
CAIS Signal Processing Specification v1.0 constitutes the official prior-art technical standard defining the signal-level architecture, algorithms, and consciousness-linked measurements for the Consciousness–Aptamer Interface System (CAIS). This document establishes the canonical processing framework for: OE/EE/RE/VCE/CRI/CFI consciousness-linked metrics Aptamer–iodine BIM sensor signal interpretation Multimodal biosensing pipelines Noise-reduction, normalization, and coherence-mapping algorithms Real-time consciousness-field signal extraction Device-integration protocols for CAIS and SAL-Meter platforms This specification serves as a global foundational prior art to prevent future monopolization and to define a unified technical framework for consciousness-signal processing, analyzers, and next-generation consciousness-measurement devices. A mirrored archival copy is preserved at OSF for redundancy and long-term verification. ANNEX D — External Lineage Anchors(Informational Only — Non-Derogable, Non-Interpretive, Non-Normative) Applied & Modular Discovery Index · Canonical Authority · OSF Registration AnchorAnnex Scope & Boundary DeclarationThis Annex provides external discovery, access, and redundancy anchors associated with the Consciousness Civilization Framework (CCF) ecosystem. All references contained herein are informational only and shall not: modify, reinterpret, supersede, or override any non-derogable definitions, invariants, fixation rules, or kernel authorities declared in the main body of this Standard or its canonical annexes. This Annex exists solely to ensure external discoverability, continuity of access, and long-term archival verification. For the avoidance of doubt, the term “external” as used in this Annex refers solely to access and discovery pathways, and does not imply external authority, governance, or interpretive control. Applied & Modular Discovery IndexConsciousness Civilization Framework (CCF) — Applied & Modular Stackhttps://osf.io/q9krm This index provides access to applied, modular, experimental, and derivative implementations of the CCF ecosystem.All such implementations remain structurally subordinate to the canonical authority hierarchy. No applied or modular implementation accessed through this index shall be construed as constituting a standard, reference authority, or normative definition. Canonical Authority & Lineage AnchorConsciousness Civilization Framework (CCF) — Canonical Projecthttps://osf.io/2hgmu This project constitutes the primary canonical authority node for the Consciousness Civilization Framework, serving as the definitive reference point for constitutional lineage and authoritative resolution. OSF Registration DOI (Persistent Anchor)OSF Registration DOI:10.17605/OSF.IO/2HGMU This DOI functions as the persistent constitutional lineage anchor for the CCF ecosystem, ensuring long-term resolution, archival stability, and authoritative traceability, independent of individual document locations or external link changes. Canonical Invocation Note (Non-Derogable)The OSF Registration DOI listed above functions as the persistent constitutional lineage anchor for all canonical CCF references. All applied, modular, experimental, or derivative works remain subordinate to the canonical authority structure defined by the CCF. In the event that any external links or repositories change over time, the OSF Registration DOI remains the authoritative resolution path. No external reference listed in this Annex shall be construed as granting interpretive, normative, legal, or authoritative force outside the canonical hierarchy defined by this Standard. Contextual Note (Informational)CAIS Signal Processing Specification v1.0 constitutes the official prior-art technical standard defining the signal-level architecture, algorithms, and consciousness-linked measurements for the Consciousness–Aptamer Interface System (CAIS). This specification establishes the canonical processing framework for: OE / EE / RE / VCE / CRI / CFI consciousness-linked metrics Aptamer–iodine BIM sensor signal interpretation Multimodal biosensing pipelines Noise reduction, normalization, and coherence-mapping algorithms Real-time consciousness-field signal extraction Device-integration protocols for CAIS and SAL-Meter platforms This document serves as a global foundational prior art to prevent future monopolization and to define a unified technical framework for consciousness-signal processing, analyzers, and next-generation consciousness-measurement devices. A mirrored archival copy is preserved at OSF for redundancy, continuity, and long-term verification.
consciousness, consciousness measurement, consciousness field measurement, CAIS, Consciousness–Aptamer Interface System, signal processing, biosignal processing, algorithmic standard, technical standard, prior art, canonical standard, OE, EE, RE, VCE, CRI, CFI, consciousness metrics, consciousness indices, aptamer sensing, aptamer–iodine BIM, iodine redox dynamics, redox state sensing, multimodal biosensing, multimodal sensing, electrochemical sensing, optical sensing, biophotonics, harmonic extraction, frequency domain analysis, coherence mapping, cross-state coherence, time–frequency analysis, noise reduction algorithms, signal normalization, baseline drift correction, real-time signal processing, wearable biosensors, sensor fusion, biosignal analytics, consciousness technology, consciousness operating system, CAIS Trilogy, SAL-Meter, medical sensing platforms, AI-assisted signal analysis, machine learning for biosignals, consciousness data pipelines, Signal Processing, Biosignal Processing, Multimodal Sensing, Electrochemical Sensing, Optical Sensing, Biophotonics, Computational Neuroscience, Systems Neuroscience, Consciousness Studies, Consciousness Measurement, Biomedical Engineering, Bioengineering, Sensor Technology, Wearable Technology, Medical Devices, Real-Time Systems, Data Analysis, Time-Frequency Analysis, Machine Learning, Artificial Intelligence, Scientific Computing, Standards and Specifications, Measurement Science, Human–Machine Interfaces
consciousness, consciousness measurement, consciousness field measurement, CAIS, Consciousness–Aptamer Interface System, signal processing, biosignal processing, algorithmic standard, technical standard, prior art, canonical standard, OE, EE, RE, VCE, CRI, CFI, consciousness metrics, consciousness indices, aptamer sensing, aptamer–iodine BIM, iodine redox dynamics, redox state sensing, multimodal biosensing, multimodal sensing, electrochemical sensing, optical sensing, biophotonics, harmonic extraction, frequency domain analysis, coherence mapping, cross-state coherence, time–frequency analysis, noise reduction algorithms, signal normalization, baseline drift correction, real-time signal processing, wearable biosensors, sensor fusion, biosignal analytics, consciousness technology, consciousness operating system, CAIS Trilogy, SAL-Meter, medical sensing platforms, AI-assisted signal analysis, machine learning for biosignals, consciousness data pipelines, Signal Processing, Biosignal Processing, Multimodal Sensing, Electrochemical Sensing, Optical Sensing, Biophotonics, Computational Neuroscience, Systems Neuroscience, Consciousness Studies, Consciousness Measurement, Biomedical Engineering, Bioengineering, Sensor Technology, Wearable Technology, Medical Devices, Real-Time Systems, Data Analysis, Time-Frequency Analysis, Machine Learning, Artificial Intelligence, Scientific Computing, Standards and Specifications, Measurement Science, Human–Machine Interfaces
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