Hands-on Training using NI ELVIS III
User interface & error handling
Hands-on Training using myDAQ, myRIO
Hands-on Training using Analog Discovery Kit 2
LabVIEW based projects

Designing of Software’s

How to start up the Vis
Front panel designing and working environment
Definitions of Control and Indicators
Types of Control and Indicators
Explanations of Controls Palette
Explanations Block Diagram and its working
Terminals
Functional Platte
Status Bar or Window tool bar

External Interfaces

NI myRIO
MAX and VISA explanations
GPIB communications
Serial communications and interfacing methods
LabVIEW instrumentation drivers

Data Acquisitions

Acquiring the real time digital data to the LabVIEW User interface
Controlling the LED operations
Acquiring of real time analog sensor values
Controlling the Motors
Create most interaction Vis

Data Handling

Introduction of String, Arrays and Clusters
Working with string functions
About arrays and designing
How to do clustering in Vis
Differentiations between Waveform charts and Waveform Graphs
Acquire and use the system files based on File I/O functions
Report Generations in various files such as MS excel, TDMS, LVM files

Developing LabVIEW Applications

Reduce development time and costs through faster learning and increased productivity with LabVIEW
Learning with Process Trainer Kit

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