Adaptive-additive algorithm - Revision history

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2023-07-23T03:49:24Z

Add: s2cid, authors 1-1. Removed parameters. Some additions/deletions were parameter name changes. | Use this bot. Report bugs. | #UCB_CommandLine 225/10111

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	* {{citation		* {{citation
	\| ~~last~~=Dufresne		\| last1=Dufresne
	\| ~~first~~=Eric		\| first1=Eric
	\| last2=Grier		\| last2=Grier
	\| first2=David G		\| first2=David G
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	\| pages=1810		\| pages=1810
	\| doi=10.1063/1.1344176		\| doi=10.1063/1.1344176
	\|date=December 2000\| arxiv=cond-mat/0008414\| bibcode=2001RScI...72.1810D~~}}.~~		\|date=December 2000\| arxiv=cond-mat/0008414\| bibcode=2001RScI...72.1810D\| s2cid=14064547
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	\| doi=10.1109/TSA.2005.858529		\| doi=10.1109/TSA.2005.858529
	\| year=2006		\| year=2006
			\| s2cid=73476
	}}.		}}.
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	\| ~~last~~=Soifer		\| last1=Soifer
	\| ~~first~~=V. Kotlyar		\| first1=V. Kotlyar
	\| last2=Doskolovich		\| last2=Doskolovich
	\| first2=L.		\| first2=L.

132.62.172.114: /* The algorithm */ clarify

2022-11-25T17:25:44Z

The algorithm: clarify

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	The adaptive-additive algorithm was originally created to reconstruct the [[spatial frequency]] [[phase (waves)\|phase]] of light intensity in the study of stellar [[interferometry]]. Since then, the AA algorithm has been adapted to work in the fields of [[Fourier Optics]] by Soifer and Dr. Hill, [[soft matter]] and [[optical tweezers]] by Dr. Grier, and [[sound synthesis]] by Röbel.		The adaptive-additive algorithm was originally created to reconstruct the [[spatial frequency]] [[phase (waves)\|phase]] of light intensity in the study of stellar [[interferometry]]. Since then, the AA algorithm has been adapted to work in the fields of [[Fourier Optics]] by Soifer and Dr. Hill, [[soft matter]] and [[optical tweezers]] by Dr. Grier, and [[sound synthesis]] by Röbel.

	===~~Pseudocode algorithm~~===		===Algorithm===
	# Define input amplitude and random phase		# Define input amplitude and random phase
	# Forward Fourier Transform		# Forward Fourier Transform

LicenceToCrenellate: Linting fix

2022-11-24T23:24:45Z

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	: <math>A^f = \sqrt{I_0}</math>.		: <math>A^f = \sqrt{I_0}</math>.

	''Note that ''a'' is a percentage, defined on the interval 0 ≤ ''a'' ≤ 1.		Note that ''a'' is a percentage, defined on the interval 0 ≤ ''a'' ≤ 1.

	Combine mixed amplitude with the ''x''-space phase and [[inverse Fourier transform]].		Combine mixed amplitude with the ''x''-space phase and [[inverse Fourier transform]].

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2022-11-23T18:29:05Z

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	* [http://physics.nyu.edu/grierlab/cgh2b/node6.html David Grier's Lab] Presentation on optical tweezers and fabrication of AA algorithm.		* [http://physics.nyu.edu/grierlab/cgh2b/node6.html David Grier's Lab] Presentation on optical tweezers and fabrication of AA algorithm.
	* [https://web.archive.org/web/20070609193556/http://www-ccrma.stanford.edu/~roebel/addsyn/index.html Adaptive Additive Synthesis for Non Stationary Sound] Dr. Axel Röbel.		* [https://web.archive.org/web/20070609193556/http://www-ccrma.stanford.edu/~roebel/addsyn/index.html Adaptive Additive Synthesis for Non Stationary Sound] Dr. Axel Röbel.
	* [http://hillslab.umd.edu/ Hill Labs] ''University of Maryland College Park''.		* [http://hillslab.umd.edu/ Hill Labs] ''University of Maryland College Park''.]

	{{DEFAULTSORT:Adaptive-Additive Algorithm}}		{{DEFAULTSORT:Adaptive-Additive Algorithm}}

Natalieenord: /* External links */

2022-08-30T10:45:37Z

External links

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	==External links==		==External links==
	* [http://staff.chess.cornell.edu/~shen/workshop2003/presentations/Talk_DiFabrizio.pdf A PDF/Power Point Presentation that describes the uses and variations of the AA algorithm] ''Berkeley, Ca''.
	* [http://physics.nyu.edu/grierlab/cgh2b/node6.html David Grier's Lab] Presentation on optical tweezers and fabrication of AA algorithm.		* [http://physics.nyu.edu/grierlab/cgh2b/node6.html David Grier's Lab] Presentation on optical tweezers and fabrication of AA algorithm.
	* [https://web.archive.org/web/20070609193556/http://www-ccrma.stanford.edu/~roebel/addsyn/index.html Adaptive Additive Synthesis for Non Stationary Sound] Dr. Axel Röbel.		* [https://web.archive.org/web/20070609193556/http://www-ccrma.stanford.edu/~roebel/addsyn/index.html Adaptive Additive Synthesis for Non Stationary Sound] Dr. Axel Röbel.

JCW-CleanerBot: /* References */task, replaced: IEEE Transactions on Audio, Speech and Language Processing → IEEE Transactions on Audio, Speech, and Language Processing

2020-11-06T08:20:02Z

References: task, replaced: IEEE Transactions on Audio, Speech and Language Processing → IEEE Transactions on Audio, Speech, and Language Processing

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	\| first=Axel		\| first=Axel
	\| title=Adaptive Additive Modeling With Continuous Parameter Trajectories		\| title=Adaptive Additive Modeling With Continuous Parameter Trajectories
	\| journal=IEEE Transactions on Audio, Speech and Language Processing		\| journal=IEEE Transactions on Audio, Speech, and Language Processing
	\| volume=14		\| volume=14
	\| issue=4		\| issue=4

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	\| first=Axel		\| first=Axel
	\| title=Adaptive Additive Modeling With Continuous Parameter Trajectories		\| title=Adaptive Additive Modeling With Continuous Parameter Trajectories
			\| journal=IEEE Transactions on Audio, Speech and Language Processing
	\| url=https://ieeexplore.ieee.org/document/1643669}}.
			\| volume=14
			\| issue=4
			\| pages=1440–1453
			\| doi=10.1109/TSA.2005.858529
			\| year=2006
			}}.
	* {{citation		* {{citation
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Frap: /* Pseudo-code algorithm */ semantic list

2019-12-18T10:36:16Z

Pseudo-code algorithm: semantic list

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 The adaptive-additive algorithm was originally created to reconstruct the [[spatial frequency]] [[phase (waves)|phase]] of light intensity in the study of stellar [[interferometry]]. Since then, the AA algorithm has been adapted to work in the fields of [[Fourier Optics]] by Soifer and Dr. Hill, [[soft matter]] and [[optical tweezers]] by Dr. Grier, and [[sound synthesis]] by Röbel.
-===Pseudo-code algorithm===
+===Pseudocode algorithm===
-. Separate transformed amplitude and phase
+# Mix transformed amplitude with desired output amplitude and combine with transformed phase
 ===Example===

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← Previous revision		Revision as of 12:13, 1 December 2019
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	\| journal=Review of Scientific Instruments		\| journal=Review of Scientific Instruments
	\| volume=72 \| issue=3		\| volume=72 \| issue=3
			\| pages=1810
	\| doi=10.1063/1.1344176		\| doi=10.1063/1.1344176
	\|date=December 2000\| arxiv=cond-mat/0008414\| bibcode=2001RScI...72.1810D}}.		\|date=December 2000\| arxiv=cond-mat/0008414\| bibcode=2001RScI...72.1810D}}.
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	\| first=Axel		\| first=Axel
	\| title=Adaptive Additive Modeling With Continuous Parameter Trajectories		\| title=Adaptive Additive Modeling With Continuous Parameter Trajectories
	\| url=~~http~~://ieeexplore.ieee.org/~~xpl~~/~~articleDetails.jsp?tp=&arnumber=~~1643669}}.		\| url=https://ieeexplore.ieee.org/document/1643669}}.
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	\| title=Adaptive-Additive Synthesis of Sound		\| title=Adaptive-Additive Synthesis of Sound
	\| place= ICMC 1999		\| place= ICMC 1999
	\| ~~url=http://~~citeseerx~~.ist.psu.edu/viewdoc/summary?doi~~=10.1.1.27.7602		\| citeseerx=10.1.1.27.7602
			}}
	\| format= }}
	* {{Citation		* {{Citation
	\| last=Soifer		\| last=Soifer
	\| first=V. Kotlyar		\| first=V. Kotlyar
	\| last2=Doskolovich,		\| last2=Doskolovich
	\| first2=L.		\| first2=L.
	\| title=Iterative Methods for Diffractive Optical Elements Computation		\| title=Iterative Methods for Diffractive Optical Elements Computation

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	\| volume=72 \| issue=3		\| volume=72 \| issue=3
	\| doi=10.1063/1.1344176		\| doi=10.1063/1.1344176
	\|date=December 2000\| arxiv=cond-mat/0008414}}.		\|date=December 2000\| arxiv=cond-mat/0008414\| bibcode=2001RScI...72.1810D}}.
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	\| last=Grier		\| last=Grier