About: Digital Image Processing Equipment is a research topic. Over the lifetime, 15 publications have been published within this topic receiving 441 citations.
TL;DR: In this paper, the authors provide a review of the principles of Remote Sensing Data and Interpretation Methods, as well as the requirements for interpreting remote sensing images using GIS.
Abstract: Introduction Definition and Objectives Historical Background International Space Law Advantages of Space-Based Observations Sources of Information on Remote Sensing Data and Interpretation Methods Review Questions Physical Principles of Remote Sensing Fundamentals of Remote Sensing Signal The Electromagnetic Spectrum Terms and Units of Measurement Electromagnetic Radiation Laws Spectral Signatures in the Solar Spectrum The Thermal Infrared Domain The Microwave Region Atmospheric Interactions Review Questions Sensors and Remote Sensing Satellites Types of sensors Resolution of a Sensor System Passive Sensors Active Sensors Satellite Remote Sensing Missions Review Questions Basis for the Interpretation of Remote Sensing Images Constrains in Using RS Data Types of Interpretation Organization of a RS Project Interpretation Phase Presentation of Study Cases Review Questions Visual Interpretation Characteristics of Photographic Images Identification of Geographic Features in the Images Criteria for Visual Interpretation Elements of Visual Analysis Digital Image Processing (I): Enhancements and Corrections Structure of a Digital Image Media and Data Organization Digital Image Processing Equipment General File Operations Visual Enhancements Image Corrections Digital Image Processing (II): Generation of Thematic Information Calculation of Continuous Variables Digital Image Classification echniques of Multitemporal Analysis Analysis of Landscape Patterns Accuracy Assessment Relevance of Validating Results Methods to Estimate Accuracy Sources of Error Sampling Design Gathering Information Measuring Error in Interval-Scale Variables Measuring Error in Classified Images Verification of Multitemporal Analysis Remote Sensing and Geographic Information Systems The Need of GIS Trends in GIS and RS Development Common Technical Requirements GIS as Input for Remote Sensing Interpretation Remote Sensing as Input for GIS Integration of Satellite Images and GIS References Appendices Acronyms used in this textbook Sources of images Answers to review questions
TL;DR: A cross-section of techniques and applications of automatic and interactive fringe pattern analysis and some of the ways in which prior knowledge of the fringe pattern characteristics can be used to simplify the analysis procedure are described.
TL;DR: In this paper, a digital image processing system comprises a processor at a central, first site; and an analyze scanner and an expose scanner at a second site remote from the first site.
Abstract: A digital image processing system comprises a processor at a central, first site; and digital image processing equipment such as an analyze scanner and an expose scanner at a second site remote from the first site. The processor and the digital image processing equipment are connectable and are adapted to pass signals therebetween corresponding to signals generated by the digital image processing equipment. These signals may be representative of operator commands or digital data generated at the second site which can be monitored at the first site.
TL;DR: An editing control system for digital image processing equipment is characterized by area editing means for specifying a plurality of areas in an image of an original and switching parameters of image adjusting processes for every specified area as discussed by the authors.
Abstract: An editing control system for digital image processing equipment is characterized by area editing means for specifying a plurality of areas in an image of an original and switching parameters of image adjusting processes for every specified area, and annotation editing means for superimposing an annotation pattern on the image. According to another aspect, an area editing system is characterized in that editing processes are performed by selecting an area with higher priority when some of specified areas are overlapped.
TL;DR: In this article, a self-help digital video dispose system relates to at least one digital video disposing facility, a network terminal of user and a network administer system connecting through network.
Abstract: One self-help digital video dispose system relates to at least one self-help digital video dispose facility, a network terminal of user and a network administer system connecting through network. It also relates to computer dispose module inside rack and picture output facility connecting with the said computer dispose module which relates to host computer and display, CD reorder driver, USB interface, network adapter and memory card reader connecting with the said computer dispose module. The picture output facility relates to figure exposure module and photo finishing module connecting with serial interfaces of host computer. It manages and controls many self-help digital video dispose facilities and/or many network terminal of user by network and/or wireless communication network through one network server. User controls the digital dispose facility in long-distance and it sustains manifold video sources with flexible payment means.