Feee webcasts will show how to overcome the challenges of traditional embedded development using National Instruments Labview software to more efficiently design, prototype and deploy embedded systems
Engineers and scientists seeking to enhance efficiency in their embedded system designs can discover the benefits of graphical system design - using a single, graphical platform to design, prototype and deploy embedded systems - through a series of Webcasts hosted by National Instruments in May 2006.
The free, four-part series demonstrates how NI and leading companies Maplesoft, Celoxica and Analog Devices are overcoming the challenges of traditional embedded development using National Instruments Labview software to more efficiently design, prototype and deploy their embedded systems.
Series events demonstrate how engineers and scientists can use NI Labview to streamline the design process by integrating algorithm design, prototyping using flexible FPGA-based hardware such as NI CompactRIO, then deploying to custom hardware such as Analog Devices Blackfin Processors.
Using graphical system design, both experienced and novice embedded developers can design sophisticated embedded systems without the need for low-level programming, thus increasing efficiency and reducing development time.
Readers can watch the first event now as Dr James Truchard, NI Cofounder, President and CEO, discusses the challenge of the historically fragmented and expensive design space and the future of Labview in design.
On-Demand: "Introduction to Graphical System Design," presented by Dr James Truchard, National Instruments May 10: "Platforms for Advanced Algorithm Development and Verification," presented by Maplesoft and National Instruments May 17: "Implementing High-Performance IP to FPGA-Based COTS Prototypes," presented by Celoxica and National Instruments May 24: "Evolution of Embedded Design Deployments," presented by Analog Devices and National Instruments
