Computer-aided laser-optoelectronic OPTEL 3D measurement systems of complex-shaped object geometry

Galiulin, Ravil M.; Galiulin, Rishat M.; Bakirov, J. M.; Bogdanov, D. R.; Shulupin, C. O.; Khamitov, D. H.; Khabibullin, M. G.; Pavlov, A.F.; Ryabov, M. S.; Yamaliev, K. N.

doi:10.1117/12.234223

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Measuring Principles Anti Methods1

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2001

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“…For construction of a surface on the real data the method of spline-approximation is used. The splinefunction f (P) is defined by the formula f(P)= (1) where: g1(P)=(k1(x),G(x,P)), a1, b1 -real factors, n1 ( P ), n2 ( P ) flq ( P ) _ parts of nucleus of the operator of transformation, N -quantity of points of a approximation grid, P -approximated point.…”

Section: Measuring Principles Anti Methodsmentioning

confidence: 99%

<title>Optoelectronic computer-aided systems for three-dimensional inspection of complex objects</title>

et al. 2001

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The technical characteristics, advantages and applications of an automated optoelectronic measuring systems for 3-dimensional inspection of complex objects (gas-turbine engine (GTE) elements, biomedical objects, etc) designed by "Optel" company, State Aviation Technical University of Ufa, are presented in this paper. The measuring apparatus can be applied in research and in industry. Its main advantages are non-contact non-destructive accurate inspection and rapid 3D measurements.

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Section: Measuring Principles Anti Methodsmentioning

confidence: 99%