Graphical System Design Summit

Embedded system design innovations from design to deployment

The Graphical System Design Summit brought together industry and academic leaders to share how they have accelerated embedded development using graphical system design. The summit highlighted the emerging challenges of algorithm engineering and embedded mechatronics design, as well as solutions, using high-level graphical tools and flexible prototyping and deployment platforms. Register now for the 2008 Graphical System Design Summit to be a part of this exciting event.

With the NIWeek Session Catalog, you can see all NIWeek 2007 content by type, audience, industry focus, or session track/summit. Click on a specific session to download the summit presentation of your choice.

Sponsored by Analog Devices, EE Times, Embedded Systems Design, and Intel, the Graphical System Design Summit featured keynotes, interactive technical presentations, customer case studies, and a floor exhibition of innovative embedded applications. Below is just a sample of the industry-leading content that was presented.

Keynote Speakers

• Graphical System Design in a Multi-core Environment
  Ryan Parker, Intel
• DSP First, Hardware Next
  Dr. Jim McClellan, Georgia Institute of Technology
• Mechatronics: Integrating mechanical, electrical, control and embedded design
  Dr. Kevin Craig, Rensselaer Polytechnic Institute
• The Future of Embedded Design panel discussion
  Panelists: Dr. James Truchard, National Instruments; Hitesh Patel, Xilinx; Dr. Wayne Book, Georgia Tech; and Markus Levy, EEMBC and Multicore Association.
  Moderator: Colin Holland, EE Times Europe.

Sessions Included:

• Mind-controlled Machines and Teachable Computers
  Audeo
• Real-time Measurements for Tokomac Control with Multicore Systems
  Max Planck Institute
• Bio-acoustic Algorithm Engineering: Case Study on Whale Monitoring
  National Instruments
• Virtual Machine Simulation to Lower Costs and Risks of Machine Design
  Design Assembly Concepts
• Applying Automotive Sensor Stimulation to Improve Reliability of Custom Machines
  Flextronics
• Precision Machining with Adaptive Control and Online System Identification
  Clemson University

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