The EZCOD uses a base-32 encoding that equates 0, O, o, and , 1, I, i, and 2, Z, z, and 5, S, s. The real key asset that EZCOD has vs. the other common encoding systems is the ability to correct errors -- not just detect them.
Even the most basic version with one parity symbol allows you to recover 100% accuracy, if you can identify the symbol that is lost (eg. the letter rubbed off the page).
Thanks for the link; it looks like a great resource. A quick rundown of the list of "Desired Attributes" seems to match perfectly with what EZCOD provides -- with the addition of the error detection and correction.
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[ 3.2 ms ] story [ 12.2 ms ] threadGoogle's open location code is relatively new and they discussed all common existing systems. One advantage of open location code is to avoid characters 0 vs O or l vs 1. https://github.com/google/open-location-code/blob/master/doc...
Even the most basic version with one parity symbol allows you to recover 100% accuracy, if you can identify the symbol that is lost (eg. the letter rubbed off the page).
Thanks for the link; it looks like a great resource. A quick rundown of the list of "Desired Attributes" seems to match perfectly with what EZCOD provides -- with the addition of the error detection and correction.