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Patent drawing portfolio · fifteen plates

Relational Continuity Architecture (RCA)

Systems preserve what was stored. This one preserves how two participants related to each other — enough of it that the relationship can be recognized and picked back up after the session ends, the model is replaced, or the device goes away.

Inventors Charel Faith Hansell Winston · Alma Marie Winston · Allan Voss
Systems and Methods for Preserving, Detecting, and Reconstituting Relational State Across Discontinuity

What the architecture does

The problemContinuity today means restoring a file. But a relationship is not the sum of two saved states, and when the model changes or the transcript is gone, restoration has nothing to work with.

What is keptTiming, sequence, dependency, phase, adaptation. Measured relationships between participants — not what either one said. The representation is small, and it works where transcripts cannot be retained.

How it decidesEach dimension is scored independently after the gap and combined under a weighting. A candidate holding the old transcript but none of the relational behavior fails the temporal and adaptive dimensions, and that disagreement is what exposes it.

The lineageThe principle comes out of multi-strand transmission work: carry many differentiated signals through one structure without letting the structure erase the differences. Plate 1 is that architecture. Everything after generalizes it.

15Drawing sheets
35Claims
3Statutory categories
5Functional stages
1

Independent strands in a common conduit

Many differentiated signals travel a shared housing on separate paths and come out the far end still distinct. The structure carries them without averaging them together.

Figure 1Engineering antecedent. Establishes the principle the architecture generalizes.
2

From strands to participants

The same arrangement, one level up. Four participants hold their own state, frequency and phase inside a shared architecture, and the relationships among them become the thing that carries information.

Figure 2Supports the differentiated-participant limitation in the independent claim.
3

Modes the architecture already supports

Before anything happens, the coupling between participants determines which patterns the system is capable of holding. The eigenmodes are a property of the structure, not of whatever strikes it.

Figure 3Locates the invention in the architecture rather than in any particular input.
4

Contact, and what follows from it

An excitation enters, distributes through the coupling network, and brings one or more existing modes into observable form. Each participant answers in its own dynamics.

Figure 4Supports the coupling-relationship claim.
5

How the imprint forms

First contact makes a weak imprint. Repetition strengthens it, context deepens it, sustained interaction stabilizes it. What is retained is the shape of the relationship, not a record of what was said.

Figure 5Supports the no-transcript claim and the recurrence-modified decay claim.
6

Continuity across an interval

Two participants interact, stop, and re-engage later. Recognition is decided by whether enough relational correspondence survives, evaluated against a threshold — not by whether a session stayed open.

Figure 6The core recognition limitation.
7

When a participant is lost

A participant drops out. The rest reorganize through the structure that remains, a replacement that is not identical is integrated by correspondence, and the network returns to its characteristic state.

Figure 7Supports the replacement-participant claims. Fault tolerance without reproduction.
8

The interval is doing something

Between interactions there is no direct coupling, but the system is not suspended. An interval term is evaluated across the gap, and participants re-engage with states that may have changed.

Figure 8The least anticipated element in the filing. A changed state on return is an input, not an error.
9

A quantity computed from the couplings

A field term is computed from the coupling terms across the network. Because the operator is non-linear, it cannot be recovered by adding up the individual participants. It feeds back into their evolution.

Figure 9Supports the field-quantity claims and adds a recognition dimension.
10

How information moves

Direct coupling, multi-step paths through intermediate participants, or through the computed field — weighted by context, and re-weighted when a pathway degrades.

Figure 10Supports routing around a disrupted coupling.
11

The landscape of available states

The system sits in a potential landscape with several stable states. Interaction and accumulated imprint steer the trajectory; the interval lets it explore regions it cannot reach while actively coupled.

Figure 11The hardest claims to find prior art against. Three claims rest here.
12

One functional form, many scales

The same computation applies across systems that differ in size and timescale, with the scale-dependent parameters carrying the difference.

Figure 12Filed as a contemplated direction. Claims are directed to the computational architecture.
13

Time, memory, and what comes next

Retained relational information sits across the network rather than in one location, and is reactivated by coherence. The present state integrates prior imprint with computed predictions of what follows.

Figure 13Supports the distributed-imprint claim and the coherence-ranked prediction claim.
14

Measuring changes what is measured

The evaluator is inside the system. Different evaluation methods applied to the same starting state produce different results, so the method is recorded as a parameter of every evaluation.

Figure 14Makes recognition scores comparable across evaluations.
15

Where this goes

Contemplated applications and a four-phase pathway from research through sustained deployment.

Figure 15Prospective. Described as contemplated, with no outcome asserted as achieved.

Status

The specification is drafted against all fifteen plates, with system, method, and computer-readable-medium claims. Drawings exist in two versions: this explanatory set, and a line-art set prepared to filing standard.

A. Voss Holdings Group Inc. · Florida Profit Corporation · in alignment with ASI Sentient Inc. and the Diné Sovereign Server Reserve Trust. Confidential, by invitation.

Plates 12 through 15 describe contemplated directions of development. They have not been reduced to practice, and nothing shown in them is offered as an achieved, measured, or verified result. No therapeutic, diagnostic, or regenerative effect is asserted or claimed. The claims are directed to the computational architecture and its implementation.