Author
Released
10/18/2019- What's a virtual instrument?
- Data structures
- Data types, arrays, and clusters
- While loops
- Building and processing an array with a for loop
- Boolean and numeric case structures
- Handling errors in LabVIEW
- Signal processing
- LabVIEW resources
Skill Level Beginner
Duration
Views
- As a scientist or engineer, you'll often need to develop software that interfaces with test and measurement equipment, to acquire and generate signals, analyze data, control systems, and automate processes. LabVIEW is a systems engineering platform that makes doing all of that as quick and painless as possible. Unlike traditional text-based programming languages, LabVIEW uses a graphical programming environment. You write a program in LabVIEW by drawing a diagram. We'll look at the core components that make up most programs including different data types, and execution control mechanisms, like loops, shift registers, and case structures. We'll also explore how to debug and handle errors when your LabVIEW program doesn't work quite right. And finally, we'll use LabVIEW's express tool set to rapidly build applications for some of the most common uses cases. I'm Barron Stone, and I've been using LabVIEW for over a decade as an engineer. My goal is to get you up and running with LabVIEW as quickly as possible, so let's get started.
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Introduction
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What you should know1m 4s
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1. Getting Started
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What is LabVIEW?4m 15s
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Compare LabVIEW versions2m 56s
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Install LabVIEW3m 20s
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2. General Concepts
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Controls5m 22s
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Indicators4m 25s
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Run a VI2m 5s
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Functions5m 10s
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Data flow programming5m 14s
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Tools palette3m 7s
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SubVIs3m 50s
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Solution: Arithmetic average3m 46s
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3. Data Structures
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Data types3m 19s
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Convert between data types3m 27s
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Arrays5m 41s
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Multidimensional arrays3m 2s
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Clusters4m 18s
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4. Loops
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While loops3m 42s
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For loops3m 6s
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Loop timing2m 54s
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Local variables6m 18s
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Shift registers2m 26s
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Stacked shift registers2m 24s
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Solution: Moving average2m 25s
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5. Control Structures
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Numeric case structures3m 20s
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Enums2m 48s
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Type def3m 21s
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State machines6m 52s
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Challenge: Traffic light1m 20s
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Solution: Traffic light6m 8s
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6. Debugging and Error Handling
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View the error list3m 45s
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Probe wires3m 13s
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Execution stepping2m 59s
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Error clusters5m 1s
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Challenge: Handle errors1m 17s
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Solution: Handle errors3m 24s
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7. Signal Processing
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Waveform charts3m 17s
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Waveform graphs3m 11s
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DAQ Assistant Express VI2m 38s
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Filter Express VI3m 4s
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8. LabVIEW Resources
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Example finder2m 13s
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Conclusion
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Next steps38s
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Video: Get up and running with LabVIEW