n environ- ments, calculated as a weighted average over some fuzzy set of goals and environments. • Predicate Evaluation: The process of determining the Truth Value of a predicate, embod- ied in a PredicateNode. This may be recursive, as the predicate referenced internally by a Grounded PredicateNode (and repres

at cute <.5> EFTA00624049 274 14 Representing Implicit Knowledge via Hypergraphs where the <.5> denotes the probability, which is a component of the Truth Value associated with the edge. Next, the most basic functional edge is the Execution edge, which is ternary and denotes a relation between a Schema, it

n environ- ments, calculated as a weighted average over some fuzzy set of goals and environments. • Predicate Evaluation: The process of determining the Truth Value of a predicate, embod- ied in a PredicateNode. This may be recursive, as the predicate referenced internally by a Grounded PredicateNode (and repres

<.5> HOUSE_OVERSIGHT_013189 274 14 Representing Implicit Knowledge via Hypergraphs where the <.5> denotes the probability, which is a component of the Truth Value associated with the edge. Next, the most basic functional edge is the Execution edge, which is ternary and denotes a relation between a Schema, its

n environ- ments, calculated as a weighted average over some fuzzy set of goals and environments. e Predicate Evaluation: The process of determining the Truth Value of a predicate, embod- ied in a PredicateNode. This may be recursive, as the predicate referenced internally by a Grounded PredicateNode (and represe