For 25 years, NI
LabVIEW graphical programming has revolutionised the development of measurement,
automation and embedded applications. Regardless of experience, engineers and
scientists can learn how to rapidly and cost–effectively interface with
measurement and control hardware, analyse data, share results and distribute
systems for test and control. Join us this summer as we explore 25 years
of LabVIEW development and the evolution of this graphical programming language.
Through this webcast series, learn how LabVIEW enables the development of applications in a wide variety of
industries.
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This webcast will answer the question, "What is LabVIEW?" and introduce the concept of graphical system design.Join us as we explore virtual instrumentation, and discuss some of the most exciting applications from the UK and Ireland, where scientists and engineers are using LabVIEW. |
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In this webcast, see how LabVIEW can simplify your data acquisition. From flexible, portable USB devices to precision PXI measurement systems, understand how LabVIEW has cemented the NI position as a world leader in DAQ. |
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From tips for efficient use of the online LabVIEW Developer Zone, to collaborating with your colleagues at your local user group, this webcast will help you get plugged into the LabVIEW community around you. |
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In this webcast, learn how to develop your automated test and validation systems faster with NI TestStand, a powerful ready–to-run test management software. See examples of how to quickly develop and deploy a high performance automated test with LabVIEW and NI TestStand. |
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NI DIAdem brings advanced data calculations and custom reports to your fingertips through interactive visualisation and automated analysis of your LabVIEW data-sets. Learn how to quickly find, analyse and report on large amounts of data using this customisable data management system. |
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Learn how to program FPGA targets in LabVIEW for unique timing and triggering routines, ultrahigh-speed control, interfacing to digital protocols, digital signal processing (DSP), RF and communications, and many other applications requiring high-speed hardware reliability and tight determinism. |
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Learn how to efficiently handle data on your LabVIEW block diagram through arrays and clusters. Explore real code examples in LabVIEW, where these tools have simplified development and significantly improved application development and maintainability. |
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In this webcast, explore how core design patterns including State Machines and Producer-Consumer loops can make your LabVIEW application a success. |
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In this webcast, learn how to understand, refactor, and standardise inherited code. This webcast will share tried and tested best practices and tips on how to best maintain LabVIEW code from other engineers and scientists, to ensure the long term maintainability of your application. |
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This webcast will introduce you to good software engineering practices and to the tools and techniques you can use within the LabVIEW platform. Topics will include requirements management, static code analysis, debugging and unit validation. |
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In this webcast, gain an insight into the expertise of a LabVIEW architect and hear firsthand the tips and tricks that take your LabVIEW development to a new level, increasing both your productivity and your application – s performance. |
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In this webcast, learn how LabVIEW 2011 stands firm as the ultimate system design software. With 25 years of success, LabVIEW has enabled engineers worldwide to innovate with confidence. Learn how LabVIEW continues to enhance the integrity of system design and can help further your innovation. |