Revision history for BP575
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NAME
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Non-number-based Bongard Problems vs. Bongard Problems whose solutions only depend on counting the number of something.
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COMMENTS
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Right examples have the keyword "number" on the OEBP. The solution must only depend on counting the number of something: no comparison between numbers of different things.
When a "number" Bongard Problem sorts numbers unambiguously (keyword @precise), the left side and the right side define disjoint sets of numbers. When a "number" Bongard Problem sorts all numbers (keyword @allsorted), the subsets are complements of one another.
Many but not all right examples require nontrivial mathematical knowledge to solve (keyword @math). |
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COMMENTS
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Right examples have the keyword "number" on the OEBP. The solution must only depend on counting the number of something: no comparison between numbers of different things.
When a "number" Bongard Problem sorts numbers unambiguously (keyword @precise), the left side and the right side define disjoint sets of numbers. When a "number" Bongard Problem sorts all numbers (keyword @allsorted), the subsets are complements of one another.
Many but not all left examples involve nontrivial mathematical knowledge to solve (keyword @math). |
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COMMENTS
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Left examples have the keyword "number" on the OEBP. The solution must only depend on counting the number of something: no comparison between numbers of different things.
When a "number" Bongard Problem sorts numbers unambiguously (keyword @precise), the left side and the right side define disjoint sets of numbers. When a "number" Bongard Problem sorts all numbers (keyword @allsorted), the subsets are complements of one another.
Many but not all left examples involve nontrivial mathematical knowledge to solve (keyword @math). |
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CROSSREFS
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BP200 is a version of this with sides flipped, sorting pictures of Bongard Problems (miniproblems) instead of @links to pages on the OEBP, and with emphasis on feature-based solutions as an alternative to number-based solutions. |
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COMMENTS
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Left examples have the keyword "number" on the OEBP. The solution must only depend on counting the number of something: no comparison between numbers of different things.
When a "number" Bongard Problem sorts numbers unambiguously (keyword @exact), the left side and the right side define disjoint sets of numbers. When a "number" Bongard Problem sorts all numbers (keyword @allsorted), the subsets are complements of one another.
Many but not all left examples involve nontrivial mathematical knowledge to solve (keyword @math). |
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CROSSREFS
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BP200 is a version of this with sides flipped, sorting pictures of Bongard Problems (miniproblems) instead of @links to pages on the OEBP, and with emphasis on feature-based solutions as the opposite of number-based solutions. |
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CROSSREFS
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BP200 is a version of this with sides flipped, with pictures of Bongard Problems instead of links to pages on the OEBP, and with emphasis on feature-based solutions as the opposite of number-based solutions. |
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COMMENTS
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Left examples have the keyword "number" on the OEBP. The solution must only depend on counting the number of something: no comparison between numbers of different things.
When a "number" Bongard Problem sorts numbers unambiguously (keyword "exact" left-BP508), the left side and the right side define disjoint sets of numbers. When a "number" Bongard Problem sorts all numbers (keyword "allsorted" left-BP509), the subsets are complements of one another.
Many but not all left examples involve nontrivial mathematical knowledge to solve (keyword "math" left-BP571). |
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COMMENTS
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Left examples have the keyword "number" on the OEBP. The solution must only depend on counting the number of something: no comparison between numbers of different things.
When a "number" Bongard Problem sorts numbers unambiguously (keyword "exact" left-BP508), the left side and the right side define disjoint sets of numbers. When a "number" Bongard Problem sorts all numbers (keyword "wholesort" left-BP509), the subsets are complements of one another.
Many but not all left examples involve nontrivial mathematical knowledge to solve (keyword "math" left-BP571). |
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COMMENTS
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Left examples have the keyword "number" on the OEBP. The solution must only depend on counting the number of something: no comparison between numbers of different things.
When a "number" Bongard Problem sorts numbers unambiguously (keyword "exact" left-BP508), the left side and the right side define disjoint sets of numbers. When a "number" Bongard Problem sorts all numbers (keyword "whole" left-BP509), the subsets are complements of one another.
Many but not all left examples involve nontrivial mathematical knowledge to solve (keyword "math" left-BP571). |
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COMMENTS
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Left examples have the keyword "number" on the OEBP. The solution must only depend on counting the number of something: no comparison between numbers of different things.
When a "number" Bongard Problem sorts numbers unambiguously (keyword "exact" left-BP508), the left side and the right side define disjoint sets of numbers. When a "number" Bongard Problem sorts all numbers (keyword "whole" left-BP509), the subsets are complements of one another.
Many (but not all) left examples involve mathematical understanding to solve. |
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