
During September 2025, My4ng rewrote the NLMeans Vulkan filter in the FFmpeg/FFmpeg repository, focusing on both performance and visual quality improvements. The work involved restructuring the weights pass into separate vertical and horizontal components and removing the atomic float requirement, which increased parallelism and reduced processing overhead. My4ng addressed image loading and buffer handling issues to improve stability and correctness, while also implementing memory bandwidth optimizations to minimize GPU-CPU data transfer. Utilizing C and GLSL with expertise in GPU computing and Vulkan, My4ng delivered a more efficient denoising filter, enhancing both speed and output quality for media processing pipelines.

September 2025 monthly summary focusing on delivering performance and quality improvements to FFmpeg's NLMeans Vulkan filter. Key outcomes include a comprehensive rewrite that addresses visual artifacts and boosts processing speed through increased parallelism, a split of the weights pass into vertical and horizontal components, and the removal of the atomic float requirement to enhance performance. The work also includes stability and correctness fixes for image loading and buffer handling, along with memory bandwidth optimizations to reduce data transfer bottlenecks.
September 2025 monthly summary focusing on delivering performance and quality improvements to FFmpeg's NLMeans Vulkan filter. Key outcomes include a comprehensive rewrite that addresses visual artifacts and boosts processing speed through increased parallelism, a split of the weights pass into vertical and horizontal components, and the removal of the atomic float requirement to enhance performance. The work also includes stability and correctness fixes for image loading and buffer handling, along with memory bandwidth optimizations to reduce data transfer bottlenecks.
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