Epstein Secrets

ing the Atomspace formalism satisfies the relevant general requirements and has proved workable from a practical software perspective. In terms of the Mind-World Correspondence Principle introduced in Chapter 10, the impor- tant point regarding the Atom representation is that it must be flexible enough to allow the compact and rapidl

han using a Handle based notation which Atoms would be referred to as 1, 3433322, etc.; but sometimes we will use the Handle notation as well. Some ConceptNodes and conceptual PredicateNode or Schemallodes may correspond with human-language words or phrases like cat, bite, and so forth. This will be the mino

lary, which doesn't really contain all the needed concepts. 10.5 How Might the Mind-World Correspondence Principle Be Useful? Suppose one believes the Mind-World Correspondence Principle as laid out above so what? Our hope, obviously, is that the principle could be useful in actually figuring out how to architect intelligent systems

Knowledge in the Atomspace. A simple example of implicit knowledge in the Atomspace. The "chicken" and "food" concepts are represented by "maps" of ConceptNodes interconnected by HebbianLinks, where the latter tend to form between Con- ceptNodes that are often simultaneously important. The bundle of links bet

ulary, which doesn’t really contain all the needed concepts. 10.5 How Might the Mind-World Correspondence Principle Be Useful? Suppose one believes the Mind-World Correspondence Principle as laid out above so what? Our hope, obviously, is that the principle could be useful in actually figuring out how to architect intelligent systems

t Knowledge in the Atomspace. A simple example of implicit knowledge in the Atomspace. The "chicken" and "food" concepts are represented by "maps" of ConceptNodes interconnected by HebbianLinks, where the latter tend to form between Con- ceptNodes that are often simultaneously important. The bundle of links bet