RLPE — Shannon Pack (Wi-Fi 7 Throughput vs. Shannon @ −65 dBm, 160 MHz, 2-stream)

Reality-Locked Pareto Engine (RLPE) — Best-Possible-Today. This deposit provides a reproducible acceptance-test method to measure Wi-Fi 7 throughput as a percentage of the Shannon capacity under fixed conditions (−65 dBm RSSI, 160 MHz, 2 spatial streams). It ships with a 1-page Dunya Ceiling Card, a full Acceptance-Test Pack, log templates, a tiny bound calculator, and a hash manifest so results are verifiable and provable across mirrors. Purpose. Make the method that serious teams need—clear math, clean steps, public proofs—so publish/ship/benchmark can happen only with proper attribution and permission. What’s included Dunya Ceiling Card — bound vs measured, %-of-Shannon headline Acceptance-Test Pack — equipment, setup, steps, pass/fail criteria Log templates — template_run.csv, template_env.txt (with PoM header) PoM token (current release): 2025-08-30-AZ-N1 Calculator — compute_bound.py (tiny Shannon capacity helper) Hash manifest — file SHA-256 list + Merkle PACK_ROOT (same-hash mirrors) License & Fees — usage matrix and permission options C2PA-style provenance stub (for content credentials workflows) Provenance & verification This deposit DOI: 10.5281/zenodo.17007852 RLPE series anchor DOI: 10.5281/zenodo.16907872 (same-hash mirrors only) ZIP file: RLPE_Shannon_Pack_v1.zip SHA-256: fcbddd40079e2f8f21de10961acd2a0b754f8cc2d5b846cb4602a9d0520a6235 PACK_ROOT (Merkle): 657bbbad61a33042b3a148ea32eebef5bcdf442cc8a73140f64fa3c256b8d33f (see manifests/hash_manifest.txt inside the ZIP) Timestamp proof (OTS): RLPE_Shannon_Pack_v1.zip.ots SHA-256: e16316620d5198fb66d95903b1c666fee41530c8297408e5285cbdf6e6df1e17 Verify with: ots verify RLPE_Shannon_Pack_v1.zip.ots RLPE_Shannon_Pack_v1.zip (optional: ots upgrade) Use & license (summary) Private evaluation (read/run in a sandbox): allowed, free. Academic reproduction (unaltered, non-commercial): free with attribution:Methods per RLPE pack (DOI 10.5281/zenodo.17007852; same-hash mirrors). Permission required for derivatives, bundling, commercial use, training/inference, and redistribution (outside same-hash mirrors). License: No-Derivatives / No-Training / No-Inference without written permission. Contact (permissions & support): [e-mail] [e-mail] (Full terms and fee menu are inside the ZIP under legal/.) How to reproduce (quick) Configure Wi-Fi 7 link at 6 GHz, 160 MHz, 2 streams, target RSSI ≈ −65 dBm. Run 3×10 min downlink and 3×10 min uplink iPerf3 tests; log throughput + SNR/RSSI once/sec. Include the PoM token 2025-08-30-AZ-N1 in the log header; fill env.txt. Compute bound with compute_bound.py using your mean SNR (dB→linear). Report %-of-Shannon, uncertainty (stdev), and attach raw CSVs + env. Acceptance criteria: SNR within 20 dB ± 1 dB for ≥95% of samples, runs agree within ±5%, and logs/metadata complete. How to cite APA: Campos Peñuelas, D. E. (2025). RLPE — Shannon Pack (Wi-Fi 7 Throughput vs. Shannon @ −65 dBm, 160 MHz, 2-stream). Zenodo. https://doi.org/10.5281/zenodo.17007852 BibTeX: (also included as CITATION.bib) @misc{CamposPenuelas_RLPE_Shannon_Pack_2025, author = {Daniel Eduardo Campos Peñuelas}, title = {RLPE — Shannon Pack (Wi-Fi 7 Throughput vs. Shannon @ −65 dBm, 160 MHz, 2-stream)}, year = {2025}, publisher = {Zenodo}, doi = {10.5281/zenodo.17007852}, note = {RLPE anchor: 10.5281/zenodo.16907872; same-hash mirrors only. Contact: [e-mail]; [e-mail]}} Respectfully, I’m not here to be “handled.” Soft-targeting, co-option, or pressuring me to adopt someone else’s framework is wasted energy. I build clearer, stronger, verifiable methods that stand on their own. If you want to publish, ship, benchmark, or standardize using this work, follow the license, attribute the DOI, and contact me for permission. If you can independently do better—alḥamdulillāh—show it with truth and proof. Otherwise, work with me properly. You need this; I don’t need you. — Daniel Eduardo Campos Peñuelas Contact: [e-mail] • [e-mail]