Skip to content

Author

Jean-François Brisson

14 papers indexed here

We haven’t gathered this author’s papers yet. Follow them and we’ll fetch their work.

Not the right person? Other researchers publish under this name.

#software testing Open access Oct 2026

OES32 Membrane Array: atomic scale-out composition of fixed 32-slot OES32 membrane cells

OES32 Membrane Array is a small Python companion to oes32-membrane-shield. It composes the fixed 32-slot OES32 membrane contract into arrays of 32 to 65,536 channel slots, always as a whole number of independent 32-slot cells, without changing the upstream API. One external Ed25519 capability authorizes the whole flatt...

Jean-François Brisson · 0 citations
#software testing Open access Oct 2026

Homological Cascade Engine: chain-complex diffusion, Hodge residual scoring, and streaming POT thresholds (research prototype)

Experimental Python research software for exploring topological signal representations and robust anomaly scoring on multichannel telemetry. It provides a real-valued 2-complex with d1 d2 = 0, matrix-exponential diffusion over the 1-Laplacian, a Hodge decomposition (exact, co-exact, harmonic), median/MAD telemetry scor...

Jean-François Brisson · 1 citation
#software testing Open access Oct 2026

OES-32 Membrane Shield: capability-gated 32-slot state machine with dual-approval calibration

Python reference implementation of a state-machine contract for externally authorized updates to a 32-slot state vector. The shield verifies short-lived, payload-bound Ed25519 capabilities against public keys (private keys never enter the shield), requires independent approvals from distinct CALIBRATEUR and GARDIEN aut...

Jean-François Brisson · 0 citations
#software testing Open access Oct 2026

spark-membrane: a fail-closed console that orchestrates pinned OES repositories without merging them

spark-membrane is an offline, standard-library Python console that audits SYNTHETIC native 32-channel frames against the existing Spark AI NLP OES repositories, pinned by commit SHA and never copied or merged. Small labelled reference re-implementations are tested against outputs of the pinned upstream code. Read first...

Jean-François Brisson · 1 citation
#software testing Open access Oct 2026

Signal Loom: offline synthetic EEG/ECG-like living score for performance art

Signal Loom is an offline browser performance-art prototype by Spark AI NLP. Separate synthetic EEG-like and synthetic ECG-like streams become an interactive visual score: an EEG slow-envelope feature expands an abstract 2D field; ECG-derived synthetic R–R intervals set pulse rhythm; an adjustable β/τ injection draws a...

Jean-François Brisson · 3 citations
#software testing Open access Oct 2026

flip-observer-1024: synthetic classical channel-reversal observer calibration prototype (512 inputs, two noisy banks)

flip-observer-1024 is a deterministic, offline Python prototype for an ordinary classical weighted readout under a hidden channel-order reversal. It uses 512 dimensionless synthetic input channels. The optional 1,024-slot layout is two noisy/dropout-affected banks observing the same 512 underlying signals—not 1,024 ind...

Jean-François Brisson · 0 citations
#software testing Open access Oct 2026

Signal Loom: offline synthetic EEG/ECG-like living score for performance art

Signal Loom is an offline browser performance-art prototype by Spark AI NLP. Separate synthetic EEG-like and synthetic ECG-like streams become an interactive visual score: an EEG slow-envelope feature expands an abstract 2D field; ECG-derived synthetic R–R intervals set pulse rhythm; an adjustable β/τ injection draws a...

Jean-François Brisson · 0 citations
#software testing Open access Oct 2026

Signal Loom: offline synthetic EEG/ECG-like living score for performance art

Signal Loom is an offline browser performance-art prototype by Spark AI NLP. Separate synthetic EEG-like and synthetic ECG-like streams become an interactive visual score: an EEG slow-envelope feature expands an abstract 2D field; ECG-derived synthetic R–R intervals set pulse rhythm; an adjustable β/τ injection draws a...

Jean-François Brisson · 0 citations
#software testing Open access Oct 2026

flip-observer-1024: synthetic classical channel-reversal observer calibration prototype (512 inputs, two noisy banks)

flip-observer-1024 is a deterministic, offline Python prototype for an ordinary classical weighted readout under a hidden channel-order reversal. It uses 512 dimensionless synthetic input channels. The optional 1,024-slot layout is two noisy/dropout-affected banks observing the same 512 underlying signals—not 1,024 ind...

Jean-François Brisson · 0 citations
#explainable ai Open access Oct 2026

Multi-Quantum OES: offline OES replay triage workbench with an isolated AI ∩ quantum toy lab

Multi-Quantum OES is an offline, standard-library-only Python (3.11–3.13) workbench for explainable OES-512 telemetry replay triage, with a preregistered synthetic stress evaluation and a separate, isolated “AI ∩ quantum” toy lab. Everything runs locally on synthetic data; the quantum parts are exact classical simulati...

Jean-François Brisson · 0 citations
#software testing Open access Sep 2026

oes512q-latch: OES-32 / OES-512 classical residual latch with a self-calibrated threshold (OES latch v2) and a NAB benchmark

Standard-library Python research prototype of the OES-32 / OES-512 classical residual latch. A 32-value residual block is scored with S = 0.45·Peak + 0.35·RMS + 0.20·MeanAbs and latches when S ≥ τ. OES-512 applies the same latch to 16 contiguous blocks of 32, which gives a 16-bit coarse syndrome. The fixed default τ =...

Jean-François Brisson · 0 citations
#software testing Open access Sep 2026

qldpc_decoder_cpp: C++/HLS qLDPC decoder research scaffold

C++/HLS research scaffold for a qLDPC decoder: a minimal C++20 program that links Joschka Roffe's ldpc library through CMake FetchContent (OpenMP enabled), a Catch2 unit-test target, and a GF(2) sparse matrix-vector micro-benchmark used as a CI regression gate, plus Vitis HLS / Vivado / PetaLinux scripts targeting the...

Jean-François Brisson · 0 citations

We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.