JunningWu

AIChip

Aiming at an AI Chip based on RISC-V and NVDLA.

CaffeOnACL

Using ARM Compute Library (NEON+GPU) to speed up caffe; Providing utilities to debug, profile and tune application performance

haawking-dsc28027-board

haawking-dsc28034-board

HaawkingFoC

hw

RTL, Cmodel, and testbench for NVDLA

Learning-NVDLA-Notes

NVDLA is an Open source DL/ML accelerator, which is very suitable for individuals or college students. This is the NOTES when I learn and try. Hope THIS PAGE may Helps you a bit. Contact Me:junning.wu@ia.ac.cn

OpenCube

The Multi-objective Design Space Exploration of Multiprocessor SOC Architectures for Embedded Multimedia Applications (MULTICUBE, January 2008 to June 2010) project aims at increasing the competitiveness of European industries by optimizing the design of embedded computing systems while reducing design time and costs. The project defined an automatic multi-objective DSE framework to be used at design-time to find the best power/performance trade-offs while meeting system-level constraints and speeding up the exploration process. A set of heuristic optimization algorithms have been defined to reduce the exploration time, while a set of response surface modeling techniques have been defined to further speed up the process.

preesm

riscv-dsp

RISC-V DSP, An Amzaing Product

JunningWu/Learning-NVDLA-Notes

NVDLA is an Open source DL/ML accelerator, which is very suitable for individuals or college students. This is the NOTES when I learn and try. Hope THIS PAGE may Helps you a bit. Contact Me:junning.wu@ia.ac.cn

JunningWu/AIChip

Aiming at an AI Chip based on RISC-V and NVDLA.

JunningWu/riscv-dsp

RISC-V DSP, An Amzaing Product

JunningWu/HaawkingFoC

JunningWu/hw

RTL, Cmodel, and testbench for NVDLA

JunningWu/OpenCube

The Multi-objective Design Space Exploration of Multiprocessor SOC Architectures for Embedded Multimedia Applications (MULTICUBE, January 2008 to June 2010) project aims at increasing the competitiveness of European industries by optimizing the design of embedded computing systems while reducing design time and costs. The project defined an automatic multi-objective DSE framework to be used at design-time to find the best power/performance trade-offs while meeting system-level constraints and speeding up the exploration process. A set of heuristic optimization algorithms have been defined to reduce the exploration time, while a set of response surface modeling techniques have been defined to further speed up the process.

JunningWu/haawking-dsc28027-board

JunningWu/haawking-dsc28034-board

JunningWu/haawking-tools

Some Usefull tools for Haawking DSCs

JunningWu/CaffeOnACL

Using ARM Compute Library (NEON+GPU) to speed up caffe; Providing utilities to debug, profile and tune application performance

JunningWu/gslcl

Getting Started with LLVM Core Libraries （中文版），翻译：潘立丰

JunningWu/junningwu.github.io

JunningWu/riscv-isa-sim

Spike, a RISC-V ISA Simulator

JunningWu/serial-flash-kernel

JunningWu/preesm

JunningWu/chipyard

An Agile RISC-V SoC Design Framework with in-order cores, out-of-order cores, accelerators, and more

JunningWu/haawking-devices

JunningWu/haawking-templates

JunningWu/haawkingX

BoarderCrosser

JunningWu/llvm-project

The LLVM Project is a collection of modular and reusable compiler and toolchain technologies. Note: the repository does not accept github pull requests at this moment. Please submit your patches at http://reviews.llvm.org.

JunningWu/lowrisc-chip

The root repo for lowRISC project and FPGA demos.

JunningWu/platformio-docs

PlatformIO Documentation

JunningWu/wutiantian.github.io

:girl: 吴甜甜的个人博客wutiantian.github.io