Add ASCII art figures to all 6 generated Internet-Drafts

Each draft gets 2 illustrative figures:
- ABVP: architecture components + verification workflow
- ATD: example DAG structure + execution state transitions
- HITL: primitive framework overview + approval workflow sequence
- AEM/PPALP: federated learning architecture + aggregation flow
- RARP: cross-domain architecture + two-phase rollback protocol
- APAE: layered architecture + cross-domain provenance tracking

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>

data/reports/generated-drafts/draft-ai-agent-behavior-verification-protocol-00.txt

@@ -299,6 +299,21 @@ Table of Contents
    with existing agent authentication and authorization frameworks as
    defined in [RFC6749] and referenced in [draft-aylward-aiga-1].
 
+   +----------+    +--------------+    +-------------+
+   |          |    |   Behavior   |    |             |
+   |  Agent   |--->| Attestation  |--->| Verification|
+   |          |    |   Engine     |    |  Registry   |
+   +----------+    +------+-------+    +------+------+
+                          |                   |
+                          v                   v
+                   +------+-------+    +------+------+
+                   |   Behavior   |    |    Trust    |
+                   |    Traces    |    |   Anchor    |
+                   |   (signed)   |    | Management  |
+                   +--------------+    +-------------+
+
+       Figure 1: ABVP Architecture Components
+
    The Behavior Attestation Engine (BAE) serves as the core component
    responsible for capturing agent behavior traces and generating
    cryptographic attestations. Each BAE MUST maintain a secure
@@ -511,6 +526,23 @@ Table of Contents
    existing authorization frameworks while providing the behavioral
    assurance layer necessary for autonomous agent operations.
 
+   Agent        BAE          Registry     Verifier
+     |           |              |             |
+     |--action-->|              |             |
+     |           |--trace------>|             |
+     |           |--attest----->|             |
+     |           |              |             |
+     |           |              |<--query-----|
+     |           |              |---proof---->|
+     |           |              |             |--eval
+     |           |              |             |
+     |           |              |  [batch]    |
+     |           |              |<--audit-----|
+     |           |              |---report--->|
+     |           |              |             |
+
+     Figure 2: Real-time Verification Workflow
+
    Real-time verification workflows enable immediate assessment of
    agent behavior during active operations. When an agent initiates
    actions that require behavioral validation, the Behavior