基于RISCV64果核处理器的卷积神经网络加速器研究
- PYNQ-Z2: https://github.com/xddcore/NutShellTeam/releases/tag/PYNQ-Z2
- 正点原子领航者7020: https://github.com/xddcore/NutShellTeam/releases/tag/ALIENTEK-NAVIGATOR-7020
- 启动Linux内核:https://www.bilibili.com/video/BV1pr4y147m5?spm_id_from=333.337.search-card.all.click
- 启动Debian: https://www.bilibili.com/video/BV1Ya41177EJ?spm_id_from=333.999.0.0
- alentek: 将果壳运行于正点原子领航者7020开发板
- img: 重要的图片信息
- nutshell_opennna: 果核+神经网络加速器外设
- opennna_ipcore: OpenNNA的IP Core
- process_element_v1_0: nna相关驱动代码
- pynq: 将果壳运行于TUL PYNQ-Z2开发板
- riscv-pk-build: riscv-pk(bbl+linux内核)
- rootfsimg: 根文件系统
- rtl: chisel -> verilog
- vmlinux: linux内核编译raw文件
- Nutshell: 5min
- Nutshell+OpenNNA: 30min
PS:全程2-3个核心干活
还没测试,看网上测试的大概可以快一倍。(Vivado Linux多核调度比Windows要好)