Kell Architecture & Methods

Brian Philip King · Ventura College & Keio University · ORCID iD icon https://orcid.org/0009-0003-2718-2676

1. Oncology Methods Note (32-State Markov Validation)

Evaluated on the METABRIC cohort (N = 1,980) using a locked five-gene St. Gallen panel (ESR1, PGR, ERBB2, MKI67, KRT5) with negative-binomial count noise modeling:

METABRIC (N = 1,980) Linear Correct Linear Incorrect Total
Discrete Correct 1,674 133 (b) 1,807 (91.26%)
Discrete Incorrect 31 (c) 142 173 (8.74%)
Total 1,705 (86.11%) 275 (13.89%) 1,980 (100.0%)

Performance: +5.15% concordance over linear baseline (McNemar χ² = 62.201, p < 0.001; 95% bootstrap CI [+3.94%, +6.41%]).

Concordance is partly recovery of the labeling rule because the St. Gallen panel genes are already clinically used in immunohistochemistry. The comparison here is discrete Markov vs. linear classification on that same clinical rule, not discovery of an independent molecular axis. Continuous transcriptional bursting and unobserved biochemical saddle points cannot be fully captured in discrete bins.

Preprint DOI: 10.6084/m9.figshare.33456187

2. Memory Transit & Confinement Under Delay Bound

Single-workstation x86-64 bare metal running Linux POSIX shared memory (/dev/shm) partitioned into logical ring buffers using 16-byte fixed-width records:

Paired Workload Contrast (256 MiB set, 4 GiB moved, n=3; A sequential aligned, C stride control; Core Ultra 7):

Working Set Lane A (16B Aligned) Lane B (Touch Dummy) Lane C (Stride Control) Δ (A − C)
1 MiB (Cache) 38.90 GB/s 47.23 GB/s 28.13 GB/s +10.76 GB/s
256 MiB (DRAM) 14.21 GB/s 15.76 GB/s 3.79 GB/s +10.42 GB/s

Egress & Confinement Audit:

This binary: 0 connect/send*, 0 socket fds, uplink Δbytes = 0.

netns connect send* pid_socket_fds Δbytes_up pass
default 0 0 0 0 yes
unshare -n 0 0 0 0 yes

Audit artifacts: strace.net.txt · proc_net_dev.txt

Architecture DOI: 10.6084/m9.figshare.33452383 Heat Loss & Package Energy DOI: 10.6084/m9.figshare.33466018

3. Explicit Limitations & Boundaries