Gnomon algorithm: Difference between revisions
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File:Charles Sanders Peirce in 1859.jpg|link=Charles Sanders Peirce (nonfiction)|[[Charles Sanders Peirce (nonfiction)|Charles Sanders Peirce]] invents new variety of Gnomon algorithm, anticipates future work by [[Ernst Schröder (nonfiction)|Ernst Schröder]].File:Guo_Shoujing_studies_the_Pleiades.jpg|[[Guo Shoujing (nonfiction)]] studies the Pleiades, discovers new form of Gnomon algorithm. | File:Charles Sanders Peirce in 1859.jpg|link=Charles Sanders Peirce (nonfiction)|[[Charles Sanders Peirce (nonfiction)|Charles Sanders Peirce]] invents new variety of Gnomon algorithm, anticipates future work by [[Ernst Schröder (nonfiction)|Ernst Schröder]]. | ||
File:Guo_Shoujing_studies_the_Pleiades.jpg|[[Guo Shoujing (nonfiction)]] studies the Pleiades, discovers new form of Gnomon algorithm. | |||
File:Binary_counter.gif|link=Computer science (nonfiction)|[[Computer science (nonfiction)|Binary counter working overtime]], looking forward to that big paycheck. | File:Binary_counter.gif|link=Computer science (nonfiction)|[[Computer science (nonfiction)|Binary counter working overtime]], looking forward to that big paycheck. | ||
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Revision as of 17:54, 22 November 2016
The Gnomon algorithm is a family of mathematical functions (nonfiction) which convert computation into force.
In the News
Charles Sanders Peirce invents new variety of Gnomon algorithm, anticipates future work by Ernst Schröder.
Guo Shoujing (nonfiction) studies the Pleiades, discovers new form of Gnomon algorithm.
Binary counter working overtime, looking forward to that big paycheck.
