Geomatica Image Mosaicking

Geomatica’s OrthoEngine Image Mosaicking includes automatic detection and removal of image brightness variations, radiometric color balancing between images and automatic cutline determination to minimize visibility of seams in the mosaic.

Join us and find out how to generate your mosaics efficiently and effectively.

Ortho 101 - Imagery Orthorectification using elevation data

This presentation, developed for geospatial professionals interested in the use of high-quality orthorectified imagery, will include an applications-oriented overview of PCI Geomatics' desktop Geomatica OrthoEngine technology. We'll look at supported sensors, sensor models, ground control and tie point collection techniques, DEM extraction, orthorectification, and mosaicking technology. In addition, past, present, and future trends in automation, including automating ground control collection and batch processing workflows in the desktop environment, will be addressed. Geomatica X, PCI Geomatics' end-to-end solution for data storage, processing, and dissemination, will also be explained.

Moderator – Kevin Thomas
Primary Speaker – John Weeber
Subject Matter Expert – Fraser Burgess

ALOS Data Processing

Back by Popular Demand…

Learn about the ALOS satellite's three powerful sensors, and let PCI Geomatics show you how to get the most from your ALOS data.

Data products from the ALOS satellite sensors are proving very popular for a variety of earth applications - due to their accuracy and inexpensive pricing. This interactive webinar will address ortho-correction of PRISM, AVNIR-2, and PALSAR datasets -- with or without ground control points! Also, explore DEM extraction from PRISM and PALSAR stereo pairs. This webinar will include an explanation of the various formats and data products available.

PLUS! Find out how you can save 30% off our Radar Processing bundle!

Join us and learn how to get the most from your data.

GeoCapacity Information System

PCI Geomatics’ GeoCapacity Information System (GCIS) goes beyond the task of integrating or fusing multiple data types by delivering geospatial products and job-control monitoring through a web interface. A GCIS provides an image-centric engine and enabling technologies for the automated, efficient production of mission critical geospatial information such as ‘on demand’ maps.

We will introduce you to AIMM (automatic ingest mosaic mapping system), a geocapacity application geared to the military and public security community. AIMM is a cost-effective system for transforming geospatial data and imagery into useful information to facilitate decision-making in critical situations. This automated production system ingests a wide variety of raw and corrected satellite imagery, automatically determines its type, corrects it, and then loads it into an Oracle 10g database. Operators can find the imagery pertaining to their area of interest by location, acquisition date, keyword, or sensor type, and send a request for the images, a mosaic, or maps of the area, to be delivered in a variety of formats. The system automatically responds by sending the requested imagery by FTP or email to the intended recipient.

Join us and learn how our GeoCapacity Information System improves productivity while saving you time!

What’s new in Geomatica 10.1.1

Find out what’s new in PCI Geomatics’ latest release, Geomatica 10.1.1, including how to utilize data from the newest high resolution satellites such as ALOS, CBERS, DMC, and EROS-B. Our new KML file format support gives you the ability to export data directly into Google Earth, making your imagery and processed results accessible by anyone anywhere. LASF data is now supported for both reading and writing LiDAR data. Our pan sharpening workflow has always been known for its ability to preserve the spectral and spatial integrity of your data; however, this webinar will highlight a new addition to the pan sharpening workflow to show you how to obtain even better results. You will also see how the RMOVERLAP simplifies cutlines generated during automatic mosaicking, simplifying editing and interpretation.

Join us and learn the latest improvements in Geomatica 10.1.1.

Polarimetric Analysis with the SAR Polarimetry Workstation

As new sensor technologies emerge, one of the most exciting sensors to PCI Geomatics that is presently emerging is polarimetric SAR. Taking advantage of the way that objects scatter (reflect) radar waves, an unprecedented amount of information about a target can be determined. PCI Geomatics provides one of the most complete packages for performing a wide variety of analysis on targets, be it an individual point target or an entire scene.

Join us and learn more about PCI’s offerings for analyzing polarimetric data.

Extracting DEMs from ALOS PRISM Data

Let PCI Geomatics show you how to get the most out of extracting DEMs from ALOS PRISM data. PRISM data offers users a high spatial resolution and is relatively inexpensive. You will learn how to extract stereo pairs of DEM images from each CCD in the forward and backward viewing modes, then stitch all the extracted DEMs together to form one.

Additionally, learn how to orthorectify ALOS PALSAR data without having to collect GCPs.

Automating Workflows with Geomatica 10.1

PCI Geomatics has the technology designed to address your needs for automation and production. Whether you are looking to save valuable time by automating simple repetitive tasks, or to automate larger production workflows, PCI Geomatics has industry leading software that will meet your challenges.

Join us for the Automation with Geomatica 10.1 webinar, where we will discuss different PCI automation environments, technologies and applications.

An image-centric solution for agricultural monitoring in India

Case Study: A Proof of Concept Solution for Agricultural Monitoring of Wheat Yield and Forecasting in Punjab State India.

The Punjab Agricultural GeoCapacity Network is a CIDA funded feasibility study and Proof of Concept by PCI Geomatics for the State of Punjab, India. Leveraging the excellent scientific research conducted at the Punjab Remote Sensing Centre, PCI Geomatics is transforming local research and desktop workflows into an automated Enterprise Solution.

Join us as we discuss how our innovative solutions improve productivity and save time!

Visual Modeler

Today’s geomatics professionals need powerful production tools to aid in the efficient processing and analysis of geospatial data. With PCI’s technology, the ability to link and batch-process algorithms and tools into workflows becomes easy – allowing you to complete your projects faster.

Join us for the PCI Geomatics Visual Modeler webinar where we will cover everything from modeler basics, to building and batch processing orthorectification, mosaicking, and other common workflows.

Spatial Analysis Tools for the Image-Centric Professional

Geomatica has a vast library of spatial analysis functions within Focus for easy accessibility.

With PCI Geomatics software, overlays, spatial queries, clipping, buffering, dissolving, and other GIS tasks have never been easier. Geomatica supports over 100 geospatial data formats, and has complete raster and vector integration. With our spatial analysis suite and the ability to generate statistical reports and charts, Geomatica will help you get the most out of your data.

Join us as we show you the tools within Geomatica to help with your spatial analysis needs.

Introducing Geomatica LidarEngine

Geomatica LidarEngine, a robust, high performance data management, analysis, and visualization tool for processing and analyzing LiDAR data. It is a unique approach to spatial information technology - with fast processing of LiDAR point data to generate a 3D digital elevation model surface, impressive 3D visualization, exceptional data analysis, and ease of use.

Join us as we discuss how Geomatica LidarEngine allows for rapid, accurate LiDAR data point handling and surface generation providing DEM information for ortho generation and other analytical processes.