1992Transactions of the Society of Instrument and Control EngineersOpen access

Optimal Basis Functions in Curved Surface Measurement Using a Priori Information

Shogo Tanaka, Kenij YAMANE, Tsuyoshi Okita

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Abstract

Unknown curved surface can be estimated by a linear combination of a set of adequate basis functions.This paper determines the optimal basis functions for the estimation of the unknown surface of a powder-body for the case where a priori information is available.The determination is considered from two aspects.The first is the difference depending on the number of the observations available.The second is that depending on whether we consider a pure estimation of the curved surface or an accurate measurement of the unknown volume of the powder-body.

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Unknown curved surface can be estimated by a linear combination of a set of adequate basis functions.This paper determines the optimal basis functions for the estimation of the unknown surface of a powder-body for the case where a priori information is available.The determination is considered from two aspects.The first is the difference depending on the number of the observations available.The second is that depending on whether we consider a pure estimation of the curved surface or an accurate measurement of the unknown volume of the powder-body.

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Available abstract

Unknown curved surface can be estimated by a linear combination of a set of adequate basis functions.This paper determines the optimal basis functions for the estimation of the unknown surface of a powder-body for the case where a priori information is available.The determination is considered from two aspects.The first is the difference depending on the number of the observations available.The second is that depending on whether we consider a pure estimation of the curved surface or an accurate measurement of the unknown volume of the powder-body.

Key concepts: A priori and a posteriori, Basis (linear algebra), Surface (topology), Basis function, Set (abstract data type), Mathematics, Volume (thermodynamics), Body surface

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