Analytical benchmark
Deterministic scenarios cover metadata inflation from 1× through 16×. They are explicitly not production measurements.
AQPO studies predictive caching, verified segment materialization, and compact metadata views for open table layouts under post-quantum overhead.
Research checks and Pages deployment passing
AQPO sits between compute engines and authoritative catalogs. Optimization never replaces the source of truth.
Deterministic scenarios cover metadata inflation from 1× through 16×. They are explicitly not production measurements.
Thirty fixed seeds increased mean hit ratio from 0.706375 to 0.728542, while 0.054240 precision exposed a deployment limitation.
Manuscripts, raw scans, local paths, private email, and unauthorized attribution fail publication.
Illustrative analytical output. Executed trace replay is reported separately; production validation remains future work.
The 2026-09-02 scan reported LOW risk, 0% citation issues, grammar quality 0.99, and IEEE compliance. Detector outputs are probabilistic indicators, not proof of authorship or misconduct. Raw reports remain private because they contain manuscript-derived text.
The public repository contains sanitized analytical inputs, validation code, and a deny-by-default privacy check. It does not contain the manuscript or raw scan reports.
git clone https://github.com/darisisuresh/QuantaLake-AQPO.git
cd QuantaLake-AQPO
python3 -m unittest discover -s tests -v
python3 scripts/validate_evidence.py
python3 scripts/privacy_check.py