Overview
Updated added a number of pages at the start (from page 2) that describes the entire system and whats missing apologies for not giving this overview of what would happen given those missing parts and the purpose of demo0.01 which substitute those parts to see whether the break down of the 10 miliscond to (longer period) with each handwritten sim, does stack chems as mentioned; and thus imply correct behavior some of the documents mentioning demo 0.01 and its motivation wasnt included (mentioned in the catpilot) therefore might cause confusion (ontop of also not really mentioning what would each of the missing part cause,) much apologies part 1 and part 2 updated of the emulated cat goes along with these documents: pilot: https://zenodo.org/records/14737043 beacons: https://zenodo.org/records/14737060 bevcyc: https://zenodo.org/records/14737076
Overview source: Curated paper metadata.
Methods and contributions
Read the source for the full argument, qualifications, and evidence.
Findings and contributions
- The authors state the document's purpose is only to justify the proposed flow, which is a posit testable only once its components exist.
- They list missing components, including sim, CYC and chem tables, the CYC modulator (a process reward model), a trigger table and a sim resolver.
- The authors argue a process reward model is critical: without it, it would be impossible to check which route or CYC completion was better.
- The authors flag as untested whether the proposed decreasing-slot protocol for breaking down CYCs is valid or runs smoothly.
Methods
- Independent vision-processing modules (Scanning Trio, Track Trio) — Proposes organ-like modules (modScan/modLoc/modNav for maps, points, routes; modWatch/modLook/modTude for shading, attention, tests) that process vision input and publish triggers.
- Chempool emulation of accumulated chemicals/hormones — Uses chempool nodes attached to modules to tally stacked chemical notations (e.g. STRESS^, #ERROR) that time and combine trigger initiation.
- CYC drivers decomposed into |n| slots by a CYC modulator — Epigenetic-emulation CYC drivers (e.g. WAKE-HAPPY-WAKE) are split into six-slot blocks force-filled from priority tables set by the CYC modulator, then resolved.
- modStream trigger grading into themes, latches and simulations — Triggers from the vision trios (and CYCs) are graded by modStream into themes and latches (simulations), which modLatch resolves into updates.
- Planned DEMO 0.01 with hardcoded CYCs and simulations — Proposes a demo that handwrites 11 CYCs and a simple map simulation, 'cheats' the PRM step, and shows chem accumulation and trigger selection without learning.
Summary sources: Paper metadata and evidence · Extracted source text.
PDF downloads
Archived files available directly from this site.
- 0125cat.pdf PDF · 1.36 MiB · extracted-text source
Citation
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Catalog details and resources
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