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By Peng Zhang

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Most AMR sensors are made of Permalloy (NiFe) thin film deposited onto a silicon substrate and patterned to form a Wheatstone resistor bridge. AMR sensors provide an excellent means of measuring both linear and angular position and displacement in the Earth’s magnetic field. Permalloy thin films of a sensor deposited on a silicon substrate in various resistor bridge configurations provide highly predictable outputs when subjected to magnetic fields. Low cost, high sensitivity, small size, noise immunity, and reliability are advantages over mechanical or other electrical alternatives.

Obtaining the checkpoint accuracy is the major topic of this work. The estimation of camera and projector parameters requires a threedimensional calibration standard with well-defined target points. These control points are characterized by their three-dimensional coordinates, the two-dimensional coordinates of their images, and their one-dimensional projector coordinates. Given n control points as input, the maximum likelihood estimation of unknown parameters can be derived by the general nonlinear least squares estimation.

Them to one side of the conductor. This is most evident in a thin, flat conductor as illustrated. A build up of charge at the sides of the conductors will balance this magnetic influence, producing a measurable voltage between the two sides of the conductor. The presence of this measurable transverse voltage is called the Hall effect, after E. H. Hall who discovered it in 1879. Note that the direction of the current I in the diagram is that of conventional current, so that the motion of electrons is in the opposite direction.

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