Advanced Computer Architecture with High-Level-Synthesis [2021 Spring]
Table of Contents
The project is a collection of projects of the course "Advanced Computer Architecture with High-Level-Synthesis" taught in the National Taiwan University CSIE Department.
Note: The platform used by the projects, include PYNQ-Z2, and Xilinx U50.
Lab A is about HLS Blue Book. This part provides implementation for High-Level Synthesis Blue Book's Examples using Xilinx HLS. This is one lab from NTU CSIE's Advanced Computer Architecture Course(CSIE5059 2021 Spring).
Lab B is about Improved Existing Projects.
| Topics | Slides | Backup |
|---|---|---|
| swater | link | link |
| sha256 | link | link |
| BNN | link | link |
| K-NN | link | link |
| beamf | link | link |
| Spare Matrix Vector | link | link |
| ethash | link | link |
| CORDIC | link | link |
| XAPP890 - Sobel Filter | link | link |
| point5 | link | link |
| Topics | Slides | Backup |
|---|---|---|
| Encrypted Computing | link | link |
| RISC-V CPU with Tomasulo Algorithm | link | link |
| Hardware Design of Ciphers via HLS : the case of PRESENT | link | link |
| SBM for HFT | link | link |
| Efficient deconvolution with HLS | link | link |
| Optical flow | link | link |
| Harris Corner Detector | link | link |
| Implementation of Simulated Quantum Annealing using HLS | link | link |
| System Design on Xilinx Algorithmic Trading Platform(non-public) | link | (non-public) |
| COMET with branch predictor | link | link |
| DNA Sequence Analysis Acceleration | link | link |