PCI Geomatica 软件是地理空间信息领域世界级的专业公司加拿大PCI公司的旗帜产品，其当前最新版本Geomatica 已经集成了遥感影像处理、专业雷达数据分 析、GIS/空间分析、制图和桌面数字摄影测量系统，成为一个强大的生产工作平台,并且重组了模块构成，使得软件模块更面向应用而且简洁。
PCI Geomatica作为图像处理软件系统的先驱，以其丰富的软件模块、支持所有的数据格式、适用于各种硬件平台、灵活的编程能力和便利的数据可操作性代表了图像处理系统的发展趋势和技术先导。
作为一个地理空间软件的专业使用者，您的工作是从影像中获得最多的数据信息，用获得的信息帮助您制定更好的决策方案。
而PCI Geomatics的使命，就是为图像处理工作者提供最好的工具，帮助他们将空间数据转为信息。
File size: 719 MBDeveloper by PCI Geomatics, Geomatica is an analysis application dedicated to earth observation data.
It enables professionals and enthusiasts alike to open satellite and aerial images, in order to investigate details using advanced techniques.
Analysis Ready Data Tools for Rigorous Scientific AnalysisRapidly and easily preprocess large volumes of satellite imagery to perform meaningful multi-temporal analysis.
Spend less time normalizing and correcting satellite imagery, and more time analyzing time series to derive actionable information.
The Analysis Ready Data Tools add-on works with all supported sensors to create time-series stacks that can populate a Data Cube.
DSM True Ortho GenerationOvercome many of the limitations of Digital Terrain Model (DTM) ortho products by automatically generating true-ortho products through automatically extracted, highly accurate Digital Surface Models (DSMs).
The automatic DSM true-ortho add-on allows can save hours of manual labour extracting 3D models or performing expensive ground surveys.
Generating high quality DSM true-ortho products has never been easier.
High Resolution DSM ExtractionExtracting high quality, high resolution Digital Surface Models from the latest sensors is easier and faster than ever.
Work with 100’s or 1,000s of stereo pairs using advanced technology.
Intelligently combine multiple viewing points to produce Multi-View Digital Surface Models, giving you higher detailed and more accurate results.
Optical and SAR Segmentation, Classification and Feature ExtractionEasy-to-learn and easy-to-use, the Object Analyst add-on guides you through image segmentation, training site creation, classification (including creating custom rules) and feature extraction.
By segmenting optical or SAR images into discrete shapes, boundaries and relationships can be more easily seen and analyzed, providing efficient means to extract features from imagery.
Improving the final quality of analysis can be accomplished through the use of intuitive reshaping tools.
InSAR ProcessingEnd-to-end interferometric radar processing to derive deformation maps or elevation products can be achieved through the InSAR add-on.
Each step in the process is designed to be flexible, intuitive, and to run independently or in sequence through the Geomatica Python API, with automation driven by metadata for operational applications.
InSAR is suitable for DEM generation, and any land deformation application and allows time-series analysis for measuring surface displacement and velocity to sub-centimeter accuracy.
PansharpeningPansharpening algorithms have been added to the existing methods, including a Multi-Resolution Analyis (MRA) fusion technique that creates high-resolution color images by fusing black-and-white panchromatic (PAN) and multispectral (MS) color images.
The key advantage of the MRA fusion technique is that it produces similar-to-superior sharpening results while preserving the spectral characteristics of the original image, making it possible to conduct analysis at higher resolutions.
PansharpeningPansharpening algorithms have been added to the existing methods, including a Multi-Resolution Analyis (MRA) fusion technique that creates high-resolution color images by fusing black-and-white panchromatic (PAN) and multispectral (MS) color images.
The key advantage of the MRA fusion technique is that it produces similar-to-superior sharpening results while preserving the spectral characteristics of the original image, making it possible to conduct analysis at higher resolutions.
