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Extraction Summary

2
People
2
Organizations
1
Locations
1
Events
1
Relationships
3
Quotes

Document Information

Type: Scientific paper / technical report page (house oversight production)
File Size: 1.25 MB
Summary

This document is page 122 from a technical paper titled 'A Brief Overview of CogPrime.' It details the architecture of the OpenCog Artificial Intelligence system, specifically illustrating how different memory types (Declarative, Intentional, Attentional, Procedural, Episodic) interact within an 'Atomspace.' The page includes a screenshot of a virtual simulation where an AI dog named Fido answers spatial reasoning questions. The footer 'HOUSE_OVERSIGHT_013038' indicates this document was obtained during the House Oversight Committee's investigation, likely related to Jeffrey Epstein's funding of AI research and scientists.

People (2)

Name Role Context
Sally Virtual Avatar
User-controlled character in the OpenCog simulation interacting with Fido.
Fido Virtual Dog / AI Agent
OpenCog-controlled virtual dog responding to commands and queries.

Organizations (2)

Name Type Context
OpenCog
Open-source artificial intelligence framework mentioned in the caption and diagram.
House Oversight Committee
Implied by the Bates stamp 'HOUSE_OVERSIGHT_013038', indicating this document is part of a congressional investigation.

Timeline (1 events)

Unknown
Demonstration of OpenCog-controlled virtual dog answering spatial questions.
Virtual Simulation
Sally (Avatar) Fido (AI)
View

Locations (1)

Location Context
Virtual Environment
A 3D simulation featuring trees, a fountain, and a red ball.

Relationships (1)

Sally → Owner/Pet (Virtual) → Fido
Chat log shows Sally giving commands and asking questions of Fido.

Key Quotes (3)

"Fig. 6.6: Screenshot of OpenCog-controlled virtual dog"
Source
HOUSE_OVERSIGHT_013038.jpg
Quote #1
"The upper left shows declarative nodes and links in the Atomspace."
Source
HOUSE_OVERSIGHT_013038.jpg
Quote #2
"All the various types of knowledge link to each other and can be approximatively converted to each other."
Source
HOUSE_OVERSIGHT_013038.jpg
Quote #3

Full Extracted Text

Complete text extracted from the document (1,508 characters)

122 6 A Brief Overview of CogPrime
[Screenshot of virtual environment UI]
Pet Info
Pet Emotions
Happiness
Fear
Pride
Love
Hate
Anger
Gratitude
Excitement
Physiological Feelings
Energy
Hunger
Thirst
Pee Urgency
Poo Urgency
Chat Local Party Combat System
[Sally]: Look around you.
[Fido]: Yes
[Sally]: Is the red ball next to the tree?
[Fido]: Yes
[Sally]: Is the bone next to the fountain?
[Fido]: No
[Sally]: What is the color of the ball?
[Fido]: The ball is red
[Sally]: What is next to the tree?
[Fido]: The red ball is next to the tree
Fig. 6.6: Screenshot of OpenCog-controlled virtual dog
[Diagram: Relationship Between Multiple Memory Types]
DECLARATIVE KNOWLEDGE
Predictive Implication
Evaluation
Maintain Appropriate Energy
INTENTIONAL KNOWLEDGE
Current Location
Find Entity Near
Evaluation Link
Lost
battery
Hebbian Link
ATTENTIONAL KNOWLEDGE
If
Inheritance
DECLARATIVE PROCEDURAL CONVERSION
Low
get My Energy
Schema Node
Find Entity Near
PROCEDURAL KNOWLEDGE
get Current Location
battery
EPISODIC/SENSORY KNOWLEDGE
Fig. 6.7: Relationship Between Multiple Memory Types. The bottom left corner shows a program tree, constituting procedural knowledge. The upper left shows declarative nodes and links in the Atomspace. The upper right corner shows a relevant system goal. The lower right corner contains an image symbolizing relevant episodic and sensory knowledge. All the various types of knowledge link to each other and can be approximatively converted to each other.
HOUSE_OVERSIGHT_013038
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