Encoding the message "WIKI" with arithmetic coding
1.
The letter frequencies are found.
2.
The interval [0, 1) is partitioned in the ratio of the frequencies.
3–5.
The corresponding interval is iteratively partitioned for each letter in the message.
6.
Any value in the final interval is chosen to represent the message.
2*–6*.
The partitioning and value if the message were "KIWI" instead.
DescriptionArithmetic coding visualisation.svg
English: Visualisation of the use of arithmetic coding to encode the message "WIKI" by CMG Lee. Step 1: The frequencies of the letters are found. Step 2: The interval [0, 1) is partitioned in the ratio of the frequencies. Steps 3 to 5: the corresponding interval is iteratively partitioned for each letters in the message. Step 6: Any value in the final interval is chosen to represent the message. Steps 2* to 6*: The partitioning and value if the message were "KIWI" instead.
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{{Information |Description ={{en|1=Visualisation of the use of arithmetic coding to encode the message "WIKI" by CMG Lee. Step 1: The frequencies of the letters are found. Step 2: The interval [0, 1) is partitioned in the ratio of the frequencies. S...
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Short title
Arithmetic coding visualisation
Image title
Visualisation of the use of arithmetic coding to encode the message "WIKI" by CMG Lee. Step 1: The frequencies of the letters are found. Step 2: The interval [0, 1) is partitioned in the ratio of the frequencies. Steps 3 to 5: the corresponding interval is iteratively partitioned for each letters in the message. Step 6: Any value in the final interval is chosen to represent the message. Steps 2* to 6*: The partitioning and value if the message were "KIWI" instead.