Epstein Secrets

VDIFF. Step A calculates the amount by which the rich have been made poorer, and uses this to make the

tion of DeSTIN and OpenCog involves two key aspects: • recognition of patterns in sets of DeSTIN states, and exportation of these patterns into the OpenCog Atomspace EFTA00624321 29.3 Integrating DeSTIN and OpenCog 175 • use of OpenCog-created concepts within DeSTIN nodes, alongside statistically-derived "cen

s. - We have not yet thought through exactly how rich the semantic formalism should be for handling th

bjects, each one with their own characteristics. For example, we could have multiple balls, with varying colors and sizes. We represent this in the OpenCog Atomspace via using multiple nodes: a single ConceptNode to represent the concept "ball", a WordNode associated with the word "ball", and numerous Se- meNocS

g up a block in the dark is a perfect example of rich coupling of perception and action networks. Feeli

types of artificial money, STICurrency and LTICur- rency. Theoretically these may be converted to one another. • Attentional Focus: The Atoms in an OpenCog Atomspace whose ShortTennImportance values lie above a critical threshold (the AttentionalFocus Boundary). The Attention Allo- cation subsystem treats these A

twork, in which a hierarchy exists, along with a rich network of heterarchical links joining nodes in t

types of artificial money, STICurrency and LTICur- rency. Theoretically these may be converted to one another. • Attentional Focus: The Atoms in an OpenCog Atomspace whose ShortTennImportance values lie above a critical threshold (the AttentionalFocus Boundary). The Attention Allo- cation subsystem treats these A

etwork, in which a hierarchy exists, along with a rich network of heterarchical links joining nodes in t

nt types of artificial money, STICurrency and LTICur- rency. Theoretically these may be converted to one another. Attentional Focus: The Atoms in an OpenCog Atomspace whose ShortTermImportance values lie above a critical threshold (the AttentionalFocus Boundary). The Attention Allo- cation subsystem treats these At