Open Science Grid: Difference between revisions
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Created page with "{{Software |name = Open Science Grid |image = |url = https://osg-htc.org/ |purpose = Distributed computing |createdby = Open Science Grid Consortium |platform = Mostly Linux }} The '''Open Science Grid''' is a distributed computing project founded in 2004. On August 5, 2022, apgsearch was approved as a project on the grid,<ref name="message1005124193043628063" /> and the first hauls were submitted on August 9.<ref name="message1006555475921342546"..." |
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The '''Open Science Grid''' is a distributed computing project founded in 2004. On August 5, 2022, [[apgsearch]] was approved as a project on the grid,<ref name="message1005124193043628063" /> and the first hauls were submitted on August 9.<ref name="message1006555475921342546" /> | The '''Open Science Grid''' ('''OSG''') is a distributed computing project founded in 2004. On August 5, 2022, [[apgsearch]] was approved as a project on the grid,<ref name="message1005124193043628063" /> and the first hauls were submitted on August 9.<ref name="message1006555475921342546" /> | ||
Unlike [[Charity Engine]], the Open Science Grid includes GPU resources and can therefore run apgsearch's GPU symmetries. Because of this, only certain [[static symmetry|symmetries]] are supported, as 90-degree rotation and diagonal symmetry are difficult to implement in CUDA.<ref name="message1005179031248977990" /> Additionally, GPU searching is optimized to recognize [[methuselah|long-lasting soups]], high-period [[oscillator]]s, and nonstandard [[spaceship]]s, while usually ignoring [[still life]]s and [[diehard]]s. | Unlike [[Charity Engine]], the Open Science Grid also includes GPU resources and can therefore run apgsearch's GPU symmetries. Because of this, only certain [[static symmetry|symmetries]] are supported, as 90-degree rotation and diagonal symmetry are difficult to implement in CUDA.<ref name="message1005179031248977990" /> Additionally, GPU searching is optimized to recognize [[methuselah|long-lasting soups]], high-period [[oscillator]]s, and nonstandard [[spaceship]]s, while usually ignoring [[still life]]s and [[diehard]]s. | ||
Starting on August 11, OSG has also contributed CPU resources to search randomly generated {{gliders|5}} collisions for the purpose of finding new [[glider syntheses]].<ref name="message1007295315780571286" /> The results can be found in the [https://catagolue.hatsya.com/census/b3s23/moog_stdin <tt>moog_stdin</tt>]{{refn|group=note|A reference to the [https://en.wikipedia.org/wiki/Moog_synthesizer Moog synthesizer].}} symmetry. | |||
==Notes== | |||
<references group=note /> | |||
==References== | ==References== | ||
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<ref name="message1007295315780571286">{{CiteDiscord | |||
|author = Darren Li | |||
|date = August 11, 2022 | |||
|channel = general-discussion | |||
|id = 1007295315780571286 | |||
}}</ref> | }}</ref> | ||
</references> | </references> | ||
Revision as of 20:39, 11 August 2022
| Open Science Grid | |
| Homepage | Click here |
|---|---|
| Purpose | Distributed computing |
| Created by | Open Science Grid Consortium |
| Platform | Mostly Linux |
The Open Science Grid (OSG) is a distributed computing project founded in 2004. On August 5, 2022, apgsearch was approved as a project on the grid,[1] and the first hauls were submitted on August 9.[2]
Unlike Charity Engine, the Open Science Grid also includes GPU resources and can therefore run apgsearch's GPU symmetries. Because of this, only certain symmetries are supported, as 90-degree rotation and diagonal symmetry are difficult to implement in CUDA.[3] Additionally, GPU searching is optimized to recognize long-lasting soups, high-period oscillators, and nonstandard spaceships, while usually ignoring still lifes and diehards.
Starting on August 11, OSG has also contributed CPU resources to search randomly generated 5-glider collisions for the purpose of finding new glider syntheses.[4] The results can be found in the moog_stdin[note 1] symmetry.
Notes
- ↑ A reference to the Moog synthesizer.
References
- ↑ very (Darren Li) (August 5, 2022). Message in #general-discussion on the Conwaylife Lounge Discord server
- ↑ Darren Li (August 9, 2022). Message in #general-discussion on the Conwaylife Lounge Discord server
- ↑ Adam P. Goucher (August 5, 2022). Message in #tools on the Conwaylife Lounge Discord server
- ↑ Darren Li (August 11, 2022). Message in #general-discussion on the Conwaylife Lounge Discord server
External links
- Official website
- TechnobladeNeverDies@opensciencegrid on Catagolue
- Open Science Grid Consortium at Wikipedia
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