MSOC2020

Overview

Project name	Content	Related Topics	Slides	Report
Lab1	Vivado-HLS & Vivado work flow	Vivado-HLS, PYNQ, Multiplier	V	V
Lab2-1 & Lab2-2	AXI-Master, AXI-Stream interface, FIR	AXI-M, AXI-S	*	V
Video_edge	Video Edge detection, OpenCV-HLS library	OpenCV-hls, PYNQ, video-streaming	V	V
Lab3	XRT, HW emulation	Vitis		V
H264 Video Decoder	NALU-to-YUV converting	Vitis	V
CNN	Digit Recognition	Vivado-HLS, Dataflow, streaming	V
CORDIC_SQRT	CORDIC for L2-norm	PYNQ, Vivado-HLS, AXIS		V
FP_ACCUM	Adder-tree, floating-point	PYNQ, AXI_M		V
RSE	Reed Solomon erasure	PYNQ, AXILite, Pipeline, II		V
ReconNet	Compressive sensing, deep neural network	PYNQ, AXIS, Pipeline, Dataflow	V
* Slides of Lab2 is in Lab1/

Operating instructions

1. Run HLS solution on Vivado_hls prompt:

vivado_hls -f hls_script.tcl

2. Run Vivado:

source vvd_script.tcl

3. Rename bit & hwh file: create "burn_file" folder and run MakeBit.bat
4. Run the pynq host program *.ipynb on jupyter notebook