HandWiki - Recent changes [en]

Software:BeadPattern

2026-08-23T00:37:39Z

Add BeadPattern software article

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	~~{{Short description\|short description (<40 characters)}}~~		BeadPattern is a free bead pattern maker for creative design and craft projects. It can generate patterns with AI and convert photos into perler, hama, and fuse-bead designs with color codes and printable PDF templates.

	~~Here your article begins ..~~..		The tool helps makers turn an idea or an image into a practical bead pattern for planning and making. Its browser workflow keeps the process simple for people who want to explore bead art, refine a design, and prepare a pattern for printing.

			Learn more at [[https://beadpattern.net/\|BeadPattern]], the free AI and photo-to-bead pattern generator.
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	~~==References==~~
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	~~{{Sourceattribution\|Article\|1}}~~

Engineering:Voltage and frequency scaling

2026-08-22T14:28:18Z

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	{{for\|the CPU design principle\|Frequency scaling}}		{{for\|the CPU design principle\|Frequency scaling}}
	~~{{redirect\|CPU throttling\|other uses\|Throttle (disambiguation)#Computing}}~~
	'''Dynamic frequency scaling''' and '''dynamic voltage scaling''' are techniques used primarily for [[Power management\|power management]] in [[Computer architecture\|computer architecture]]. Dynamic frequency scaling almost always appears in conjunction with [[Physics:Dynamic voltage scaling\|dynamic voltage scaling]], since higher frequencies require higher supply voltages for the digital circuit to yield correct results. The combined topic is known as '''dynamic voltage and frequency scaling''' ('''DVFS''').		'''Dynamic frequency scaling''' and '''dynamic voltage scaling''' are techniques used primarily for [[Power management\|power management]] in [[Computer architecture\|computer architecture]]. Dynamic frequency scaling almost always appears in conjunction with [[Physics:Dynamic voltage scaling\|dynamic voltage scaling]], since higher frequencies require higher supply voltages for the digital circuit to yield correct results. The combined topic is known as '''dynamic voltage and frequency scaling''' ('''DVFS''').

Nonlocal symmetry

2026-08-22T14:23:41Z

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	[[Category:Lie groups]]		[[Category:Lie groups]]

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	{{Sourceattribution\|Nonlocal symmetry}}		{{Sourceattribution\|Nonlocal symmetry}}

Feature Importance

2026-08-22T14:21:33Z

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	\|pages=135–145		\|pages=135–145
	\|doi=10.1098/rspl.1888.0082		\|doi=10.1098/rspl.1888.0082
	}}</ref>~~{{primary inline\|date=August 2026}}~~ [[Biography:Sewall Wright\|Sewall Wright]] further developed variable importance, by introducing path analysis in 1921, to understand causal influences in complex systems.<ref>{{cite journal		}}</ref> [[Biography:Sewall Wright\|Sewall Wright]] further developed variable importance, by introducing path analysis in 1921, to understand causal influences in complex systems.<ref>{{cite journal
	\|last=Wright		\|last=Wright
	\|first=S.		\|first=S.
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	\|year=1921		\|year=1921
	\|pages=557–585		\|pages=557–585
	}}</ref>~~{{primary inline\|date=August 2026}}~~ Path analysis determines correlative influences along direct paths by decomposing [[Correlation\|correlation]] and [[Partial correlation\|partial correlation]] coefficients into their path-based components.~~{{cn\|date=August 2026}}~~		}}</ref> Path analysis determines correlative influences along direct paths by decomposing [[Correlation\|correlation]] and [[Partial correlation\|partial correlation]] coefficients into their path-based components.

	With [[Biography:Leo Breiman\|Leo Breiman]]’s introduction of Random Forests, feature importance expanded to more nonlinear models and explanations. He introduced "permutation importance" sometimes measured by gini index.<ref name="Boulesteix2012">{{cite journal		With [[Biography:Leo Breiman\|Leo Breiman]]’s introduction of Random Forests, feature importance expanded to more nonlinear models and explanations. He introduced "permutation importance" sometimes measured by gini index.<ref name="Boulesteix2012">{{cite journal

Software:WAN 3.0 Video

2026-08-22T07:46:32Z

Add a neutral overview of WAN 3.0 Video from the project PressKit

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	{{Short description\|~~short description (<40 characters)~~}}		{{Short description\|Browser AI video studio with sound}}

	~~Here your article begins .~~...		WAN 3.0 Video is a browser AI video studio for short-form clips with sound. It creates videos from a text prompt or a still image, with optional reference images, duration choices, and multi-ratio framing.

			The studio shows the credit cost before generation and lets creators download finished clips. WAN 3.0 Video is available at [https://wan3video.art/ WAN 3.0 Video], with a freemium workflow for experimenting with browser-based AI video.

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	==References==		==References==
	{{reflist}}		{{reflist}}

	{{Sourceattribution\|Article\|1}}		{{Sourceattribution\|Article\|1}}

Software:ReWords AI

2026-08-22T07:43:32Z

Add a neutral overview of ReWords AI from the product PressKit

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	{{Short description\|~~short description (<40 characters)~~}}		{{Short description\|AI writing assistant for rewording text}}

	~~Here your article begins ..~~..		ReWords AI is an AI writing assistant for rewording, rewriting, and polishing content while keeping the original meaning. It helps with blogs, product pages, emails, and everyday writing through a clear, natural workflow.

			The service provides an online rewording tool for writers and teams who want to refine drafts without changing their intended message. ReWords AI is available at [https://rewordsai.app/ ReWords AI], with a freemium model for trying its writing and text-polishing features.

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	==References==		==References==
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	{{Sourceattribution\|Article\|1}}		{{Sourceattribution\|Article\|1}}

Hierarchology and Hierarchography

2026-08-21T20:17:18Z

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Template:Taxonomy/Amerianna

2026-08-21T11:48:35Z

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Engineering:Compressed air requirements in down-the-hole drilling

2026-08-21T10:25:15Z

update ref

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	== Free air delivery ==		== Free air delivery ==

	'''Free air delivery''' (FAD) is commonly used to describe the delivered capacity of an air compressor. It expresses compressor output in relation to defined inlet or reference conditions and is useful for comparing compressor capacity.<ref>[https://www.~~atlascopco~~.com/en-~~in/compressors/wiki/compressed~~-air-~~articles/physics~~-~~physicalunits2~~ Atlas Copco: Understanding air compressor measurements – work, power and flow].</ref>		'''Free air delivery''' (FAD) is commonly used to describe the delivered capacity of an air compressor. It expresses compressor output in relation to defined inlet or reference conditions and is useful for comparing compressor capacity.<ref>[https://www.mobileaircompressors.com/compressor/atlas-copco-xas-400-11-6-m3-min-7-bar-single-stage-portable-air-compressor-for-drilling-mining Atlas Copco: Understanding air compressor measurements – work, power and flow].</ref>

	For DTH applications, FAD is generally more useful than theoretical compressor displacement.		For DTH applications, FAD is generally more useful than theoretical compressor displacement.

← Older revision		Revision as of 09:28, 22 August 2026
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	{{for\|the CPU design principle\|Frequency scaling}}		{{for\|the CPU design principle\|Frequency scaling}}
	~~{{redirect\|CPU throttling\|other uses\|Throttle (disambiguation)#Computing}}~~
	'''Dynamic frequency scaling''' and '''dynamic voltage scaling''' are techniques used primarily for [[Power management\|power management]] in [[Computer architecture\|computer architecture]]. Dynamic frequency scaling almost always appears in conjunction with [[Physics:Dynamic voltage scaling\|dynamic voltage scaling]], since higher frequencies require higher supply voltages for the digital circuit to yield correct results. The combined topic is known as '''dynamic voltage and frequency scaling''' ('''DVFS''').		'''Dynamic frequency scaling''' and '''dynamic voltage scaling''' are techniques used primarily for [[Power management\|power management]] in [[Computer architecture\|computer architecture]]. Dynamic frequency scaling almost always appears in conjunction with [[Physics:Dynamic voltage scaling\|dynamic voltage scaling]], since higher frequencies require higher supply voltages for the digital circuit to yield correct results. The combined topic is known as '''dynamic voltage and frequency scaling''' ('''DVFS''').