Identify what language the word “ajatella” comes from.

22.1

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Apply ImageIdentify to an image of a tiger, getting the image using ctrl+=.

22.2

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Make a table of image identifications for an image of a tiger, blurred by an amount from 1 to 5.

22.3

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Classify the sentiment of “I’m so happy to be here”.

22.4

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Find the 10 words in WordList[ ] that are nearest to “happy”.

22.5

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Generate 20 random numbers up to 1000 and find which 3 are nearest to 100.

22.6

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Generate a list of 10 random colors, and find which 5 are closest to Red.

22.7

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Of the first 100 squares, find the one nearest to 2000.

22.8

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Find the 3 European flags nearest to the flag of Brazil.

22.9

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Make a graph of the 2 nearest neighbors of each color in Table[Hue[h],{h,0,1,.05}].

22.10

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Generate a list of 100 random numbers from 0 to 100, and make a graph of the 2 nearest neighbors of each one.

22.11

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Collect the flags of Asia into clusters of similar flags.

22.12

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Make raster images of the letters of the alphabet at size 20, then make a graph of the 2 nearest neighbors of each one.

22.13

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Generate a table of the results of using TextRecognize on “hello” rasterized at size 50 and then blurred by between 1 and 10.

22.14

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Make a dendrogram for images of the first 10 letters of the alphabet.

22.15

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Make a feature space plot for the uppercase letters of the alphabet.

22.16

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Make a table of image identifications for a picture of the Eiffel Tower, blurred by an amount from 1 to 5.

x22.1

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Classify the sentiment of the Wikipedia article on “happiness”.

x22.2

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Of colors in the list Table[Hue[h],{h,0,1,.05}], find which are the 3 nearest to Pink.

x22.3

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Compute all fractions i/j for i and j up to 500, and find the 10 fractions closest to pi.

x22.4

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Generate a list of 10 random numbers from 0 to 10, and make a graph of the 3 nearest neighbors of each one.

x22.5

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Find clusters of similar colors in a list of 100 random colors.

x22.6

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Make a feature space plot for both upper and lowercase letters of the alphabet.

x22.7

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