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In this paper we investigate the spatial distribution of measurement noise at sharp edges. A local cylindrical coordinate system is used to decompose the measurement noise at sharp edges into to two components, magnitude and angle. The spatial distributions of these two components are analyzed at sharp edges for both touch probe and laser sensor. A new concept, statistical binary tree, is proposed for representing the spatial noise distribution on a sharp edge, and a synthesis simulator is proposed for accurate reproduction of measurement noise at sharp edges.

Synthesization of Edge Noises for Touch Probe and Laser Sensor Measurement