Results 61 to 70 of about 127 (85)
DiaA/HobA and DnaA: A Pair of Proteins Co-evolved to Cooperate During Bacterial Orisome Assembly
Replication of the bacterial chromosome is initiated by binding the DnaA protein to oriC. Various factors control the ability of DnaA to bind and unwind DNA. Among them, Escherichia coli DiaA and Helicobacter pylori HobA have been characterized recently. They were found to interact with domain I of DnaA and stimulate DnaA binding to oriC.
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ORISOM - A System of Outcome Prediction
Abstract This paper presents a comprehensive analysis of the Outcome Recurrence & Informational Subset Oscillation Mapping (ORISOM-F) framework, a novel system for sequential outcome prediction. Developed iteratively across two distinct AI environments—initially in ChatGPT for foundational concepts and subsequently optimized in Claude AI for empiricalopenaire +1 more source
ORISOM - Version 1 — Baseline Exclusion Engine
Document Information Version v1 Final (Locked) Status Production baseline — immutable reference Dataset Texas Pick 3 Morning · 3,821 draws · September 2013 – November 2025 Confirmed This window: ORISOM (a: foundations framework outcome analysis engine development) Implementation orisom_v1_baseline.py ...openaire +1 more source
ORISOM - Version 3 — Integrated Timing Architecture
Document Information Version v3 Final (Locked) Status Production — contains first confirmed ROI-positive signal ROI status Tier 1 (Rhythmic CV≤0.7): ROI +17.9% · z = +2.78 — PROFITABLE Dataset Texas Pick 3 Morning · 3,821 draws · September 2013 – November 2025 Confirmed in This window: ORISOM (a: foundations ...openaire +1 more source
ORISOM - Version 2 — Signal Expansion Framework
Document Information Version v2 Final (Locked) Status Research documentation — signals tested and catalogued ROI status No positive ROI signal found; critical ruling-out documentation Dataset Texas Pick 3 Morning · 3,821 draws · September 2013 – November 2025 Confirmed in This window: ORISOM (a: foundations ...openaire +2 more sources
ORISOM-F: Outcome Prediction Engine — Formal Specification v4.0
Executive Summary ORISOM-F (Outcome Reasoning and Inference System for Ordered Modalities — Formalized) is the foundational prediction engine of the AIMS Project's six-engine orchestration architecture. It is a multi-layer, gate-conditional combination pool construction and bias field system designed to identify statistically significant, ROI-positiveopenaire +1 more source
ORACLE-QC – ORISOM Relational Axiom Language Computational Engine for Quantum Computing
A Formal Specification of a Relational, Axiom-Grounded Architecture for Post-Numerical Computational Intelligence Abstract ORACLE-QC (ORISOM Relational Axiom Language Computational Engine for Quantum Computing) is a formally specified, architecturally novel computational framework that emerges from the operational analysis work conducted within ...openaire +2 more sources
ORISOM v5 DoC-Calibrated Mode System Specification Version: 5.0 (locked)
Purpose and Scope v5 is the first ORISOM version in which both mode thresholds and the ps surplus formula are derived from first principles rather than set heuristically. It integrates two independent corrections — T1 (DoC recalibration) and T4 (ps formula fix) — producing the first consistently profitable analog-matching bias field. v5 serves as theopenaire +1 more source
ORISOM v6 Regime Cycle Tracker Specification Version: 6.0 (locked)
Purpose and Scope v6 introduces the regime cycle tracker as a new feature class for ORISOM. A regime cycle is defined as a complete pass through all 10 digits — each appearing at least once. Cycle-tracking features capture joint set-completion structure that is entirely absent from the per-digit DoC features in v5. Where v5 measures the state of eachopenaire +1 more source

