Epstein Secrets

s patterns in itself, and then embodies these patterns as new content within 351 EFTA00624498 352 42 Map Formation itself - an instance of what Hofstadter famously labeled a "strange loop" 'Hurl. In SMEPH terms, the encapsulation process is how CogPrime explicitly studies its own derived hypergraph an

on an Alternative Representational Approach We briefly pause to contrast certain technical aspects of the present approach to analogous as- pects of the Webmind AI Engine (one of CogPrime's predecessor Al systems, briefly discussed in Chapter 19.1). This predecessor system used a knowledge representation somewhat simi

xive inference, which represents in connectionist architecture relations, types, entities and causal rules using focal-clusters. However, much like Hofstadter's earlier Copycat architecture lof95], Shruti seems more interesting a S a prototype exploration of ideas than as a practical AGI system; at least,

fore anyone else was interested in listening. Ken and I schemed some AGI designs at Simon's Rock College in 1983, years before we worked together on the Webmind AI Engine. • Allan Combs, who got me thinking about consciousness in various different ways, at a very early point in my career. I'm very pleased to still co

lexive inference, which represents in connectionist architecture relations, types, entities and causal rules using focal-clusters. However, much like Hofstadter’s earlier Copycat architecture [Hof95], Shruti seems more interesting as a prototype exploration of ideas than as a practical AGI system; at least, a

oing thinking and research). The collaborative design process ultimately resulting in CogPrime started in 1997 when Intelligenesis Corp. was formed — the Webmind AI Engine created in Intelligenesis’s research group during 1997-2001 was the predecessor to the Novamente Cognition Engine created at Novamente LLC during 200