PedrooHR's Stars
phw/peek
Simple animated GIF screen recorder with an easy to use interface
alexforencich/verilog-axi
Verilog AXI components for FPGA implementation
fastmachinelearning/hls4ml
Machine learning on FPGAs using HLS
trevor-vincent/awesome-high-performance-computing
A curated list of awesome high performance computing resources
dawsonjon/fpu
synthesiseable ieee 754 floating point library in verilog
pamela-project/slambench
SLAM performance evaluation framework
Azrael3000/tmpi
Run a parallel command inside a split tmux window
Xilinx/ACCL
Alveo Collective Communication Library: MPI-like communication operations for Xilinx Alveo accelerators
DependableSystemsLab/LLFI
LLFI is an LLVM based fault injection tool, that injects faults into the LLVM IR of the application source code. The faults can be injected into specific program points, and the effect can be easily tracked back to the source code. Please refer to the paper below. NOTE: If you publish a paper using LLFI, please add it to PaperLLFI.bib
freeCodeCamp/euler-rust
Local config for running the freeCodeCamp Project Euler lessons in Rust
IntelLabs/t2sp
Productive and portable performance programming across spatial architectures (FPGAs, etc.) and vector architectures (GPUs, etc.)
harpreetbhatia/sv_practice
Practice exercises for SystemVerilog, UVM ..
AlexeyMalkhanov/Cardiac_demo
project implements minimal functionality for real-time 3D cardiac electrophysiology simulation
vlmarkov/Fault-Tolerance-Library
MPI user-level checkpoint library
ikmb/hybridgwais
Fast epistasis screening software using hardware accelerators (incl. FPGA and GPU)
pku-liang/lasa
Productive and Performant Linear Algebra on FPGAs
ggeorgakoudis/LLFI
LLFI is an LLVM based fault injection tool, that injects faults into the LLVM IR of the application source code. The faults can be injected into specific program points, and the effect can be easily tracked back to the source code. Please refer to the paper below. NOTE: If you publish a paper using LLFI, please add it to PaperLLFI.bib