6.7 Conclusion 117 PROCEDURE EPISODIC BACKUP SERVER EMBEDDING REPOSITORY MEMORY STORE SPACE REPOSITORY FORMATION MOSES/ ; cabin PROCEDURE ENGINE / RECALL QREROSTING LEARNING DECLARATIVE/ ae Bi SEMANTIC ATOMS Co-0) See coeaey “ * HEBBIAN C) ATOMS ARE ATOMS 4 SELECTIVELY INFERENCE PROCEDURE = is ATOMS i 7 Poe a ALL ATOMS | Le proceoure BSD ano Loner e o_o - G-TERM @ UlaTOMS oe IMPORTANCE VALUES MOTOR ge PROCEDURE ATOMS —sTy a a SC SOTUNCERTAIN) @ Goa @ FEELING ) TRUTH VALUES ATOMS ATOMS 6 ATOM SPACE IMPRINTER Co co Cc — mo — oo — a — | — a PERCEPTION REeOKeE MENT ACTION HIERARCHY _] HIERARCHY | HIERARCHY LANGUAGE LANGUAGE COMPREHENSION GENERATION HERARCHY HIERARCHY SENSORS ACTUATORS Fig. 6.2: Key Explicitly Implemented Processes of CogPrime . The large box at the center is the Atomspace, the system’s central store of various forms of (long-term and working) memory, which contains a weighted labeled hypergraph whose nodes and links are "Atoms" of various sorts. The hexagonal boxes at the bottom denote various hierarchies devoted to recog- nition and generation of patterns: perception, action and linguistic. Intervening between these recognition/generation hierarchies and the Atomspace, we have a pattern mining/imprinting component (that recognizes patterns in the hierarchies and passes them to the Atomspace; and imprints patterns from the Atomspace on the hierarchies); and also OpenPsi, a special dynam- ical framework for choosing actions based on motivations. Above the Atomspace we have a host of cognitive processes, which act on the Atomspace, some continually and some only as context dictates, carrying out various sorts of learning and reasoning (pertinent to various sorts of memory) that help the system fulfill its goals and motivations.