int-llm
Pure-integer C experiments for deterministic language-model training and inference, validated across desktop, embedded, and emulated targets.
- Reference agreement
- 80/80 tokens
- Determinism
- 5 architectures
Public project catalog · 15 October 2026
I build experiments and tools across integer computing, Linux isolation, encrypted transport, GPU search, visual mathematics, and technical writing. Each brief explains what was built, the evidence recorded in its repository, and the limits of the result.
Suggested entry points
Four different kinds of work: reproducible AI arithmetic, embedded navigation, operating-system isolation, and GPU number-theory search.
Pure-integer C experiments for deterministic language-model training and inference, validated across desktop, embedded, and emulated targets.
A no-floating-point celestial-navigation library that carries a sextant observation through correction, sight reduction, and position fixing.
A small Linux isolation toolkit with two zero-dependency C tools, one policy format, worked profiles, and explicit security boundaries.
A visualization-led number-theory project that grew into a staged GPU filter, CPU confirmer, campaign toolkit, and published dataset.
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22 projects shown
Pure-integer C experiments for deterministic language-model training and inference, validated across desktop, embedded, and emulated targets.
A no-floating-point celestial-navigation library that carries a sextant observation through correction, sight reduction, and position fixing.
A small Linux isolation toolkit with two zero-dependency C tools, one policy format, worked profiles, and explicit security boundaries.
A visualization-led number-theory project that grew into a staged GPU filter, CPU confirmer, campaign toolkit, and published dataset.
A Go client and relay for short-lived encrypted handoffs, with capsule pairing, optional end-to-end identity, and a detailed protocol specification.
A C terminal tunnel using shared capsules and XChaCha20-Poly1305 across ESP-NOW, LoRa, Unix sockets, and generic process streams.
A C toolchain that encrypts Linux executables, sources decryption keys from capsules, files, or kernel keyrings, and executes from memory.
A C terminal and file-transfer tool with hybrid key exchange, byte-stream repair, multiple UDP legs, and explicit confinement controls.
Follow-up experiments that narrow integer model weights while retaining the wide Q16.48 path as the comparison oracle.
A toolkit for controlled model-layout experiments on both standard SafeTensors and the integer Q16.48 model path.
SQL executes model loading, transformer arithmetic, deterministic sampling, and regression checks without custom functions or extensions.
A complete small transformer and trainer in PostScript, with exact wide and F12 checkpoint verification through Ghostscript.
Generators and a generic byte-cell runner for integer-only transformer inference and training in Brainfuck, with recorded comparisons against C.
A weight atlas, inference trace, embedding-space viewer, and 3-D weight explorer for the complete small integer-model checkpoint.
A code-first prime-tuplet search engine with a generated pattern catalog, record replay corpus, campaign controls, and browser analyzer.
A compact data repository with schema, manifest, sample, conversion script, and full cumulative snapshots published as release assets.
Code, verified data, and an interactive shape-space view supporting the published OEIS sequence A396760.
Independent search paths, verified data, and an interactive visualization supporting the published OEIS sequence A395008.
Review rules, examples, and a compact prompt generator for making components, behavior, terminology, and requirements explicit.
A small self-editing aid for plain posts and emails, combining pattern tags, a review prompt, and before/after README evaluations.
A small Python math-art project that maps positive integers into equivalent shell-and-ray views using integer and bitwise operations.
The former repository location is retained as an archive notice; its exploratory code and notes moved to p2-odd-rays-visual-math-toy.
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How to read the evidence
Each brief links to the exact repository revision reviewed. Test and benchmark results are attributed to the project's records; refreshing this catalog does not rerun hardware, GPU, network, or long training campaigns.
Physical line counts include comments and blank lines within named file scopes. The source inventory records those files. Counts describe scale, not quality or test coverage.
What the project does and the conditions under which it was evaluated.
The languages, algorithms, and system components used.
Tests and comparisons recorded in the repository.
Reported results, with units and file scopes where applicable.
Known failures, constraints, and what the results do not establish.