Introduction to Fourier Optics
Introduction to Fourier Optics
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DOI：
10.1088/1355-5111/8/5/014
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发表时间：
1996-10
期刊：
影响因子：
--
通讯作者：
P. Sutton
中科院分区：
文献类型：
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作者：
P. Sutton
这是第二版的非常成功和备受赞誉的原始。它从电子工程师或应用物理学家的角度处理傅立叶光学的广泛和快速增长的领域，他们不仅希望了解基本的理论背景（这是标量衍射理论的基础），而且还希望了解如何应用光学处理。它是理想的学生希望了解傅立叶光学，以及为研究人员寻找相关背景，基本原理和设备技术的广泛总结。这本书可以阅读很大程度上作为一个自我包含的文本，但也包括一个广泛的和最新的参考清单。原版的主要变化是背景章节的广泛更新，以及处理架构和设备技术的最新进展。背景部分涵盖了该领域的所有主要方面，包括二维空间不变线性系统，衍射理论，相干和非相干光学处理和成像系统的分析。与应用相关的文本解决了使用各种空间光调制器的波前调制，无源组件的描述，信息处理技术和架构，全息术和其他相关的最新设备技术。作者遵循第一版的模式，对基本原理进行了新颖且易于阅读的解释，这些原理描述了如何将镜头等熟悉的光学组件视为处理和转换元件。然后，他描述了如何将这些元素用于信号处理，包括对其范围和限制的坦率和清晰的解释。在一个逻辑和流动的方式，旨在使读者了解文本的意义，他定期标点的解释与真实的世界的例子，以确定双方的长处和弱点的技术和技术的讨论。每一章都包括一组广泛的问题，以帮助学习和激发思考。
This is the second edition of the extremely sucessful and much acclaimed original. It deals with the extensive and fast growing field of Fourier Optics from the viewpoint of the electronics engineer or applied physicist who wishes not only to understand the underlying theoretical background (which is the basis of scalar diffraction theory), but also how optical processing can be applied. It is ideal for the student wishing to learn about Fourier Optics, as well as for the reseacher looking for an extensive summary of the relevant background, basic principles and device technology. The book can be read largely as a self contained text, but also includes an extensive and up-to-date list of references. The major changes to the original edition are a wide ranging up-date of the background chapters and the inclusion of recent advances in processing architectures and device technology. The background sections cover all the main aspects of the field including two-dimensional, space-invariant linear systems, diffraction theory, analysis of coherent and incoherent optical processing and imaging systems. The application related text addresses wavefront modulation using a variety of spatial light modulators, descriptions of passive components, information processing techniques and architectures, holography and other related recent device technology. The author, following the pattern of the first edition, presents a fresh and easy to read explanation of basic principles that describe how familiar optical components such as lenses can be treated as processing and transforming elements. He then describes how these elements can be used for signal processing including a frank and clear explanation of their scope and limitations. In a logical and flowing manner designed to enable the reader to understand the significance of the text, he regularly punctuates the explanations with real world examples to identify both the strengths and weaknesses of the techniques and technologies discussed. Each chapter includes an extensive set of questions at the end to aid learning and stimulate thought.