Donghwan Kim
@davidkim77.bsky.social
Donghwan "David" Kim
EE undergrad (B.S.) in KAU, South Korea🇰🇷 | Researching NN based equalizer - quantization & FPGA deployment | Interested in HW/SW co-design
EE undergrad (B.S.) in KAU, South Korea🇰🇷 | Researching NN based equalizer - quantization & FPGA deployment | Interested in HW/SW co-design
Hi, again! Thank you for your previous response. I’ve added a follow-up question and would appreciate your further input when you have a moment. I’ll be grateful for your response whenever you have a chance!
github.com/Xilinx/brevi...
github.com/Xilinx/brevi...
[Question] Understanding function(QunatLinear) scaling and weight quantization for C/FPGA implementation · Issue #1246 · Xilinx/brevitas
Hi, thanks so much for your positive reply on Bluesky! I truly appreciate your willingness to help. As you suggested, I’m opening this issue with my questions and code examples about how the functi...
github.com
May 30, 2025 at 4:22 AM
Hi, again! Thank you for your previous response. I’ve added a follow-up question and would appreciate your further input when you have a moment. I’ll be grateful for your response whenever you have a chance!
github.com/Xilinx/brevi...
github.com/Xilinx/brevi...
Thank you for the helpful response! I just opened a GitHub issue with the details as you suggested: github.com/Xilinx/brevi...
Appreciate your time and support!
Appreciate your time and support!
[Question] Understanding function(QunatLinear) scaling and weight quantization for C/FPGA implementation · Issue #1246 · Xilinx/brevitas
Hi, thanks so much for your positive reply on Bluesky! I truly appreciate your willingness to help. As you suggested, I’m opening this issue with my questions and code examples about how the functi...
github.com
April 10, 2025 at 9:09 AM
Thank you for the helpful response! I just opened a GitHub issue with the details as you suggested: github.com/Xilinx/brevi...
Appreciate your time and support!
Appreciate your time and support!