Implementation of a histogram equalization program using CUDA. Histogram equalization is a technique for adjusting image intensities to enhance contrast.
-
Updated
Jan 3, 2021 - C++
#
kogge-stone
Here are 6 public repositories matching this topic...
An implementation deepdive of scan algorithms in CUDA C++
-
Updated
Jan 27, 2026 - Cuda
O(log k) Parallel FHE Conversion IP package featuring pipelined SystemVerilog RTL and Header-Only C++ Library. Designed to accelerate cryptographic pipelines by removing the sequential RNS bottleneck.
cryptography fpga core mrc rtl ip high-performance-computing systemverilog hardware-acceleration rns pipelined chinese-remainder-theorem asic-design parallel-prefixsum fully-homomorphic-encryption kogge-stone header-only-library fully-homomorphic-encryption-library
-
Updated
May 26, 2026 - SystemVerilog
Useful VHDL scripts for hardware description.
fpga vhdl xilinx vivado adder zedboard multiplier adders full-adder kogge-stone-adder pynq-z2 multipliers pynq-platform ripple-carry-adder carry-save-adder kogge-stone
-
Updated
Jan 29, 2023 - VHDL
Parameterizable Adders (Verilog)
-
Updated
Jul 25, 2024 - Verilog
Assignment 5, Digital Logic Design Lab, Spring 2021, IIT Bombay
-
Updated
Mar 13, 2021 - VHDL
Add this topic to your repo
To associate your repository with the kogge-stone topic, visit your repo's landing page and select "manage topics."