Titlebook: Optical Signal Processing; Fundamentals Pankaj K. Das Textbook 1991 Springer-Verlag Berlin Heidelberg 1991 Optical Signal Processing.Signal

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Pankaj K. Dasop?ischen Integration, die Verdichtung internationaler Kommunikation (Internet) und wachsende ?konomische und ?kologische Interdependenzen markieren die dynamische Entwicklung des internationalen Systems seit 1989. Themen, Formen und Teilnehmerkreise internationaler Politik haben sich in diesem Kont

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Introduction,aves, which include those in optics, are governed by Maxwell’s equations. The main reason for this was the absence of coherent optical sources equivalent to klystrons or magnetrons for microwaves, or oscillators for lower frequencies. However, the invention of the laser has changed this situation an

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Optics Fundamentals,ent at 60Hz, radio waves, microwaves, infrared, X-rays and γ-rays. Electromagnetic waves obey Maxwell’s equations, which are introduced in Sect. 2.1, which also treats the electromagnetic wave equation followed by the plane-wave solution in homogeneous, linear isotropic space. This is followed by th

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Introduction to SAW and CCD Technology,vention of CCD devices in the 1960s. A major objective of this chapter is to introduce fundamentals of these devices to the reader. Another objective is to discuss applications of this technology in areas such as radar and sonar engineering, image processing, spread spectrum communications systems a

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Optics Fundamentals, geometrical optics is reviewed first and a discussion of lens aberration is included. The matrix method is then extended to introduce gradient optical fibers. The subjects of step-index fibers and integrated optics are tackled together in Sect. 2.11. Sections 2.12–16 deal with anisotropic media, in

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