Q. What is genetic drift in the context of Knowledge Organisms (KOs)?

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Q. What effect occurs if genetic drift leads to a distinct group of KOs capable of reproducing themselves with their recombined genomes?

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Q. What is the purpose of introducing constraints or restrictions in the evolution of knowledge representations?

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Q. What is breeding in the context of Knowledge Organisms (KOs)?

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Q. What does the fitness of Knowledge Organisms (KOs) represent?

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Q. In which layer of the processing stack is the evolving knowledge ecosystem introduced?

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Q. What is the outcome when cooperative Knowledge Organisms (KOs) approach a knowledge token?

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Q. Why is quantifying the strength or fitness of Knowledge Organisms (KOs) and knowledge tokens important?

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Q. What does fitness of Knowledge Organisms (KOs) have in common with fitness of knowledge tokens?

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Q. In competitive scenarios among Knowledge Organisms (KOs), who typically acquires a knowledge token?

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Q. What is the primary objective of a Big Data computing system or infrastructure?

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Q. What role do ontologies play in the Knowledge Organism (KO) ecosystem?

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Q. How do ontologies change in the evolving ecosystem?

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Q. What does "reuse" of an ontology in the context of KOs and data processing mean?

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Q. How does the reuse of ontologies increase their value in the KO ecosystem?

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Q. In the evolving KO ecosystem, what leads to changes in ontologies?

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Q. What is the purpose of the knowledge extraction subsystem in the KO ecosystem?

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Q. How do ontologies naturally change in the KO ecosystem?

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Q. What is one of the factors that can influence the fitness of a KO in the ecosystem?

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Q. How does the age of assertions in a KO's knowledge body affect its fitness?

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