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Virtual NI Technology Days brings you some of the best sessions from NIWeek and NIDays 2013 in 22 free, on-demand webcasts.
Four tracks cover the latest in LabVIEW, embedded system design, automated test, and measurements.
Come see what's new in LabVIEW 2013 and how it will change the way you develop every day.
Do you need to monitor or control your deployed system while on the go? With the Data Dashboard for LabVIEW mobile app, you can remotely access NI systems from your tablet or smartphone. Learn about the dashboard and how to integrate it into your systems.
Our world has transformed into a huge programmable system. Some have called this trend Industrie 4.0, The Internet of Things, or the Programmable World. Platforms provide the foundation for innovating in this programmable world. Hear how NI is equipping engineers and scientists for this revolution.
LabVIEW offers hundreds of native analysis functions and several native and third-party math nodes for incorporating text-based math scripts into graphical code. Learn how to add inline analysis to your system, use the LabVIEW MathScript RT Module, and review options for text-based math in LabVIEW.
Learn some simple techniques that can help you write LabVIEW code more quickly. Learn about little known LabVIEW features, advanced functions, and other tools that can help you save development time.
The user interface in the industrial design field of human machine interaction is the space where interaction between humans and machines occurs. Explore basic principles, best practices, and practical applications of UI design.
For the first time since the introduction of CompactRIO, NI has designed a new controller from the ground up while maintaining everything you know and love about the product. Explore the cutting-edge technologies in this CompactRIO controller that deliver incredible performance, flexibility, and ruggedness.
Looking to scale your embedded solution? Struggling to manage large numbers of embedded systems? Learn the best practices for deploying LabVIEW Real-Time and LabVIEW FPGA applications at this session.
National Instruments is committed to empowering today’s scientists and engineers with tools that drive tomorrow’s innovations and discoveries. At the cornerstone of this commitment is NI graphical system design. Learn about the evolution of embedded systems and the benefits of the NI platform.
Attend this session if you are new to LabVIEW for embedded system design and are interested in learning basic techniques for LabVIEW Real-Time and FPGA. This session will address the skills you need to learn and common mistakes to avoid when designing an embedded system with LabVIEW Real-Time and FPGA.
Discover the new NI Linux Real-Time Operating System. Learn about this exciting new operating system supported by the LabVIEW 2013 Real-Time Module running under the hood of the next generation of CompactRIO.
Applications like energy monitoring, smart grid node development, and appliance test share similar hardware measurement and software calculations. Explore how to make power measurements with LabVIEW and NI hardware.
Learn about the technologies featured in some of the most advanced PXI automated test systems.
Discover the difference between digitizers and oscilloscopes and the properties of these devices such as spurious-free dynamic range, effective number of bits, sampling speed, and the Nyquist criteria.
We are challenged to keep up with the pace of innovation and resulting complexities. Today, design, test, and production require an entire ecosystem of functionality, applications, and technology. It’s not good enough to build a system for today. Learn how to implement a system that will last.
NI FlexRIO is one of the most powerful products based on the LabVIEW reconfigurable I/O (RIO) architecture. Learn how to leverage this architecture to design, develop, and deploy high-performance embedded applications.
An important piece of an automated test system is the software framework, which runs the tests, stores the data, and evaluates the results. Learn about a four-layer architecture, the variety of software tools available, and how to choose the best tool for your application.
One of the biggest challenges for design, test, and control engineers and managers is staying current on technology trends. Learn about the six upcoming technologies that have the potential to be disruptive in the area of electronic design, test, and control.
Explore the essential concepts behind data acquisition, hear about the benefits of the NI data acquisition hardware portfolio, and learn the key to combining software and hardware in an integrated measurement system.
In today's world, engineers and scientists have countless options for building DAQ systems. Get tips for selecting the right sensors, DAQ hardware, bus, computer, and software for your next measurement application.
In test and measurement applications, engineers and scientists can collect vast amounts of data every second of every day. Drawing accurate and meaningful conclusions from such a large amount of data is a growing problem. Hear about the new challenges of working with Big Analog Data™.
The DAQ Assistant is an effective way to get started taking measurements quickly, but the NI-DAQmx API can offer much more flexibility and advanced capabilities. Discover 10 functions that you can use to move beyond the DAQ Assistant and take advantage of the powerful NI-DAQmx driver.