A simplified 4X4 TPU

SystemVerilog module for matrix multiplication

Visual representation of how systolic arrays made in Unity3d. (Just code)

In this repository you can find all of my projects for Parallel Processing Course when I was in 2nd semester of my master's at SUT.

Advanced FPGA implementations of cutting-edge deep learning models, optimized for high performance and energy efficiency.

A general framework for optimizing DNN dataflow on systolic array

Analytical modeling tool for CNNs running on array-based accelerators.

This project is focused on the design and verification of digital logic circuits, particularly targeting chip design using Verilog, SystemVerilog, and SVA. The main objectives included designing modules compliant with industry standards such as APB (Advanced Peripheral Bus), memory systems, and systolic matrix multiplication.

Systolic arrays graphical simulator (SAGS), written in Python.

This is an unfinished test model of CNN, based on cnn.h5 Keras pretrained model EN10/KerasMNIST@4ef71d6/cnn.h5 .

Systolic Networks in Clash

Working 8x8 systolic array hardware implemented in Xilinx Vivado, operated and controlled in software using Xilinx Vitis

Systolic Three Matrix Multiplier for Graph Convolutional Networks using High Level Synthesis

EE599 Accelerated Computing on FPGA

Systolic-array based Deep Learning Accelerator generator

Tiny ASIC implementation for "The Era of 1-bit LLMs All Large Language Models are in 1.58 Bits" matrix multiplication unit

This work implements a dynamic programming algorithm for performing local sequence alignment. Through parallelism, it can run 136X times faster than a software running the same algorithm.

A general framework for optimizing DNN dataflow on systolic array

Productive and portable performance programming across spatial architectures (FPGAs, etc.) and vector architectures (GPUs, etc.)

A systolic array simulator for multi-cycle MACs and varying-byte words, with the paper accepted to HPCA 2022.