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Aidge meta-repository, which includes the main modules of the Aidge framework as Git submodules, plus the documentation and tutorials.

Aidge's reference CPU backend, written in C++, not optimized for performances

Aidge's CUDA backend, written in C++/CUDA and using NVidia's CuDNN and CuBLAS libraries. Required for training and inference on NVidia's GPUs

Aidge's core module, written in C++, always required

Aidge's C++ export module optimized for ARM Cortex-M

Aidge's reference C++ export module, required for generating standalone C++ static compute graph

Aidge's ONNX import/export module, written in Python, required for ONNX interoperability

Aidge's quantization module, for both PTQ and QAT, written in C++

This is the CORE-V MCU project, hosting CORE-V's embedded-class cores.

This is the CORE-V MCU project, hosting CORE-V's embedded-class cores.

Functional verification project for the CORE-V family of RISC-V cores.

Functional verification project for the CORE-V family of RISC-V cores.

The CORE-V CVA5 is an Application class 5-stage RISC-V CPU specifically targetting FPGA implementations.

The CORE-V CVA5 is an Application class 5-stage RISC-V CPU specifically targetting FPGA implementations.

The CORE-V CVE2 is a small 32 bit RISC-V CPU core (RV32IMC/EMC) with a two stage pipeline, based on the original zero-riscy work from ETH Zurich and Ibex work from lowRISC.

The CORE-V CVE2 is a small 32 bit RISC-V CPU core (RV32IMC/EMC) with a two stage pipeline, based on the original zero-riscy work from ETH Zurich and Ibex work from lowRISC.

CORE-V Wally is a configurable RISC-V Processor associated with RISC-V System-on-Chip Design textbook. Contains a 5-stage pipeline, support for A, B, C, D, F, M and Q extensions, and optional caches, BP, FPU, VM/MMU, AHB, RAMs, and peripherals.