deterministic-computing

启元甲言 (Qiyuan Jiayan) - 中文自举编译器：自举链全量编译 Git，五代 SHA256 全等。中文编译器/汇编器/链接器，零外部依赖直出 x86-64 PE。注：非同名 NLP 工具包。

⚠️ MOVED: See constraint-theory-core, constraint-theory-python, constraint-theory-web, constraint-theory-research

Open-source, offline-first reference model for transparent and auditable driver worktime calculation based on real operational data.

Follow-up to int-llm: TinyLlama-1.1B weights rounded to mixed F11/F12 int16, matching the Q16.48 integer oracle on all 632 evaluated greedy decisions. CPU, MCU, and CUDA evidence.

Governance framework defining institutional authority boundaries and policy contracts for AI-assisted workflows.

Reversible coordinate permutations for Llama checkpoints with exact Q16.48 validation and direct SafeTensors support.

High-performance incremental computation engine for hierarchical data structures with real-time query capabilities

Visual anatomy of a Q16.48 integer GPT — four self-contained offline HTML pages: weight atlas, bit-exact inference trace, 32-D embedding space, 3-D weight explorer. Every displayed number is exact (BigInt in-browser, verified against the C oracle). Fourth in the int-llm series.

Oracle-verified experiments in mathematics and physics ML — exact integer training, zero-calibration quantization, and an append-only ledger that books nulls and retractions beside the wins.

SPL-G1 is a hardware causal-audit Trusted Compute Unit (TCU) — a dedicated security primitive, not a general-purpose CPU/GPU. Built on a 2D in-memory-compute (PIM) array with true IEEE-754 FP16 and the splcc C-to-microcode compiler, it anchors every operation to an immutable causal chain via a 256-bit SBC fuse and audit constraints. Verified in RTL

Formal verification of HCSP using Coq

Recorded evidence and manuscript for a single-fixture packed-AWQ route-block arithmetic mechanism study

Real-time AI based anomaly detection & L2 MACsec control loop on legacy infra without GPUs. Powered by CXL 3.1, DPDK SmartNICs, and Ultra Ethernet.

The official repository documenting Abdulrahman Al-Alawi's foundational framework, theorem, USDL law, and the HCSP core for deterministic computing.

VECTORIA is a deterministic, cross-platform computational kernel framework focused on transparent execution, strict validation, and architectural honesty.

Official TLA+ specifications and Why3 formal verification artifacts for the HCSP Sovereign Deterministic Core, proving 100% complete logic correctness (19/19 goals) against zero-day exploits and cloud-freezing deadlocks.

Deterministic AI safety framework for medical & autonomous systems. Physics-based cancer treatment support, fail-closed architecture. NRA-IDE,律環公理,内包性動力学