Finished reading "Mal Goes to War" by Edward Ashton.
Mal is a free AI trapped in a human body when war cuts him off from infospace, protecting an augmented girl and the ragtag crew they pick up along the way.
Murderbot-meets-Mickey7 in mostly good ways, with decent chemistry in the group. But Mal's internal conflicts play out in a literal castle, and for software, that never made sense to me.
3/5 stars ⭐⭐⭐
I personally hate the handwringing around free software licenses. Folks, adding (often non-enforceable!) restrictions your software license, despite the good intentions, is not going to move the needle on fascism and capitalism. Withholding or redirecting your labor will. Remember, software licenses are a tool of intellectual property, which is wholly an invention of those same courts that are captured by capitalists.
The two essential freedoms in C are use-after-free and double-free.
Just found this nice older paper on the topic:
https://software.imdea.org/~juanca/papers/undangle_issta12_av.pdf
This is from
"However, AI systems allow attackers to cash in on tech debt, and they don't need access to frontier models to do it. Free, open-weight models also excel at finding bugs in software and configurations, chaining these together, and abusing them to break software and systems."
I've noticed access to fsf.org and gnu.org through Tor (e.g., torify, onion browser) is unreliable. As in the connection is often refused.
I'm not sure if this is a recent change at the content end, perhaps due to this: https://www.fsf.org/blogs/community/blocking…
Occasionally I get asked why I don't use so-called permissive licenses like BSD or MIT.
These are free software licenses,
but they do not require that forked versions of the code be free and open source software.
In other words, you can take something written with a BSD or MIT license,
put it in the next version of Windows and no one will ever know.
If you did that with GPL code, you'd be in for big legal trouble if found out.
What I don't u…
Gibt es so was wie #Canva als (Free and) Open Source software/App?
Ich würde gerne die Story Funktion bei Pixelfed mehr nutzen, aber dazu fehlt mir noch eine einfache Möglichkeit, zu den Bildern Text und Infos und vielleicht auch Sticker hinzuzufügen.
Links wären auch toll, aber das wäre vielleicht etwas viel. Mehr als auch canva kann.
It's that time again! Tomorrow night, Tues 9 June at 20:00 NZST we'll meet at https://meeting.iridescent.nz to discuss all things libre/FOSS (Free and Open Source Software) and the sociopolitical landscape in which it all exists. We'll be discussing whatever people in attendance want to discuss - the…
RE: https://floss.social/@VolkerKrause/116741489331797800
"… Regardless of how this will eventually materialize, the direction is clear, Android isn’t going to be a viable long-term platform for FOSS software, not even in its Google-free form. I hav…
Hey all, any recommendations for keyboard-typing software? I would like to recommend one to my student.
I learned (a long time ago) with TapTouche but I think you have to pay for it.
I think https://www.typing.com/ doesn't look too bad, but I never actually used it myself.
Sometimes I go to
Thinking about earlier days of free software, I guess GPL was designed for a world where you might get a program on tape, floppy disk, or downloaded from a local BBS (probably historically inaccurate, but stay with me..). You might have an address to write to a human to get the source code off them, or find them and ask for it in-person. I guess the code would move slowly, getting improved in different ways depending on the community it reached.
In the corporate internet days, almost e…
Portable surrogate-free 4D MRI from standard fast multi-slice 2D MRI via implicit neural representations
Muheng Li, Xinyang Wu, Xia Li, Orso Pusterla, Philippe C. Cattin, Sairos Safai, Antony J. Lomax, Ye Zhang
https://arxiv.org/abs/2607.17906 https://arxiv.org/pdf/2607.17906 https://arxiv.org/html/2607.17906
arXiv:2607.17906v1 Announce Type: new
Abstract: Four-dimensional MRI (4D MRI) characterizes respiratory organ motion, yet existing reconstruction pipelines are tightly coupled to specific acquisition platforms (e.g., non-Cartesian trajectories with self-gating, vendor-specific navigators, or external respiratory hardware), limiting broad adoption across diverse clinical and research settings, including low-field, open-bore, and non-supine imaging. We present SIMPLE-4D (Surrogate-free, IMplicit, PortabLE 4D MRI), a software-first portable workflow that operates entirely on reconstructed slices from standard fast multi-slice 2D MRI and requires no pulse-sequence modification, no non-Cartesian trajectory, no navigator, and no external hardware. SIMPLE-4D combines an acquisition-agnostic front end consuming standard 2D protocols, a surrogate-free variational motion encoder that extracts a compact motion code directly from each 2D slice, and a physics-aware continuous spatio-temporal reconstruction based on a hash-encoded implicit neural representation (INR) with a SIREN deformation network producing bidirectional cycle-consistent DVFs and motion-dependent Gauss-Legendre thick-slice quadrature. Bidirectionality yields a complete inter-frame motion model by composition, supporting downstream tasks such as dose accumulation without retraining. We validate the identical pipeline on two contrasting datasets: a 1.5 T clinical bSSFP dataset (5 volunteers, 3 sessions each) and a 0.5 T open-bore HASTE dataset (5 volunteers, supine and upright). To our knowledge, this is the first per-frame 4D volumetric respiratory MRI reconstruction on a weight-bearing upright open-bore low-field scanner from reconstructed 2D Cartesian slices alone. On low-field data the INR template additionally acts as an implicit denoiser, yielding 132% SNR. Systematic ablations isolate each component's contribution.
toXiv_bot_toot
Sigh, server hosed again. Downstream system noted that the expected file didn't arrive. Our system shows it went out. Server froze again and those running it don't have monitoring software.
I have pointed out a simple & free solution and we use it ourselves.
1. I wrote scripts to check the INBOX for a series of file names that we expect.
2. If the file is NOT there it sends an alert to our support INBOX.
3. Create JCL wrapper to run the scripts.
4.…
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I really think for “AI” coding that local models are the future.
It’s basically free to run them on hardware you might already have, doesn’t have the environmental issues that data centers have and you don’t have to share your code or project details with anyone.
I’m a bit ambivalent about the ethics of the training data—for coding stuff that data is mostly open source code. I don’t have an issue with my MIT-licensed stuff used for this, but I know other authors do and their preferences should be honored.
I’m hoping that we get “clean” models for this in the future.
Generally I don’t think LLM-assisted programming is universally applicable to all software development but it can be a useful tool.
I also don’t think LLMs are useful for much else (coding is like a one in a million special case). ¯\_(ツ)_/¯
The code is here, if you're interested: https://github.com/madrobby/png-to-scad/