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n-channel importance separately from ordinary importance. And, just as we have channel-specific AttentionValues, we may also have channel-specific TruthValues. This allows the system to separately account for the frequency of a given percep- tual item in a given interaction channel. However, no specific mec
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
largely by ECAN acting on Atten- tionValues and HebbianLinks in the Atomspace: whereas declarative knowledge is dealt with largely by PLN acting on TruthValues and logical links, also in the AtomSpace). So one has a mix of the "different representations for different memory types" approach and the "differen
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
lso refers to an Atom that is used as the first argument of a ContextLink. The second argument of the ContextLink then contains Links or Nodes, with TruthValues calculated restricted to the context defined by the first argument. For instance, (ContextLink USA (InheritanceLink person obese )). • Core: The M
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
lso refers to an Atom that is used as the first argument of a ContextLink. The second argument of the ContextLink then contains Links or Nodes, with TruthValues calculated restricted to the context defined by the first argument. For instance, (ContextLink USA (InheritanceLink person obese )). • Core: The M
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
also refers to an Atom that is used as the first argument of a ContextLink. The second argument of the ContextLink then contains Links or Nodes, with TruthValues calculated restricted to the context defined by the first argument. For instance, (ContextLink USA (InheritanceLink person obese )). Core: The MindO
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
Entities connected to both TruthValues and OpenCog Atomspace
OpenCog
ORGANIZATIONConceptNodes
ORGANIZATION
Marc Rich
PERSONMindAgents
PERSONImplicationLinks
ORGANIZATIONDeSTIN
ORGANIZATIONPredicateNode
LOCATIONPredicateNodes
ORGANIZATIONFrameNet
ORGANIZATIONSTICurrency
LOCATIONScheduler
ORGANIZATIONSimilarityLinks
ORGANIZATION
Joscha Bach
PERSONCogPrime
ORGANIZATIONCompositional Spatiotemporal Deep Learning Network
ORGANIZATION
Stephen Hawking
PERSON
Rui Liu
PERSONSchemallode
PERSON
Vicky Ward
PERSON
Ray Kurzweil
PERSON