#swar — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #swar, aggregated by home.social.
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Now I see that #vibecoding is a good educational tool if you are lazy but still get pleasure from using your brain.
The first version was a slow naive implementation. An LLM optimized it with #bitwise tricks, but was bad at explaining them. Another LLM explained the algorithm with a guide on Single Instruction Multiple Data (within-a-register) processing.
I've never encountered these tricks in my working routine and probably would have never tried them without a practical need. Now I'm at least aware of them, thanks to playing with evil ai. Everything at zero cost.
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Now I see that #vibecoding is a good educational tool if you are lazy but still get pleasure from using your brain.
The first version was a slow naive implementation. An LLM optimized it with #bitwise tricks, but was bad at explaining them. Another LLM explained the algorithm with a guide on Single Instruction Multiple Data (within-a-register) processing.
I've never encountered these tricks in my working routine and probably would have never tried them without a practical need. Now I'm at least aware of them, thanks to playing with evil ai. Everything at zero cost.
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Tối ưu thêm #Java SwissTable: Khắc phục tràn hồ sơ và thử nghiệm #SWAR. Tác giả kiểm tra lại phần #hashmap nhanh nhất bằng cách sửa lỗi hiệu năng khi dùng `Objects.equals()` và thay thế `VectorMask.toLong()` bằng SWAR (ngay cả trên x86). Kết quả bất ngờ, tốc độ cải thiện rõ rệt!
#Java #Optimization #SWAR #Programming #ThietKeHeThong #KhaiTriểnPhầnMềm
https://www.reddit.com/r/programming/comments/1pp0wg2/further_optimizing_my_java_swisstable_profile/
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Hey all! 👋🏻
I’m looking for some shader-like pipeline/#rendering system/library/framework for 1-bit graphics with 2x #framebuffer (double-buffered — actual & previous) with #blitting on #SIMD and #SWAR? CPU-only, mostly targeting ARM32/64/Thumb1.
I understand that it’s rare and mostly impossible to exist, so I just need some source-based guidance/hints of oldschool/demoscene- tricks and algorithms which I don’t know yet (I know a lot already, I’m 40)) and of course i can port. -
Hey all! 👋🏻
I’m looking for some shader-like pipeline/#rendering system/library/framework for 1-bit graphics with 2x #framebuffer (double-buffered — actual & previous) with #blitting on #SIMD and #SWAR? CPU-only, mostly targeting ARM32/64/Thumb1.
I understand that it’s rare and mostly impossible to exist, so I just need some source-based guidance/hints of oldschool/demoscene- tricks and algorithms which I don’t know yet (I know a lot already, I’m 40)) and of course i can port. -
Hey all! 👋🏻
I’m looking for some shader-like pipeline/#rendering system/library/framework for 1-bit graphics with 2x #framebuffer (double-buffered — actual & previous) with #blitting on #SIMD and #SWAR? CPU-only, mostly targeting ARM32/64/Thumb1.
I understand that it’s rare and mostly impossible to exist, so I just need some source-based guidance/hints of oldschool/demoscene- tricks and algorithms which I don’t know yet (I know a lot already, I’m 40)) and of course i can port. -
Hey all! 👋🏻
I’m looking for some shader-like pipeline/#rendering system/library/framework for 1-bit graphics with 2x #framebuffer (double-buffered — actual & previous) with #blitting on #SIMD and #SWAR? CPU-only, mostly targeting ARM32/64/Thumb1.
I understand that it’s rare and mostly impossible to exist, so I just need some source-based guidance/hints of oldschool/demoscene- tricks and algorithms which I don’t know yet (I know a lot already, I’m 40)) and of course i can port. -
Hey all! 👋🏻
I’m looking for some shader-like pipeline/#rendering system/library/framework for 1-bit graphics with 2x #framebuffer (double-buffered — actual & previous) with #blitting on #SIMD and #SWAR? CPU-only, mostly targeting ARM32/64/Thumb1.
I understand that it’s rare and mostly impossible to exist, so I just need some source-based guidance/hints of oldschool/demoscene- tricks and algorithms which I don’t know yet (I know a lot already, I’m 40)) and of course i can port. -
Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea
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Unlock the Power of Parallel Computing With SWAR (SIMD Within A Register) – Jamie Pond – C++ on Sea