- Source: Done
Done may refer to:
Places
Done, Maharashtra, a village in India
People with the name
Done P. Dabale (1949–2006), Nigerian philanthropist, theologian, farmer, nurse, educator and author
Cheryl Done (born 1970), British bobsledder
Cyril Done (1920–1993), English footballer
Frances Done (born 1950), British public administrator, accountant and politician
Fred Done (born 1943), English businessman
Jason Done (born 1973), English actor
John Done (c. 1747–1831), Justice of the Maryland Court of Appeals
Ken Done (born 1940), Australian artist
Matt Done (born 1988), English footballer
Peter Done (born 1947), English businessman
Richard Done (born 1955), Australian cricketer
Robert Done (1904–1982), English footballer
William Done (1815–1895), English organist
Music
Done (18th Dye album), 1994
Done (Straitjacket Fits album), 1992
"Done" (The Band Perry song), 2013
"Done" (Chris Janson song), 2019
"Done", a 2011 song by The Haunted from the album Unseen
Other uses
DONE (Data-based Online Nonlinear Extremumseeker), an optimization algorithm
Methadone, "done" in slang
See also
Doan (disambiguation)
Don (disambiguation)
Donne (disambiguation)
Den (disambiguation)
Dunn (disambiguation)
Dunne (disambiguation)
Doneness, a measure of the degree to which meat is cooked
All pages with titles beginning with Done
All pages with titles containing Done
Doer (disambiguation)
Do (disambiguation)- Source: DONE
The Data-based Online Nonlinear Extremumseeker (DONE) algorithm is a black-box optimization algorithm.
DONE models the unknown cost function and attempts to find an optimum of the underlying function.
The DONE algorithm is suitable for optimizing costly and noisy functions and does not require derivatives.
An advantage of DONE over similar algorithms, such as Bayesian optimization, is that the computational cost per iteration is independent of the number of function evaluations.
Methods
The DONE algorithm was first proposed by Hans Verstraete and Sander Wahls. The algorithm fits a surrogate model based on random Fourier features and then uses a well-known L-BFGS algorithm to find an optimum of the surrogate model.
Applications
DONE was first demonstrated for maximizing the signal in optical coherence tomography measurements, but has since then been applied to various other applications. For example, it was used to help extending the field of view in light sheet fluorescence microscopy.
References
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