Lab Field-Programmable Gate Arrays Initial Meeting Sebastian - - PowerPoint PPT Presentation

lab field programmable gate arrays
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Lab Field-Programmable Gate Arrays Initial Meeting Sebastian - - PowerPoint PPT Presentation

Lab Field-Programmable Gate Arrays Initial Meeting Sebastian Schller University of Bonn Institute for Computer Science VI, Technical Computer Science July 26th, 2019 Overview Design hardware implementation for Lucas-Kanade Optical Flow.


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Lab Field-Programmable Gate Arrays

Initial Meeting

Sebastian Schüller

University of Bonn Institute for Computer Science VI, Technical Computer Science

July 26th, 2019

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Overview

Design hardware implementation for Lucas-Kanade Optical Flow. Implement design in VHDL. Test implementation on FPGAs. 9 CP in track ’Intelligent Systems’

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Prerequisites

Successful completion of DRS lecture

Programming skills in VHDL Knowledge about FPGA hardware

Programming skills in Python are useful

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Organization

2-20 September, Mon-Fri, 9am - 5 pm 20 September – Final demonstration and presentation 8 seats – mail to schueller@ti.uni-bonn.de Registration in BASIS – 2.9. - 4.9.

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Timeline

Week 1 Week 2 Week 3 Introduction Tutorials Design Planning Task Assignment Implementation Presentation Prep Final Demonstration

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Topic – Lucal-Kanade Optical Flow

An Iterative Image Registration Technique with an Application to Stereo Vision by Bruce D. Lucal and Takeo Kanade (1981)

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Optical Flow on FPGAs

Based on Demystifying the Lucas-Kanade Optical Flow Algorithm with Vivado HLS by Xilinx (2017)

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Questions?