Choleskey Algorithm Acceleration - 2023.2 English

Version: Vitis 2023.2

This tutorial is divided in three sections.

• Section 1 (~10 mins):

  • An overview of Vitis and the host/kernel paradigm

    • See how Vitis takes care of the heavy lifting to let you focus on the application code

• Section 2 (a couple of minutes if an AMD Alveo™ U50 card is already installed):

  • Set up the Vitis development tools

  • Detect and check the card installed on the server

• Section 3 (a few hours):

  • Understand the Cholesky algorithm and run it on the central processin unit (CPU) first

  • Re-organize the code to create both a host and a kernel program

  • Review the APIs that bind the host and the kernel

  • Apply incremental optimizations to the kernel across several modules to improve throughput. Finally, program the Alveo card with the fully optimized accelerator to verify the performance

  • Introduction

    • Meet the Cholesky algorithm

    • Run a CPU version

  • Vitis Module 1

    • Get a performance baseline as a reference point with a first kernel design

    • Run Vitis in GUI mode or via make

    • Run Vitis Analyzer to visualize the application timeline

    • Run Vitis HLS to study kernel code performance and resource metrics

  • Vitis Module 2 (short module to focus on the impact of PIPELINE and INTERFACE)

    • Understanding instruction parallelism with the HLS PIPELINE pragma

    • Applying the INTERFACE pragma to manage physical ports adapters

  • Vitis Module 3

    • Modify design to use the more hardware efficient C++ float data types (compared to double)

    • Run Vitis, Vitis Analyzer, and Vitis HLS

  • Vitis Module 4

    • Apply the DATAFLOW task parallelism optimization pragma

    • Run Vitis, Vitis Analyzer, and Vitis HLS (including viewing specific dataflow waveforms)

    • Run on the U50 card

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