Text Introduction
Abstract
Patent introduction (about 25 pages)
Summary List
Complete Contents: 11 Binders

Timeline Intro
Figure 1: Emergence of Expandaverse and Alternate Realities
Figure 2: Expandaverse Discontinuities: Simultaneous and Cyclical Transformations

Teleportal Machine Intro
Figure 3: Teleportal Machine (TPM) Summary
Figure 4: Physical Reality (Prior Art)
Figure 5: Alternate Reality (Expandaverse)
Figure 6: Teleportal Machine (TPM) Alternate Realities Machine (ARM) Summary

TP Devices & Architecture Intro
Figure 7: Current Devices (Prior Art)
Figure 8: Teleportal Machine (TPM) Devices Summary
Figure 9: Stack View of Connections and Interactions
Figure 10: Summary of TPM Connections and Interactions

Summary Hierarchy
Figure 11: ARTPM (Alternate Reality Teleportal Machine) – Summary
Figure 12: ARTPM – Devices
Figure 13: ARTPM – Digital Realities
Figure 14: ARTPM – Utility
Figure 15: ARTPM – Services and Systems
Figure 16: ARTPM – Real World as Entertainment

AnthroTectonics
Figure 267: AKM Transformations as a Driver of Humanity’s Success
Figure 268: AnthroTectonics: Continuous AKM Transformations of Abilities and Advances

Images

Introduction
Introduction 1: “AKM Vendor’s Goals-Based Reconceptualizatized Offering(s)” (1 page)
Introduction 2: “Some AKM Devices Examples”
Figure 255: AKM Device Embodiment Example (Photography AKM)

Photography: Some AKM Stages of Digital Camera Use
Figure 256: AKM Initial Use(s) of Device (Digital Camera)
Figure 257: Retrieve AKI / AK Needed for Device Use(s)
Figure 258: AKM New Features Learning (Digital Camera)
Figure 259: Optimization of “Best” AKI / AK for Use (Digital Camera)
Figure 260: AKM Domain Learning from a Device (Digital Camera)
Figure 261: Vendor Device Transformations (from AKM Use; Digital Camera Example)
Figure 263: AKM Device Communications (Digital Photography Example)

Photography: AKM Camera
Figure 262: Selling / Using a “Goals Package” (VacationCam)

Current Entertainment, and Real World as Entertainment

Introduction
Introduction: “Entertainment”

Licensing in Current Entertainment Products / Additions to Entertainment Products
Figure 269: Licensable Expressions in Traditional Entertainments, and Reality Alternate Additions to Traditional Entertainment Products

RWE (RealWorld Entertainment)
Introduction: “Redefined and Expanded Entertainment”
Figure 270: RealWorld Entertainment (RWE) – Summary (example)
Figure 271: RWE Roadmap (example)
Figure 272: RWE – Summary Timeline (example)
Figure 273: RWE – Non-Linear Time (example choices)
Figure 274: RWE – Roles and World Views (examples)
Figure 275: Enter an RWE – Choose Identity, Timeline, Stage, Conflict, World view, Governance and Style
Figure 276: Access an RWE
Figure 277: Login / Register to an RWE
Figure 278: Use an RWE (participate, use, etc.)
Figure 279: Build RWE Enhancements (example)
Figure 280: RWE Players – Free Non-commercial Uses (example)
Figure 281: RWE Play Conversion to “RWE Real” Company (example)
Figure 282: "RWE Real" Licensing and Royalties (example)

Introduction
Introduction 1: “Active Knowledge Machine (AKM)”
Introduction 2: “Figures Summary”

Processes
Figure 193: Summary of Active Knowledge Machine (AKM)
Figure 194: Summary of AKM Process
Figure 195: Summary of AKM Interaction Engine
Figure 196: Summary of Active Knowledge Process of Identified Users
Figure 197: Parallel Doing / Storage / Access Structures
Figure 198–199: AKM Performance Analysis and Escalation Processes
Figure 200: AKM User Action(s) Logging
Figure 201: AKM User Performance Record(s)
Figure 202: AKM Access Knowledge Resources Service

GDE (Global Devices Environment)
Figure 209: GDE (Global Device Environment) — Decentralized (fits some devices)
Figure 210: GDE (Global Device Environment) — Centralized (fits some devices)
Figure 211: GDE (Global Device Environment) — Hybrid with Intermediate / Transition Devices
Figure 212: AKM Add / Update Device and/or Transition Device
Figure 213: GDE (Global Device Environment) — Device Outbound Communication(s)
Figure 214: GDE (Global Device Environment) — Device Inbound Communication(s)
Figure 215: AKM Multimedia Recognition and Matching

Triggers Flow, Management and Alerts
Figure 216: AKM Triggers – AKM Triggers Hierarchy and Process
Figure 217: AKM Triggers Flow
Figure 218–219: AKM Triggers Self-Service Management and Options
Figure 220: AKM Automated Alerts — Free and/or Paid Service(s)

Reporting, Switching to “Best” (includes advertising, selling)
Introduction: “AKM Reporting and Dashboards”
Figure 221: AKM Reports and Dashboard Calculation
Figure 222: AKM Reporting by Category — Anonymous Users
Figure 223: AKM Reporting by Category — Identified Users and/or Paid Service(s)
Figure 224: AKM Dashboards — Anonymous
Figure 225: AKM Dashboards — Identified Users and/or Paid Service(s)
Figure 226: AKM Comparative Reporting
Figure 227: AKM Reports for Vendors and Customers

AK Sources, Optimization, Editing AK
Figure 207: AK Content Sources and Construction
Figure 208: AKI and AK Message Construction and Display
Figure 228: AKM Optimization Services
Figure 229: AKM Optimization “Sandbox”
Figure 230: AKM Optimizations and Testing Data Resources
Figure 231: AKM Optimizations Manual Rating and/or Feedback System(s)
Figure 232: AKM Content Creation or Editing Processes, Media and Tools
Figure 233: AKM Methods for Editing / Creating AKI / AK
Figure 234: Media and Tools for AKI / AK Content Editing and/or Creation
Figure 235: AKM method(s) to access non-AKM AKI / AK
Figure 236: AKM API(s) for “Direct AKI” to Automate Task Success
Figure 237: AKM Content or Error Management (AKI, AK, etc.)

Global Optimizations Ecosystem
Figure 238: AKM Optimization Ecosystem
Figure 239: AKM Optimization Data Acquisition and Priorities Calculation
Figure 240: AKM Optimization Resources for Prioritized Optimizations
Figure 241: Conduct AKM Optimization(s)
Figure 242: AKM Predictive Analytics and EVA (Economic Value Added)

Gaps, Goals, Controls, Visible Results and Self-Management
Figure 203: (Near) Real-time AK Baseline(s) and Gap Analysis
Figure 204: Continuous Selection and Delivery of “Best AKI and AK Resources”
Figure 205–206: AKM Subscriber Quality of Life (QoL) Improvement Process
Figure 243: AKM User Profile(s) Management by User, Vendor(s) and Governance(s)
Figure 244: AKM Goal(s) Achievement Self-Service Controls
Figure 245: AKM Vendor(s) and Governance(s) Controls over User Profile(s)
Figure 246–247: AKM Continuous Visibility of Success/Failure from Goals / “Packages” Choices

Devices Architecture
Figure 17: Teleportal (TP) Devices Summary

Core Devices 
(Local Teleportal, Mobile Teleportal, Remote Teleportal)
Core Teleportal Devices: Summary
Figure 18: Summary of Some TP Devices and Components
Figure 19–25: LTP (Local Teleportal) Styles
Figure 26: MTP (Mobile Teleportal) Styles
Figure 27–28: RTP (Remote Teleportal) Styles

Devices Processing
Introduction: “TP Devices Architecture and Processing
Figure 29: Teleportal Device Architecture and Processing
Figure 30: TP Devices Processing Location(s)
Figure 31: TP Devices Processing Components Flow
Figure 32: TP Device Processing of Broadcasts
Figure 33: TP Device Processing – Multiple / Parallel
Figure 34: Local and Distributed TP Device Processing Locations
Figure 35: Device(s) Commands Entry

Teleportal Remote Control (hand-held remote)
Figure 36: Universal Remote Control (URC)
Figure 37: Universal Remote Control Interface (URCI)

SVS (Superior Viewer Sensor)
Introduction: “Subsystem – Superior Viewer Sensor”
Figure 44: SVS (Superior Viewer Sensor) Devices
Figure 45: LTP Views with an SVS (example)
Figure 46: SVS Process
Figure 47: SVS Changing Field of View due to Viewer Horizontal Location(s)
Figure 48: SVS Changing Field of View due to Viewer Distance from Screen

Continuous Digital Reality
Figure 49: Continuous Digital Reality (Auto On-Off)

Publishing and Broadcasting Outputs
Figure 50: TP Device Broadcasts / Publishing

Language Translation
Figure 51: Language Translation (Automated or Manual Recognition)

Speech Recognition
Figure 52: Speech Recognition Interactions
Figure 53: Speech Recognition Processing
Figure 54: Speech Recognition Optimizations

RCTP (Remote Control Teleportaling)
Introduction: “RCTP (Remote Control Teleportaling)”
Figure 55: RCTP – Subsidiary Devices Summary
Figure 56: RCTP – Plurality of Simultaneous Subsidiary Devices
Figure 57: RCTP – Plurality of Identity(ies) with Subsidiary Device(s)
Figure 58: RCTP – Subsidiary Devices Control Process
Figure 59: RCTP – Subsidiary Devices Protocols
Figure 60: RCTP – Control and Viewer Application(s)
Figure 61: RCTP – Initiate Subsidiary Devices Control / Viewer Application(s)
Figure 62: RCTP – Control Subsidiary Device
Figure 63: RCTP – Translate CD Instructions to an SD, and SD Outputs to CD

VTP (Virtual Teleportals)
Figure 64: Virtual Teleportals on AIDs / AODs
Figure 65: VTP Processing (AIDs / AODs)
Figure 66: VTP Connections with TP Devices
Figure 67: Adapted VTP Interface Processing

SD Servers (Subsidiary Device Servers)
Introduction: “SD Servers – Productivity Facility”
Figure 68: SD Server(s) – Register Whole or Functional SD’s
Figure 69: SD Server(s) – Use SD’s and/or SD Functions / Accounting, Payments, Growth

Summary and Examples
Introduction: “Digital Presence and Presence Services Summary”
Figure 70: “My” Digital Presence
Figure 71: Commercial Digital Presences
Figure 72: Mobile Digital Presences

SPLS Presence
Figure 73: Example Presence Architecture

Connection Services
Figure 74: TP Connection Service — Identities
Figure 75: TP Connection Service — PTR (Places, Tools, Resources, etc.)
Figure 76: TP Connection Service — IPTR
Figure 77: TP Connection Service — Focus a Connection(s)
Figure 78: Some Media Options in a Focused SPLS Connection
Figure 79: Dynamic Presence Awareness to Make Focused Connections

Presence in a Place
Introduction 1: “Presence in a Place”
Introduction 2: “Combining TP Digital Presence (TPDP) and a Place, Content and/or Advertising”
Figure 80: Individual(s) Control of Presence Boundary(ies)
Figure 81: Combine Presence, Place, Content (optional)
Figure 82: TP Configurations for Presence at a Place(s)

Reality Replacements
Introduction: “’Reality Replacement’ Businesses”
Figure 83: Set TP Presence in Place(s) with Content
Figure 84: Process “Digital Place(s)” and Content

Events: Living Worldwide
Introduction: “New ‘Current Events Media’”
Figure 85: TP Interacting Group(s) at Event(s) or Place(s)
Figure 86: Scalability and Fault-Tolerance
Figure 87 (part 1): PlanetCentrals, GoPort(s), Alerts, Etc.
Figure 87 (part 2): Attending a Free, Paid or Restricted Event(s)

Filtered Views with Data Retrieval
Figure 88: Viewing Filtered Places, Events, People, Etc. with Their DataVolume 6 (page 1 of 2)

Introduction
Introduction 1: Page 1 of “Inbound Shared Space(s) Connections – SPLS Boundary Management Services”
Introduction 2: “Summary of ARM Figures”
Figure 89: Shared Planetary Life Spaces (SPLS): Summary of Multiple Control Levels

Examples
Figure 90: Access to Each SPLS(s) Open or Prioritized Reality
Figure 91: Summary of Shared Spaces: Identities, Places, Tools, Resources, Etc.
Figure 92: Local Teleportal: Example Views
Figure 93: Mobile Teleportal: Example Views
Figure 94–95: Virtual Teleportal: Example Views

Services (for Individuals, Groups, Public)
Intro: “Shared Planetary Life Spaces for Identities, Places, Tools, Resources, Etc. (IPTR)”
Figure 96: ARM SPLS Selections: Summary
Figure 97: ARM IDENTITY’s SPLS Services — Public Identities
Figure 98: ARM IDENTITY’s SPLS Services — Private and Secret Identities
Figure 99: ARM GROUPS’ SPLS Services — Public, Private and Secret Identities
Figure 100: ARM PUBLIC’s SPLS Services — Public Services

Directories
Figure 101: ARM Directory - Summary
Figure 102: ARM and TP Directory(ies) — Process Summary
Figure 103: Directory Data / Flows — Abstracted Architecture
Figure 104: Entering & Updating Directory(ies) Data
Figure 105: Updating Directory(ies) Data / Retrieving and Using Directory(ies) Data
Figure 106: Directory Search and Browse Interface for IPTR
Figure 107: Optimizing Search and Browse Interfaces

Add to or Edit SPLS(s)
Figure 108: Select IPTR and Focus It, or Make it Part of Your Shared Space(s)
Figure 109: Add / Edit Shared Space(s)

Life Space Metrics (Reporting and Recommendations)
Figure 110: Life Space Metrics: Directory(ies) Reporting and Recommendation Processes
Figure 111: Life Space Metrics: Recommendation Service for Personal and Group Goals

Shared Spaces Services: Outbound
Figure 112: Outbound SPLS Connections with Identities, Places, Tools, Resources, Etc.
Figure 113: Open Outbound Shared Space(s) with Identities, Places, Tools, Resources, Etc.
Figure 114: Actions when Outbound Shared Space is Not Available (Identities, Places, Tools, Resources, Etc.)

Shared Spaces Services: Inbound with Boundaries
Figure 115: Inbound Shared Space(s) Connections: SPLS Boundary Manager Services
Figure 116: Inbound Shared Space Connection Request: Add to SPLS? Add to Paywall, Filter, or Protection Boundary?
Figure 117: TP Paywall Services
Figure 118: TP Perform Required Paywall Criteria
Figure 119: TP Perform Required Paywall Criteria (example)
Figure 120: TP Priorities / Filters Services
Figure 121: TP Protection Services: Individuals, Groups, Public
Figure 122: TP Protection Services: Individuals (Reject, Filter, Block / Protect)
Figure 123: TP Protection Services: Groups (Reject, Filter, Block / Protect)
Figure 124: TP Protection Services: Public (Value, Act, Protect)

Setting ARM Boundaries
Figure 125: ARM Boundaries: Automated Setting or Updating (Paywalls, Priorities, Filters, Protections, Etc.)
Figure 126: ARM Boundaries: Retrieving, Analyzing, Displaying Tracked Boundary Metrics
Figure 127: ARM Automated Boundaries Example: Group Example (“Green Planet” Environmental Governance)
Figure 128: ARM Boundaries: Manual Setting or Editing (Paywalls, Priorities, Filters, Protections, Etc.)
Figure 129: ARM Manual Boundaries Example: Group “Protect” Example (“Green Planet” Governance)

Physical Property Protection (Security Industry)
Figure 130: TP Property Protection Services Boundary (Interactive Locations and Devices)

Constructed Digital Realities (CDR)

Summary
Introduction: “Constructed Digital Realities (RTPs and Other TP Devices)
Introduction: “RTP Processing”

CDR Processing
Figure 38: RTP Processing – Digital Realities
Figure 39: RTP Processing Locations
Figure 40: Digital Realities Construction Resources

CDR Monetizing
Figure 41–42: TP Devices’ Digital Realities, Events, Broadcasts, Etc. & Revenues

CDR Integration with ARM (Alternate Realities Machine)
Figure 43: Integration with ARM Boundaries Settings (Choose Your Reality[ies])

Multiple Identities

Introduction
Figure 116: Current Use of Identities

Multiple Identities Services and Examples
Figure 167: Multiple Identities by Identity Service(s), Identity Server(s), Etc.
Figure 168: Example Multiple Identities
Figure 169: Example Interface User’s Multiple Identities Management

Architecture, Sign-on, Use resources
Figure 170: Abstracted Architecture for Identity Service(s), Identity Server(s), Etc.
Figure 171: Set up and/or Single-Sign-On for Multiple Identities and Their Services, Devices, Vendors, Etc.
Figure 172: TPU Gateway, Authentication and Authorization, and Resource Use by Multiple Identities

Multiple Identities Ownership of Property and Assets
Figure 173: Multiple Identities Ownership of Assets and Property with Authentication and Auditing

Multiple Identities Devices Use
Figure 174: Set Up Devices for Use by Multiple Identities
Figure 175: Simultaneous Use and/or Sign-on by Devices for One or Multiple Identities

Governances

Introduction
Introduction: “AKM Governances”

Three Example Governances
Figure 248: IndividualISM -- Personal Sovereignty; Decentralized Governance (‘Governance’ 1 of many)
Figure 249: CorporatISM – Economic Governance (‘Governance’ 2 of many)
Figure 250: WorldISM -- Centralized Governance Worldwide (‘Governance’ 3 of many)

GRS (Governances Revenue System)
Figure 251: GRS – Governances Revenues System (Economic Integration)

CorporatISM Governance Example: Upward Mobility into Lifetime Luxury
Figure 264: CorporatISM Governance Summary
Figure 265: CorporatISM Governance Example (Upward Mobility to Lifetime Luxury)

IndividualISM Governance Example: Customer Control
Figure 266: sIndividualISM Governance Example (one or more competing ‘Customer Control, Inc.’)

Digital Freedom from Dictatorships

Introduction 1: Digital Freedom from Dictatorships System
Introduction 2: Freedom from Dictatorships System
Figure 252: Freedom from Dictatorships – Opening a Free (Stealth) Identity
Figure 253: Freedom from Dictatorships – Free Identities’ Connections
Figure 254: Freedom from Dictatorships – Free Identities’ Tasks

Factored Utility Components
Figure 131: Brief Teleportal Utility (TPU) Summary
Figure 132: Common Elements in Global Technologies
Figure 133: Factor Common Elements for a Teleportal Utility
Figure 134: Teleportal Utility with Common Elements, Services & Transport (Summary)

Utility Model
Figure 135: Teleportal Utility (TPU) Overview

Utility Services
Figure 136: TPU Security & Privacy (6430)
Figure 137: TPU Data Sharing (6430)
Figure 138: TPU Messaging & Metering (6430)
Figure 139: TPU Managed Transport and Latency (6428)
Figure 140: TPU Managed Transport: Differentiated Services (6428)
Figure 141: TPU Managed Transport: Differentiating Session Services (6428)
Figure 142: TPU Managed Transport: Optimizing Service Quality (6428)
Figure 143: TPU Managed Transport: Bandwidth Reduction — Multicast & Unicast (6428)
Figure 144: TPU Managed Transport: Bandwidth Reduction — Multicast Broadcast (6428)
Figure 145: TPU Managed Transport: Bandwidth Reduction — Compression (6428)
Figure 146: TPU Operating Systems (6426)
Figure 147: TPU Servers / Storage / Load Balancing (6424)
Figure 148: Current Non-Virtual Applications (6422)
Figure 149: TPU Virtual Applications (6422)
Figure 150: TPU Virtual Architecture (6422)

TPOG (Teleportal Optimized Gateway)
Figure 151: TPU GCI Optimization / Gateway (TPOG) (6420)
Figure 152: TPU AID / AOD Sessions (6420)

Network Services
Figure 153: Teleportal Events Services Processes (6418)
Figure 154: TPU Services Bus / Hubs (6418)
Figure 155: TPU Services Architecture (6418)
Figure 156: TPU Improvements Process (6418)
Figure 157: Example Service: One TP Sign-on (6418)

Devices Management
Figure 158: TPU Devices Management (6416)
Figure 159: New TPU Customer Devices Discovery (6416)
Figure 160: New Teleportal Customer Devices Configuration (6416)
Figure 161: TP Utility New Devices Configuration Process (6416)

Business Systems
Figure 162: TPU Business Revenues (6414)
Figure 163: TPU Business Services Communications (6414)
Figure 164: TPU Business Services Architecture (6414)
Figure 165: TPU Business Services Customer Billing Example (6414)
Figure 190: TPU Information Exchange (6408)
Figure 191: TPU Data & Revenue Flows (6408)

Applications
Introduction: “TP Applications (6412)”
Figure 176: TPU Applications Services: Sources of Applications and Services (6412)
Figure 177: TPU Applications Services: Simple & Complex Apps (6412)
Figure 178: TPU Multi-Sources Applications Services Processes (6412)
Figure 179: High-level Customer-Vendor Lifecycle of TPU Applications (6412)
Figure 180: TPU Process to Run Applications (6412)
Figure 181: TPU Device & Session Process to Run Multiple Applications (6412)
Figure 182: Select & Run TPU Application Service (6412)

Consistent User Interface
Introduction: “Presentation / User Experience / User Interface(s)”
Figure 183: TP User Experience (6410)
Figure 184: TP Device Interface Service (6410)
Figure 185: Adaptive User Interface(s) (6410)
Figure 186: TP Interface Components Process (6410)
Figure 187: TP Interface Presentation (6410)

Ecosystem and Partners
Introduction: “Partners / Supply Chain / Services Ecosystems (6408)”
Figure 188: Classic Competition vs TPU “Friendition” (6408)
Figure 189: TPU Ecosystem Process (6408)
Figure 192: Infrastructure for New TP Innovation (Technologies, Networks, Devices, Hardware, Services, Applications, Etc.; 6404)