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Synopsis
This book is threaded on digital image processing technology of visual c++. It expounds according to the order of theory, design and realization, in combination with typical cases of image system development. The cases involves reading, writing, presenting, editing, filtering, and compression of digital images, covering almost all the technological fields of digital image processing and part mode recognition. In the meantime, the book introduces the development environment of opencv and vtk as well as the practical technology jointly developed with visual c++. At the end of each case, the author shares his experience of developing programs with readers. This book contains the complete source programs of all the cases, which is quite convenient for readers to learn and apply in real development.
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VisualC + + digital image processing typical case Detailed(Chinese Edition)
Seller: liu xing, Nanjing, JS, China
Seller rating 5 out of 5 stars
paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: Unknown in Publisher: Machinery Industry Press List Price: 69.00 yuan Author: Publisher: Machinery Industry Press ISBN: 9787111388715 Yema: Revision: Binding: Folio: Published :2012 -7-1 printing time: words: Product ID: 22820907 Description Detailed Visual C digital image processing typical case as the main line to the the VisualC digital image processing technology. combined with the typical image system development case. according to analyzes to explain from the theory. the process is designed to achieve. Case involving entertainment. culture. health care. transportation. remote sensing. security. judicial and other typical applications from the application point of view. from a technical point of involving digital image file read and write. display. edit. filter efficiency. compression codec geometry transform. gray-scale conversion. color space conversion. feature transformation. enhancement. segmentation. restoration. registration. retrieval. reconstruction. morphological processing. moving target detection. tracking. identification. covering almost the entire digital image processing technology and pattern recognition. and also introduced a the OpenCV and VTK development environment and VisualC joint development of practical technology. In each case the last development experience to share with our readers. The book with the complete source code of the book all cases. to facilitate the reader to learn and use in the actual development. Detailed VisualC digital image processing typical case suitable engaged in computer vision. digital image processing. pattern recognition related to the work of researchers. engineers and technicians. as well as related professional teachers and students read reference. About the author Contents Preface Chapter 1 Overview of digital image processing software development 1.1 Visual C 1.1.1 Visual C Overview 1.1.2 Visual C basic method for processing digital images 1.2 OpenCV1.2.1 OpenCV Overview 1.2.2 in Visual C OpenCV1.3 VTK1.3.1 VTK Overview 1.3.2 the Visual C VTK1.4 Experience Sharing Chapter 2 drawing board 2.1 core technology principle 2.1.1 Graphics Device Interface Technology 2.1.2 geometry drawing technology 2.2 system function 2.2.1 Description 2.2 .2 interface effects 2.3 system structure and process 2.3.1 Overall structure 2.3.2 main flow 2.4 Programming 2.4.1 2.4.3 graphical drawing board initialization 2.4.2 graphical draw save 2.5 of experience to share Chapter 3 Image Browser 3.1 3.2.1 BMP the image 3.2.2 PCX image 3.2.3 TGA image 3.2 core technology principle 3.1.1 image file codec technology 3.1.2 image geometric transformation 3.1.3 image transition effects 3.2 common image format .4 JPEG image 3.2.5 GIF image 3.3 system features 3.3.1 Description 3.3.2 interface effects 3.4 system structure and process 3.4.1 The overall structure 3.4.2 process 3.5 Programming 3.5.2 BMP decoding achieve 3.5.1 LanImage class coding module 3.5.4 TGA decoding encoding module 3.5.5. 3.5.3 PCX decoding encoding module image display module 3.5.6 full-screen browser module 3.5.7 image scaling module 3.5.8 3.5.9 image effects of image rotation module display module 3.5.10 of image mirror modules 3.5.11 image transposition module 3.6 Experience Sharing Chapter 4 Image Editor 4.1 core technology principle 4.1.1 grayscale transform enhancement technology enhancement technology 4.1.3 denoising 4.1.2 Histogram 4.1.4 image sharp technology 4.1.5 fuzzy color enhancement technology 4.1.7 Filter Technology 4.2 system function 4.2.1 function recovery technology 4.1.6 Description 4.2.2 interface effects 4.3 system structure and process 4.3.1 The overall structure 4.3.2 process 4.4 Programming 4.4.1 grayscale transformation enhanced module 4.4.2 Histogram enhanced module 4.4.3 denoising module 4.4.4 image sharpening module 4.4.5 color enhancement module 4.4.6 Fuzzy recovery module 4.4. Seller Inventory # EJ026883