Datasets:
title: 'House Oversight: Estate Documents (Nov 12) (HOUSE_OVERSIGHT_013063)'
source: 'House Oversight: Estate Documents (Nov 12)'
sourceUrl: https://www.justice.gov/epstein
date: '2026-01-01'
category: House Oversight
eftaNumber: HOUSE_OVERSIGHT_013063
ocrPages: 1
ocrChars: 2556
ocrElapsed: 0
parseTier: external-legacy
engine: engine undisclosed (ep-nov-12.greg.technology mirror)
externalSource: greg-ep-nov-12
externalLicense: not granted
externalCredit: ep-nov-12.greg.technology
externalUrl: https://ep-nov-12.greg.technology
8.3 Cognitive Synergy in CogPrime 147 Declarailve Memory Uncertain inference: deduction, inducion. Unsupervised Pattern Mining Concept creation: Including blending Cognitive Processos Associated with Types of Memory Sensorimotor Memory Modality specific memory: Body map for haptics & kinesthetics. hierarchical memory for vision. etc.. Specialised pattem recegnition: Creates patens linking modally specia stores into sectarative, procedurai and episode memory Procedural Memory Supervised program leaming Leaning of a programs given a Tinens function* #berative slannin ne in an uncertainty- sawwy w Attentional Memory & System Control Dynamic atiention allocation: Dynamically determining the space and time resources allocated to memory items. for resource allocation & credit assignment Map fermation Identication and refication of global amergent mamory pattoms Goal System Refinement of given goals into subgoals: allocation of resources among goals Episodic Memory Internal Simulation of historical and hypothetical external events Spacetime interface: special mechanisms for linking spatotemporal experiental knowledge with delearative and procedural knowlege Fig. 8.2: High-level overview of the key cognitive dynamics considered here in the context of cognitive synergy. The cognitive synergy principle describes the behavior of a system as it pursues a set of goals (which in most cases may be assumed to be supplied to the system "a priori", but then refined by inference and other processes). The assumed intelligent agent model is roughly as follows: At each time the system chooses a set of procedures to execute, based on its judgments regarding which procedures will best help it achieve its goals in the current context. These procedures may involve external actions (e.g. involving conversation, or controlling an agent in a simulated world) and/or internal cognitive actions. In order to make these judgments it must effectively manage declarative, procedural, episodic, sensory and attentional memory, each of which is associated with specific algorithms and structures as depicted in the diagram. There are also global processes spanning all the forms of memory, including the allocation of attention to different memory items and cognitive processes, and the identification and reification of system-wide activity patterns (the latter referred to as "map formation") Table 8.5: default Table will go here Table 8.6: Key OpenCogPrime cognitive processes categorized according to knowledge type and process type HOUSE_OVERSIGHT_013063