'System generator' diaporamas de présentation

DSP Design Flows in FPGA

DSP Design Flows in FPGA. Objectives. After completing this module, you will be able to:. Describe the advantages and disadvantages of three different design flows Use HDL, CORE Generator, or System Generator for DSP depending on design requirements and familiarity with the tools

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The architecture of LUX Trigger Control Software November/06 2007

The architecture of LUX Trigger Control Software November/06 2007. Wojtek Skulski LUX Collaboration University of Rochester skulski _at_ pas . rochester . edu. The goals of this presentation.

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Controlling the System

Controlling the System. Objectives. Describe the control mechanism available in System Generator State the available blocks in System Generator to control data movement Describe how to design state machines Distinguish between valid and invalid data.

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The Whole Sort of General Mish Mash

The Whole Sort of General Mish Mash. Frequently Asked Questions and Trip-ups About the CASPER Libraries and Toolflow Henry Chen, CASPER Workshop, August 2008. Number Representation. Follows Matlab/Simulink fixed-point notation (Data type)_(bit width)_(binary point)

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DSP Design Flow System Generator for DSP

DSP Design Flow System Generator for DSP. Course Agenda. Objectives. Identify Xilinx FPGA features that lend to high-performance DSP design Describe the System Generator design flow Understand the basics of Simulink List various Xilinx blocks available for basic design capture

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Course Agenda

Course Agenda. DSP Design Flow. Objectives. After completing this course, you will be able to:. Describe the different design flows for implementing DSP functions, with a large focus on the System Generator

117 views • 6 slides