Left-sorted BPs have the keyword "noisy" on the OEBP. Right-sorted examples have the keyword "minimal."

Noisy Bongard Problems include extra details varying between examples that distract from the solution property; more specifically noise is properties independent of the solution property that vary between examples. Minimalist Bongard Problems only vary details absolutely necessary to communicate the solution.

"Noisy" is different than the kind of distraction mentioned at @distractingworld, which means the class of examples is distractingly specific, irrelevant to the solution, rather than that there are extra distracting properties changing between examples.

Bongard Problems have varying degrees of noisiness. Only include here BPs that are very noisy or very minimal.

See BP827 for the version with pictures of Bongard Problems (@miniproblems) instead of @links to pages on the OEBP.

See BP845 for noise in sequences of quantity increase.

See BP827 for the version with pictures of Bongard Problems instead of links to pages on the OEBP.

See BP845 for noise in sequences of quantity increase.

Left-sorted BPs have the keyword "noisy" on the OEBP. Right-sorted examples have the keyword "minimal."

Noisy Bongard Problems include extra details varying between examples that distract from the solution property; more specifically noise is properties independent of the solution property that vary between examples. Minimalist Bongard Problems only vary details absolutely necessary to communicate the solution.

"Noisy" is different than the kind of distraction mentioned in left-BP511, the keyword "distractingworld", which means the class of examples is distractingly specific, irrelevant to the solution, rather than that there are extra distracting properties changing between examples.

Bongard Problems have varying degrees of noisiness. Only include here BPs that are very noisy or very minimal.

Left-sorted BPs have the keyword "noisy" on the OEBP. Right-sorted examples have the keyword "minimal."

Noisy Bongard Problems include extra details varying between examples that distract from the solution property; more specifically noise is properties independent of the solution property that vary between examples. Minimalist Bongard Problems only vary details absolutely necessary to communicate the solution.

"Noisy" is different than the kind of distraction mentioned in left-BP511, the keyword "distractingworld", which means the class of examples shown is distractingly specific, irrelevant to the solution, rather than that there are extra distracting properties changing between examples.

Bongard Problems have varying degrees of noisiness. Only include here BPs that are very noisy or very minimal.

Noisy Bongard Problems vs. minimalist Bongard Problems.

Left-sorted BPs have the keyword "noisy" on the OEBP. Right-sorted examples have the keyword "minimal."

Noisy Bongard Problems include extra details varying between examples that distract from the solution property; more specifically noise is properties independent of the solution property that vary between examples. Minimalist Bongard Problems only vary details absolutely necessary to communicate the solution.

Bongard Problems have varying degrees of noisiness. Only include here BPs that are very noisy or BPs that are minimalist in the extreme sense; no properties vary across examples other than than those that directly depend on the solution property. Very few if any of Bongard's original Problems are minimalist. Minimalist Problems have the smallest "world" possible that can communicate the solution idea.

See BP827 for the semimeta analogue.

See BP845 for noise in sequences of quantity increase.

See BP827 for the semimeta analogue.

See BP845 for noise in sequences of constant quantity change.

"Noisy" Bongard Problems include extraneous details that distract from the solution property varying between examples; more specifically noise is properties independent of the solution property that vary between examples. "Minimalist" Bongard Problems only vary details absolutely necessary to communicate the solution.

Bongard Problems have varying degrees of noisiness. Only include here BPs that are very noisy or BPs that are minimalist in the extreme sense; no properties vary across examples other than than those that directly depend on the solution property. Very few if any of Bongard's original Problems are minimalist. Minimalist Problems have the smallest "world" possible that can communicate the solution idea.

Left examples have the keyword "noisy" on the OEBP. Right examples have the keyword "minim."