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Titlebook: Engineering Optics; Keigo Iizuka Textbook 2019Latest edition Springer Nature Switzerland AG 2019 textbook on optical engineering.diffracti

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l processing have to be cleverly amalgamated. Only through this hybrid approach can systems such as computer holography, computer tomography, hologram matrix radar, 3D Laser Micro-vision or step frequency radar where high-speed processing is essential become possible.
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The Chinese Economic Renaissancee domain, which has been used up to this chapter, and the other is the spatial frequency domain, which is newly introduced here. These two domains are related by the Fourier transform relationship. The existence of such dual domains connected by Fourier transforms is also found in electronics and quantum physics.
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Riccardo Cristadoro,Daniela Marconirespectively, is used extensively in this chapter. In addition to coherent and inco- herent optical processing, this chapter also includes a section on tomography. Many examples are given in this chapter with the hope that they will stimulate the reader’s imagination to develop new techniques.
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On Respecting Life and Accepting Fate, is projected over the object. From the distorted image of the array of stripes, the 3D surface of the object is profiled. The advantages of structured light methods are speed, accuracy and robustness.
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The Fast Fourier Transform (FFT),l processing have to be cleverly amalgamated. Only through this hybrid approach can systems such as computer holography, computer tomography, hologram matrix radar, 3D Laser Micro-vision or step frequency radar where high-speed processing is essential become possible.
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