1. Managing High Performance Data Pipeline Execution with an FPGA Processor Presenter: Ben Hor – Xilinx, Inc Authors: Glenn Steiner, Dan Isaacs – Xilinx, Inc. David Pellerin – Impulse Accelerated Technologies
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3. What is Control Plane / Data Plane Processing and Why Might I Need It?
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7. What is Control Plane / Data Plane Data In Data Out User Interface Processor Bus or Dedicated Control Channel(s) Control Plane Data Plane Control Plane Processor (OS) Coprocessor Coprocessor Coprocessor
24. Integrated Control/Data Plane System DVI The processor is used to dynamically configure filters Processor Local Bus (PLB) DVI Filter control (UART) New Pipeline Element DVI In Gamma In Gamma Out DVI Out Xilinx MicroBlaze Processor System 2D FIR Filter Object Detection
26. Connecting the Embedded Processor to the FPGA with Linux
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31. Thank You Glenn Steiner, Dan Isaacs – Xilinx, Inc. David Pellerin – Impulse Accelerated Technologies
Editor's Notes
Example of a “real-time” non-frame buffer based processing solution. There are several products that require a specialized streaming processing, and this example provide a quick and easy method for the developer to quickly the existing design with their algorithm. The fully integrated HW-CoSim environment enables a faster validation cycle with the hardware in the loop functionality.
DE Gen - Data Enable Generator - Example of a “real-time” non-frame buffer based processing solution. There are several products that require a specialized streaming processing, and this example provide a quick and easy method for the developer to quickly the existing design with their algorithm. The fully integrated HW-CoSim environment enables a faster validation cycle with the hardware in the loop functionality.
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