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oxavier

HN member
Joined
Wed, Jan 08, 2025, 7:56 PM UTC
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14
Public activity
11 items

About oxavier

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Recent public activity

  1. comment
    Comment #49160633

    Really appreciate the effort put into a seemingly naive questions, thanks.

  2. comment
    Comment #48601689

    Headroom uses RTK under the hood. I applaud the benchmarking though.

  3. comment
    Comment #47821276

    This library serves as the basis of cloture[0] an effort to host Clojure on Common Lisp. I hope to see both projects thrive! [0] https://github.com/ruricolist/cloture

  4. comment
    Comment #44875416

    Looks like v3.0 just dropped, though after a very cursory glance at the release notes, I wonder what motivated the major bump specifically. I deploy on a single machine with Docker…

  5. comment
    Comment #44651089

    I will peruse your learning path when I am done with writing my master's thesis. Thanks for putting it together! Lots of bullet points and keywords about the "What" : provable recu…

  6. comment
    Comment #43188613

    My work is about inferring solutions to Constraint Satisfaction Problem by using belief propagation in the corresponding constraint network, a few keywords caught my eye here :) Do…

  7. comment
    Comment #43008018

    Not exactly the approach your describing, but Futhark[0] offers an alternative to CPU execution, it compiles to CUDA or OpenCL to run on GPU (or multi-threaded CPU). [0] https://fu…

  8. comment
    Comment #42814125

    I find this no-nonsense approach very appealing. > The more you render from the server, the larger your caches end up. Not doing that for HTML. Is HTML really that much larger or c…

  9. comment
    Comment #42783347

    > I suspect that all the free hobbyist FOSS labor artificially depresses dev salaries, hurting everyone else. Otherwise, the FAANGs would have to hire people to replicate what they…

  10. comment
    Comment #42652291

    Many thanks!

  11. comment
    Comment #42637882

    > Moreover, well-known algorithms for linear programming like simplex and primal-dual methods have straightforward (and illuminating!) combinatorial interpretations when restricted…