The fringes generated in holographic interferograms by independent rotations of an object are used to determine the sensitivity vectors of a hologram recording setup. This is done by identifying the fringes observed on the surface of a 3-D object with a fringe vector, which, in turn, equals the vector product of the sensitivity vector with object rotation. These vector relationships are formulated in terms of the projection matrices, and a least square error solution is derived that extracts the sensitivity vectors from the fringe data from two or more known rotations.
Pryputniewicz, Ryszard J.
, Stetson, Karl A.
(1980). Determination of Sensitivity Vectors in Hologram Interferometry From Two Known Rotations of the Object. Applied Optics, 19(13), 2201-2205.
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