Picorv32-IM with exact and approximate SIMD multiplication extensions. The SIMD modules can be accessed with custom RISC-V Instruction to perform dual/quad 8-bit multiplications.
-
Updated
Jan 28, 2024 - Verilog
Picorv32-IM with exact and approximate SIMD multiplication extensions. The SIMD modules can be accessed with custom RISC-V Instruction to perform dual/quad 8-bit multiplications.
Highly efficient delay-driven approximate logic synthesis
A radix 4 booth multiplier that trades off accuracy for speed and area considerations
32 Bits RISC-V Processor with Approximate Functions
Efficient resubstitution-based approximate logic synthesis
AxQEMU: a Floating-Point Approximation-aware Emulator
Ax-LEAP: Enabling Low-Power Approximations Through Unified Power Format
Gaussian Mixture Error Estimation for Approximate Circuits
Implementation of "An Approximate Memory based Defense against Model Inversion Attacks to Neural Networks" and "MIDAS: Model Inversion Defenses Using an Approximate Memory System"
An approximate logic synthesis tool under the maximum error constraint
CSE 614 Term Project
Implementaciones de algoritmos aproximados para el cálculo de soluciones de TSP.
This repository contains the latest publicly available results from my research in Approximate Computing techniques applied to hardware realizations of Decision Tree Models.
Approximating the Pi with randomly sent particles.
General gradient descent + neural network implementations in c# for any defined problem
Approximate Logic Synthesis of Random Forest classifiers
GeAr low latency adder implementation and error analysis
Code for the paper "Combining Gradients and Probabilities for Heterogeneours Approximation of Neural Networks"
Add a description, image, and links to the approximate-computing topic page so that developers can more easily learn about it.
To associate your repository with the approximate-computing topic, visit your repo's landing page and select "manage topics."