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Title of Article

SPECKLE-IMAGING TECHNIQUE TO STUDY A DEFORMABLE SURFACE BY OPTICAL FLOW ALGORITHMS


Issue
 
Date

Article type
scientific article
UDC
539.3
Pages
81-86
Keywords
 


Authors
RњReRЅRµRµRІ RЎ.Rђ.
RќReR¶RµRіRѕSЂRѕRґSЃRєReR№ RіRѕSЃSѓRЅReRІRµSЂSЃReS‚RµS‚ ReRј. Rќ.R?. R›RѕR±R°S‡RµRІSЃRєRѕRіRѕ

RЈRіRѕR»SЊRЅReRєRѕRІ Rђ.R®.
RќReR¶RµRіRѕSЂRѕRґSЃRєReR№ RіRѕSЃSѓRЅReRІRµSЂSЃReS‚RµS‚ ReRј. Rќ.R?. R›RѕR±R°S‡RµRІSЃRєRѕRіRѕ

R›RѕR·RѕRІSЃRєR°SЏ R›.R‘.
RќReR¶RµRіRѕSЂRѕRґSЃRєReR№ RіRѕSЃSѓRЅReRІRµSЂSЃReS‚RµS‚ ReRј. Rќ.R?. R›RѕR±R°S‡RµRІSЃRєRѕRіRѕ


Abstract
The article considers the application of optical flow processing techniques to determine inhomogeneous displacement fields by surface speckle images of deformable materials. The Lucas-Kanade pyramidal algorithm is chosen as a basic one.

File (in Russian)