Bongard Problems in which the individual examples are unclearly sorted (it may be arguable which side they should go on) but many examples together are still able to communicate the solution vs. other Bongard Problems.

Bongard Problems in which individual examples are unclearly sorted (it may be arguable whether they fit on either side) but many examples together are still able to communicate the solution vs. other Bongard Problems.

Left examples have the keyword "collective" on the OEBP.

Collective Problems are borderline "invalid" Bongard Problems (left-BP522). There is no one rule dividing the sides; the solution is not a method to determine whether an arbitrary example fits left or right. It is a less strict kind of Bongard Problem.

Collective implies fuzzy (right-BP508). Collective Problems are often abstract (left-BP512). Subjective Problems (left-BP520) are often collective.

Bongard Problems in which individual examples are unclearly sorted (it is usually arguable whether they fit on either side) but many examples together are still able to communicate the solution vs. other Bongard Problems.

Left examples have the keyword "collective" on the OEBP.

Collective implies fuzzy (right-BP508). Collective Problems are often abstract (left-BP512). Subjective Problems (left-BP520) are often collective.

Collective Problems usually rely on a high probability that the solver's judgment will overlap with the Problem creator's for most examples, as long as enough examples are shown.

Collective Problems are borderline invalid; it is no longer necessarily possible for someone who knows the solution to sort a new unsorted example. However, the Problem is still "valid" in that is still possible for someone to parse the solution by seeing a random selection of examples from the pool of left examples and random selection of examples from the pool of right examples.

Left examples have the keyword "collective" on the OEBP.

Collective implies fuzzy (right-BP508). Collective Problems are often abstract (left-BP512). Subjective Problems (left-BP520) are often collective.

Collective Problems usually rely on a high probability that the solver's judgment will overlap with the Problem creator's for most examples, as long as enough examples are shown.

Collective Problems are borderline invalid; it is no longer necessarily possible for someone who knows the solution sort a new unsorted example. However, the Problem is still "valid" in that is still possible for someone to parse the solution by seeing a random selection of examples from the pool of left examples and random selection of examples from the pool of right examples.

Left examples have the keyword "collective" on the OEBP.

Collective implies fuzzy (right-BP508). Collective Problems are often abstract (left-BP512). Subjective Problems (BP520) are often collective.

Collective Problems usually rely on a high probability that the solver's judgment will overlap with the Problem creator's for most examples, as long as enough examples are shown.

Collective Problems are borderline invalid; it is no longer necessarily possible for someone who knows the solution sort a new unsorted example. However, the Problem is still "valid" in that is still possible for someone to parse the solution by seeing a random selection of examples from the pool of left examples and random selection of examples from the pool of right examples.

Left examples have the keyword "collective" on the OEBP.

Collective implies fuzzy (right-BP508). Collective Problems are often abstract (left-BP512).

Collective Problems usually rely on a high probability that the solver's judgment will overlap with the Problem creator's for most examples as long as enough examples are shown.

Collective Problems are borderline invalid; it is no longer necessarily possible for someone who knows the solution sort a new unsorted example. However, the Problem is still "valid" in that is still possible for someone to parse the solution by seeing a random selection of examples from the pool of left examples and random selection of examples from the pool of right examples.

Left examples have the keyword "collective" on the OEBP.

Collective implies fuzzy (right-BP508). Collective Problems are often abstract (left-BP512).

Collective examples usually rely on a high probability that the solver's judgment will overlap with the Problem creator's for most examples as long as enough examples are shown.

Collective Problems are borderline invalid; it is no longer necessarily possible for someone who knows the solution sort a new unsorted example. However, the Problem is still "valid" in that is still possible for someone to parse the solution by seeing a random selection of examples from the pool of left examples and random selection of examples from the pool of right examples.

Left examples have the keyword "collective" on the OEBP.

Collective implies fuzzy (right-BP508). Collective Problems are often abstract (left-BP512).

Collective Problems are borderline invalid; it is no longer necessarily possible for someone who knows the solution sort a new unsorted example. However, the Problem is still "valid" in that is still possible for someone to parse the solution by seeing a random selection of examples from the pool of left examples and random selection of examples from the pool of right examples.

Left examples have the keyword "collective" on the OEBP.

Collective implies fuzzy (right-BP508). Collective Problems are often abstract (left-BP512).

Collective Problems are borderline invalid; it is no longer necessarily possible for someone who knows the solution sort a new unsorted example, but it is still possible for someone to parse the solution by seeing a random selection of examples from the pool of left examples and random selection of examples from the pool of right examples.

Bongard Problems in which individual examples are hard to sort (it is usually arguable whether they fit on either side) but many examples together are still able to communicate the solution vs. other Bongard Problems.

Left examples have the keyword "collective" on the OEBP.

Collective implies fuzzy (right-BP508). Collective Problems are often abstract (left-BP512).

Aaron David Fairbanks