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LabVIEW Virtual User Groups

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Want to learn the latest about LabVIEW but can't leave the office?

Sign up at ni.com/livewebcasts  for the next virtual user group where you can chat with programmers and developers worldwide on topics such as object-oriented programming and multicore processing.

Missed last month's Virtual User Group? View on Demand versions below. 


Previous Virtual User Groups on Demand

Programming Guidelines and Techniques for the LabVIEW Statechart Module

Watch this webcast to understand the NI LabVIEW Statechart Module including the use of history and concurrency, state hierarchy, debugging techniques, error trapping, internal triggering, and code generation options. Explore recommended architectures for integrating various types of I/O and instrument control in to your statechart application. 

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LabVIEW State Machines and the LabVIEW Statechart Module

A state machine is a power programming architecture used by many LabVIEW programmers. Examine the LabVIEW state machine architecture and modifications to this architecture that dramatically improve productivity. Discover the new LabVIEW Statechart Module, and view a demonstration on how this module further extends the LabVIEW state machine architecture.

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Integrating .NET Controls in Your LabVIEW User Interfaces with NI Measurement Studio

Discover how to make flashy and dynamic LabVIEW user interfaces with the latest .NET technologies. Learn how to best use .NET controls in LabVIEW and how to create remote monitoring applications with ASP.NET and NI Measurement Studio.

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LabVIEW 8.5 Development Tools for Preventing and Correcting VI Cross-Linking

VI cross-linking occurs when a VI in memory references a different subVI than the one it was last saved with (in other words, one that the user did not intend to reference). For example, a LabVIEW application may accidentally link to an earlier revision or separate branch of the same code stored, causing unexpected behavior that is difficult to debug. Attend this webcast to see in-depth demonstrations on new LabVIEW 8.5 tools that help users diagnose, prevent and correct VI cross-linking.

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Multicore Progamming with LabVIEW

Learn how LabVIEW graphical programming can allow scientists and engineers to take advantage of the latest multicore processors. Topics that will be discussed include: automatic multithreading in LabVIEW, optimization techniques such as data parralelism and pipelining, and debugging tools.

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LabVIEW Object-Oriented Programming

Attend this webcast on-demand to learn how to implement an object-oriented design with National Instruments LabVIEW software. Get a brief introduction to object-oriented design and focus heavily on the implementation of that design within the graphical environment of LabVIEW.

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LabVIEW Advanced Topic Webcasts on Demand

Signal Process and Analysis Capabilities of LabVIEW and Beyond

The National Instruments LabVIEW graphical development environment is well-known for data acquisition and instrument control applications. NI LabVIEW includes comprehensive built-in signal processing and analysis capabilities that you can apply to these applications, but also to more general technical computing tasks such as algorithm engineering, simulation, and control. Learn about built-in LabVIEW signal processing and analysis functions and the abilities within LabVIEW to integrate with popular third-party analysis products.

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How to Perform Validation on a LabVIEW Application

Experts will demonstrate how to use traceability to reduce validation time and effort. This Webcast shows you how to determine the scope of retesting your program after making a change to an application program. Finally, this introductory session gives examples on how to manage requirements for your LabVIEW application.

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Managing Requirements and Developing Large LabVIEW Applications

A first step in developing any large application is capturing the requirements, before any serious development begins. Developers use many different approaches for capturing or documenting requirements, from text files or Microsoft Word documents to using dedicated requirements management tools such as Telelogic DOORS or IBM Rational Requisite Pro. The key to managing requirements is to have them documented clearly, and then to associate them with the code that has been implemented to cover them. Done correctly this association will streamline your development by giving you the means to trace your requirements to the components that cover them. Attend this webcast to take a closer look at requirements management and a way to link your requirements with particular LabVIEW VIs, giving you traceability from documentation to implementation.

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Improving Your Measurements with Analysis in LabVIEW

Learn how to improve the quality of your measurements by applying common signal processing and analysis techniques. The session covers how you can apply techniques including noise reduction, averaging, filtering, curve fitting and frequency domain analysis with both graphical programming and with textual math with LabVIEW MathScript.

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Best Practices for Managing Application Development with the LabVIEW Project

Take an in-depth look at the National Instruments LabVIEW Project and its role in software development. Explore deployment techniques as well as practices recommended by National Instruments for managing application development using LabVIEW software, organizing source files, and tracking code changes with source code control.

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