Technical Diagram of Cognitive Atomspace – No Evident Investigative Leads

6.7 Conclusion DIMENSIONAL EMBEDDING ASSOCIATIVE SPACETIME PROCEDURE EPISODIC SERVER REPOSITORY MEMORY SPACE REPOSITORY BACKUP STORE MAP FORMATION PROCEDURE LEARNING MaSES/ WORLD EPISODIC FORGETTING/ mannan qineiuc SIMULATION, | ENCODING FREEZING) | A AO ENGINE / RECALL DEFROSTING | / | ATTENTION ALLOCATION oo }/ / BLENDING DECLARATIVE/ ATOMS | SEMANTIC ATOMS a NEW ATOMS | 7 | me a, o ) ARE FORMED } \ ya | K | if ™. | CLUSTERII | of ‘ | Nh a HEBBIAN ©) ATOMS ARE } oy atoms \ SELECTIVELY | PLN / ar h \ “FORGOTTEN” } PROBABILSTIC ‘ i | INFERENCE X \ eR | | | \, } | ‘ f & ALL ATOMS | DIALOGUE at" HAVE SHORT PROCEDURE / = 3 _ AND LONG-TERM | ATOMS | 42°” IMPORTANCE VALUES } MOTOR ¥ ¥ | PROCEDURE x ] ATOMS _—— | a if SOME ATOMS HAVE | e a @ £ 7 (UNCERTAIN) | @ coat | J@ FEELING f “TRUTH VALUES | F e Atoms ‘. | \ ATOM SPACE PERCEPTION HIERARCHY LANGUAGE GENERATION HIERARCHY LANGUAGE COMPREHENSIO| HERARCHY SENSORS HIERARCHY, 119 ACTUATORS Fig. 6.4: Links Between Cognitive Processes and the Atomspace. The cognitive pro- cesses depicted all act on the Atomspace, in the sense that they operate by observing certain Atoms in the Atomspace and then modifying (or in rare cases deleting) the m, and potentially adding new Atoms as well. Atoms represent all forms of knowledge, but some forms of knowl- edge are additionally represented by external data stores connected to the Atomspace, such as the Procedure Repository; these are also shown as linked to the Atomspace. HOUSE_OVERSIGHT_013035