Q. Which concept naturally emerges in the context of Big Data and machine-processable semantics on the WWW?

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Q. What type of queries are efficiently resolved by HDT-FoQ's infrastructure?

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Q. How does the O-Index affect the overall requirements of HDT-FoQ?

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Q. What is the role of the O-Index in HDT-FoQ?

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Q. How does HDT-FoQ address the challenge of accessing data by object?

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Q. Why is accessing data by object challenging in HDT-FoQ?

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Q. In HDT-FoQ, what is the practical benefit of using a wavelet tree for predicate access?

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Q. How does HDT-FoQ handle access by predicate efficiently?

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Q. What is the advantage of using a wavelet tree for predicate access in HDT-FoQ?

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Q. How is efficient access by predicate achieved in HDT-FoQ?

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Q. Why is accessing data by predicate considered challenging in HDT-FoQ?

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Q. What is the final step in HDT-FoQ to determine the existence of a triple in the data set?

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Q. In HDT-FoQ, how is the predicate list located for a given triple pattern?

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Q. How are sequences Sp and So from the BitmapTriples encoding loaded into memory in HDT-FoQ?

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Q. In HDT-FoQ, what is the idea behind the Dictionary component?

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Q. What does HDT-FoQ stand for?

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Q. How is the subject encoded in HDT's BT encoding?

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Q. What is the advantage of sorting predicates within each tree in BT encoding?

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Q. What does BT encoding in HDT represent pairs of?

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Q. How are objects organized within each path in the BT encoding of HDT?

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