benchmarks

Logic Synthesis Benchmarks

A collection of benchmarks designed to test the performance and capabilities of logic synthesis tools in digital electronics.

EPFL logic synthesis benchmarks

GitHub

166 stars
16 watching
36 forks
Language: Verilog
last commit: 3 months ago
Linked from 1 awesome list


Backlinks from these awesome lists:

Related projects:

Repository Description Stars
lsils/lstools-showcase Demonstrates how various logic synthesis libraries can be used to build specific applications and projects 184
lsils/mockturtle A C++ library for analyzing and manipulating logic networks 212
lnis-uofu/lsoracle A framework that optimizes digital logic using different optimization techniques and tools 98
chipsalliance/synlig A SystemVerilog synthesis tool that generates digital circuit designs from HDL code 170
bespoke-silicon-group/basejump_stl Provides a comprehensive set of reusable hardware building blocks for SystemVerilog. 527
xilinx/hls A collection of tools and code for designing and implementing digital circuits using high-level synthesis 379
qcri/llmebench A benchmarking framework for large language models 80
lsteveol/gen_registers Automates generation of hardware registers and associated files in Verilog 8
siliconcompiler/lambdalib A modular hardware abstraction library for designing and implementing complex digital systems 23
ys-zong/vl-icl A benchmarking suite for multimodal in-context learning models 28
leefsmp/particle-system A benchmarking experiment comparing the performance of web technologies (ES6, Emscripten, Web Assembly) in simulating a particle system 38
berkeley-abc/abc A system for sequential logic synthesis and formal verification 908
hdl/bazel_rules_hdl A set of build rules and tools for synthesizing digital circuit designs from hardware description languages (HDLs) into usable ASIC chips. 119
lexifi/lrt A package providing runtime type representations and a syntax extension to synthesize them from OCaml types 32
junyangwang0410/amber An LLM-free benchmark suite for evaluating MLLMs' hallucination capabilities in various tasks and dimensions 93