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1000 results for “hywan”
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The fastest way to match characters on ARM processors?, https://lemire.me/blog/2026/04/19/the-fastest-way-to-match-characters-on-arm-processors/.
In this article, Lemir talks about two SIMD ARM SVE/SVE2 instructions: `match` and `nmatch`, which fit nicely in the _vectorized classification_ step of `simdjson`. These instructions improve the performance of `simdjson` from 11.4Gb/s to 14.4Gb/s.
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The fastest way to match characters on ARM processors?, https://lemire.me/blog/2026/04/19/the-fastest-way-to-match-characters-on-arm-processors/.
In this article, Lemir talks about two SIMD ARM SVE/SVE2 instructions: `match` and `nmatch`, which fit nicely in the _vectorized classification_ step of `simdjson`. These instructions improve the performance of `simdjson` from 11.4Gb/s to 14.4Gb/s.
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The fastest way to match characters on ARM processors?, https://lemire.me/blog/2026/04/19/the-fastest-way-to-match-characters-on-arm-processors/.
In this article, Lemir talks about two SIMD ARM SVE/SVE2 instructions: `match` and `nmatch`, which fit nicely in the _vectorized classification_ step of `simdjson`. These instructions improve the performance of `simdjson` from 11.4Gb/s to 14.4Gb/s.
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The fastest way to match characters on ARM processors?, https://lemire.me/blog/2026/04/19/the-fastest-way-to-match-characters-on-arm-processors/.
In this article, Lemir talks about two SIMD ARM SVE/SVE2 instructions: `match` and `nmatch`, which fit nicely in the _vectorized classification_ step of `simdjson`. These instructions improve the performance of `simdjson` from 11.4Gb/s to 14.4Gb/s.
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The fastest way to match characters on ARM processors?, https://lemire.me/blog/2026/04/19/the-fastest-way-to-match-characters-on-arm-processors/.
In this article, Lemir talks about two SIMD ARM SVE/SVE2 instructions: `match` and `nmatch`, which fit nicely in the _vectorized classification_ step of `simdjson`. These instructions improve the performance of `simdjson` from 11.4Gb/s to 14.4Gb/s.
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Throughput of the crate I'm trying to replace: 12.73Melem/s
My crate: 70.1Melem/s.👀 I think I'm on something.
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Bernie vs. Claude, https://youtu.be/h3AtWdeu_G0.
An awesome, short video (9mn), where Bernie Sanders is asking Claude about how AI and data privacy violation is a threat to democracy. Claude is surprisingly honest and lucid about all the problems.
It’s a great checkmate. Must see.
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Bernie vs. Claude, https://youtu.be/h3AtWdeu_G0.
An awesome, short video (9mn), where Bernie Sanders is asking Claude about how AI and data privacy violation is a threat to democracy. Claude is surprisingly honest and lucid about all the problems.
It’s a great checkmate. Must see.
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Bernie vs. Claude, https://youtu.be/h3AtWdeu_G0.
An awesome, short video (9mn), where Bernie Sanders is asking Claude about how AI and data privacy violation is a threat to democracy. Claude is surprisingly honest and lucid about all the problems.
It’s a great checkmate. Must see.
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Bernie vs. Claude, https://youtu.be/h3AtWdeu_G0.
An awesome, short video (9mn), where Bernie Sanders is asking Claude about how AI and data privacy violation is a threat to democracy. Claude is surprisingly honest and lucid about all the problems.
It’s a great checkmate. Must see.
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Bernie vs. Claude, https://youtu.be/h3AtWdeu_G0.
An awesome, short video (9mn), where Bernie Sanders is asking Claude about how AI and data privacy violation is a threat to democracy. Claude is surprisingly honest and lucid about all the problems.
It’s a great checkmate. Must see.
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RE#: how we built the world's fastest regex engine in F#, https://iev.ee/blog/resharp-how-we-built-the-fastest-regex-in-fsharp/.
Excellent blog post!
Very interesting approach with new operations: intersection (&) and complement (~).Implementation: https://github.com/ieviev/resharp-dotnet
Research paper: https://dl.acm.org/doi/abs/10.1145/3704837 (POP25) -
Futurelock, https://rfd.shared.oxide.computer/rfd/0609.
Discussion and concrete examples about “a type of deadlock where a resource owned by Future A is required for another Future B to proceed, while the Task responsible for both Futures is no longer polling A. Futurelock is a particularly subtle risk in writing asynchronous Rust.”
Well written! Once again, async code is hard.
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WebMCP is available for early preview, https://developer.chrome.com/blog/webmcp-epp.
> As the agentic web evolves, we want to help websites play an active role in how AI agents interact with them. WebMCP aims to provide a standard way for exposing structured tools, ensuring AI agents can perform actions on your site with increased speed, reliability, and precision
Isn’t it the purpose of the semantic Web, with schema, RDF, OWL etc.?
Smells like NIH syndrom a lot.
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WebMCP is available for early preview, https://developer.chrome.com/blog/webmcp-epp.
> As the agentic web evolves, we want to help websites play an active role in how AI agents interact with them. WebMCP aims to provide a standard way for exposing structured tools, ensuring AI agents can perform actions on your site with increased speed, reliability, and precision
Isn’t it the purpose of the semantic Web, with schema, RDF, OWL etc.?
Smells like NIH syndrom a lot.
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📣 New blog post
About memory pressure, lock contention, and Data-oriented Design, https://mnt.io/articles/about-memory-pressure-lock-contention-and-data-oriented-design/.
I illustrate how Data-oriented Design helped to remove annoying memory pressure and lock contention in multiple sorters used in the Matrix Rust SDK. It has improved the execution by 98.7% (53ms to 676µs) and the throughput by 7718.5% (from 18Kelem/s to 1.4Melem/s)!
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The Monroe Doctrine gives a crystal clear understanding of the situation between the USA and Venezuela or Greenland.
https://en.wikipedia.org/wiki/Monroe_Doctrine
These people are crazy.
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The Monroe Doctrine gives a crystal clear understanding of the situation between the USA and Venezuela or Greenland.
https://en.wikipedia.org/wiki/Monroe_Doctrine
These people are crazy.
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The Monroe Doctrine gives a crystal clear understanding of the situation between the USA and Venezuela or Greenland.
https://en.wikipedia.org/wiki/Monroe_Doctrine
These people are crazy.
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The Monroe Doctrine gives a crystal clear understanding of the situation between the USA and Venezuela or Greenland.
https://en.wikipedia.org/wiki/Monroe_Doctrine
These people are crazy.
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The Monroe Doctrine gives a crystal clear understanding of the situation between the USA and Venezuela or Greenland.
https://en.wikipedia.org/wiki/Monroe_Doctrine
These people are crazy.
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Making the rav1d Video Decoder 1% Faster, https://ohadravid.github.io/posts/2025-05-rav1d-faster/.
The author explains the approach: how to measure, to profile, and how to improve the code. Really great writing and excellent findings!
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Making the rav1d Video Decoder 1% Faster, https://ohadravid.github.io/posts/2025-05-rav1d-faster/.
The author explains the approach: how to measure, to profile, and how to improve the code. Really great writing and excellent findings!
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Making the rav1d Video Decoder 1% Faster, https://ohadravid.github.io/posts/2025-05-rav1d-faster/.
The author explains the approach: how to measure, to profile, and how to improve the code. Really great writing and excellent findings!
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Making the rav1d Video Decoder 1% Faster, https://ohadravid.github.io/posts/2025-05-rav1d-faster/.
The author explains the approach: how to measure, to profile, and how to improve the code. Really great writing and excellent findings!
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Making the rav1d Video Decoder 1% Faster, https://ohadravid.github.io/posts/2025-05-rav1d-faster/.
The author explains the approach: how to measure, to profile, and how to improve the code. Really great writing and excellent findings!
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• -14°C this morning, -4°C now.
• air enters the ventilation at 5°C thanks to the passive ground-coupled heat exchanger (+9°C)
• supplied air is at 21°C thanks to the air-to-air heat exchanger (+16°C)
• extracted air is at 24°C
• discharged air is at 8°CIt consumes around 300W of electricity.
The ventilation maintains the temperature whilst renewing air. The greenhouse heats the house. It's currently at 32°C.
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The Algebra of Loans in Rust, https://nadrieril.github.io/blog/2025/12/21/the-algebra-of-loans-in-rust.html.
An excellent article by Nadri about discussions happening around teaching the Rust borrow-checker to understand more things than just “shared borrow”/“mutable borrow”. Let's discover `&own T`, `&pin T`, `&pin mut T`, `&pin own T` and `&uninit`.