Webcast Series: Improve Embedded Design Efficiency
Graphical System Design from concept to deployment |
Are you looking for ways to improve your embedded design efficiency? This four-part Webcast series will show how National Instruments and partners such as Maplesoft, Celoxica, and Analog Devices are using Graphical System Design to revolutionize embedded system design. You will learn how you can use leading design tools from these vendors with LabVIEW to more efficiently design, prototype and deploy your embedded system. Furthermore, you will learn how flexible off-the-shelf hardware platforms for CompactRIO can decrease your time to first prototype by 10X. Watch the first of four events now as Dr. James Truchard, NI co-founder and CEO talks about the basics of this revolutionary approach. | |
Introduction to Graphical System Design
Presented by Dr. James Truchard, National Instruments president and CEO
Join Dr. James Truchard, National Instruments president and CEO, to explore the challenges of embedded system design. He will demonstrate how graphical system design -- using a single graphical platform to design, prototype and deploy embedded systems -- solves the challenges of traditional embedded development. Through technical discussions, you will see how graphical system design is optimized for domain experts to create sophisticated applications quickly, so engineers and scientists can design robust embedded systems without learning low-level programming details.
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Platforms for Advanced Algorithm Development and Verification
Presented by Maplesoft and National Instruments
Are you looking for ways to design algorithms more efficiently? This Webcast will show how powerful mathematical tools like Maple and LabVIEW can increase your productivity when designing algorithms for aerospace, automotive, electronics, and life sciences applications. Additionally, you will learn how you can use the LabVIEW graphical system design platform to validate your algorithms using real-world I/O.
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Implementing High-performance IP to FPGA-based COTS Prototypes
Presented by Celoxica and National Instruments
Once algorithms are designed and you need to create your first prototype, using standardized, off-the-shelf hardware platforms can decrease your time to first prototype by 10X. This web event will showcase how to integrate high-performance FPGA IP from C-based tools such as Celoxica DK Design Suite into LabVIEW FPGA. Once integrated into LabVIEW FPGA, you can deploy this IP on a wide variety of FPGA-based prototyping platforms from National Instruments.
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Evolution of Embedded Design Deployments
Presented by Analog Devices and National Instruments
Join Analog Devices' Derek Leadbetter, director of DSP development tools for the ADI media platforms and services group, a 30-year industry veteran to learn about how design tools are evolving to meet the demands for embedded design in a rapidly converging world. Leadbetter will discuss the benefits of shifting to higher-level graphical tools for embedded deployment, similar to the shift from Assembly to C code. In this web event series Part III, Graphical System Design links 20 years of high-level graphical programming through NI LabVIEW with the low-level profiling and development tools, such as ADI VisualDSP++ standard for many embedded designers. Leadbetter will demonstrate a new option for embedded system design using the NI LabVIEW Embedded Module for ADI Blackfin Processors to design, prototype and deploy to a custom Blackfin-based design using a single, out-of-the-box solution.
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