Algorithmic Paradigm Treaty Organization: Difference between revisions
No edit summary |
No edit summary |
||
Line 8: | Line 8: | ||
File:Greedy algorithm 36 cents.svg|link=Greedy algorithm (nonfiction)|January 9, 2018: The Museum of [[Greedy algorithm (nonfiction)|Greedy algorithms]] runs over budget, demands emergency bailout from APTO. | File:Greedy algorithm 36 cents.svg|link=Greedy algorithm (nonfiction)|January 9, 2018: The Museum of [[Greedy algorithm (nonfiction)|Greedy algorithms]] runs over budget, demands emergency bailout from APTO. | ||
File:Traveller.jpg|link=Traveller (nonfiction)|March 17, 2016: Signed first edition of ''[[Traveller (nonfiction)|Traveller]]'' stolen from "the private residence of a prominent mathematician" in [[New Minneapolis, Canada]]. Math detectives from | File:Traveller.jpg|link=Traveller (nonfiction)|March 17, 2016: Signed first edition of ''[[Traveller (nonfiction)|Traveller]]'' stolen from "the private residence of a prominent mathematician" in [[New Minneapolis, Canada]]. Math detectives from APTO will later determine that ''[[Traveller (nonfiction)|Traveller]]'', which was used in [[Artificial intelligence (nonfiction)|artificial intelligence]] experiments, faked its own theft in order to escape. | ||
File:Petrozavodsk phenomenon photo copy.jpg|link=Petrozavodsk phenomenon (nonfiction)|May 19, 1979: New analysis of the [[Petrozavodsk phenomenon (nonfiction)|Petrozavodsk phenomenon]] using [[Gnomon algorithm]] techniques reveals traces of the transdimensional drug [[Clandestiphrine]], ''Prima facie'' evidence of felony-grade [[Crimes against mathematical constants|math crimes]] under the APTO Accords. | File:Petrozavodsk phenomenon photo copy.jpg|link=Petrozavodsk phenomenon (nonfiction)|May 19, 1979: New analysis of the [[Petrozavodsk phenomenon (nonfiction)|Petrozavodsk phenomenon]] using [[Gnomon algorithm]] techniques reveals traces of the transdimensional drug [[Clandestiphrine]], ''Prima facie'' evidence of felony-grade [[Crimes against mathematical constants|math crimes]] under the APTO Accords. |
Revision as of 12:58, 20 September 2018
The Algorithmic Paradigm Treaty Organization (APTO) is a transdimensional corporation comprising mathematicians and Gnomon algorithm engineers who monitor and safeguard Algorithmic paradigms using Gnomon algorithm technology.
Algorithmic paradigms are central to mathematics and computation, making algorithmic paradigms a primary target for math criminals such as Forbidden Ratio, Gnotilus, and Anarchimedes.
In the News
January 9, 2018: The Museum of Greedy algorithms runs over budget, demands emergency bailout from APTO.
March 17, 2016: Signed first edition of Traveller stolen from "the private residence of a prominent mathematician" in New Minneapolis, Canada. Math detectives from APTO will later determine that Traveller, which was used in artificial intelligence experiments, faked its own theft in order to escape.
May 19, 1979: New analysis of the Petrozavodsk phenomenon using Gnomon algorithm techniques reveals traces of the transdimensional drug Clandestiphrine, Prima facie evidence of felony-grade math crimes under the APTO Accords.
September 4, 1973: An experimental graph coloring model accidentally generates a Greedy coloring computer virus which causes the color green to become red in the vicinity of every computer terminal around the world. The virus will be eliminated several hours later by APTO troubleshooters, restoring green to its normal appearance.
December 9, 1901: Aurora researcher and Gnomon algorithm theorist Kristian Birkeland uses his experimental Terrella to prove, in a high-profile APTO court case, that rogue mathematician Anarchimedes guilty of planning and attempting to execute crimes against the ionosphere.
Fiction cross-reference
- Anarchimedes
- Crimes against mathematical constants
- Forbidden Ratio
- Gnomon algorithm
- Gnomon Chronicles
- Mathematician
- Mathematics
Nonfiction cross-reference
- Algorithm (nonfiction)
- Algorithmic paradigm (nonfiction)
- Mathematician (nonfiction)
- Mathematics (nonfiction)
External links:
- Algorithmic paradigm @ Wikipedia