Linear System Theory
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Abstract
Linear system theory was developed for electronic circuitry and has been extended to optical, electro-optical, and mechanical systems. It forms an indispensable part of system analysis. For modeling purposes, electronic imaging systems are characterized as linear spatial-temporal systems that are shift-invariant with respect to both time and two spatial dimensions. Although space is three-dimensional, an imaging system displays only two dimensions.
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KEYWORDS
Modulation transfer functions

Sensors

Imaging systems

Cameras

Spatial frequencies

Neodymium

Phase transfer function

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