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OKTOSCAN ULTIMO 1550 A0 CLOR SCANNER:

Advanced Technology used for exciting A0 Desktop Scanner. Tartantec Digital Imaging (Australia), acknowledged for its innovation and expertise, presents OktoScan Ultimo 1550 A0 Color Scanner.

Designed as a low cost solution to conventional (expensive) A0 scanners, OktoScan is an ideal unit for scanning all sorts of large format original e.g., maps, engineering drawings, plans, fabrics, artwork and displays. These kind of legacy documents can be easily and accurately scanned up to 1200 true dpi for precision results.

The scanner scans up to A0/E size with an optical resolution of 1500 X 3200 dpi with color depth of B&W, Grayscale & Color.

Cost of the A0 Color scanner is
Rs. 2,99,000=00 only




 Intelli CAD
 IntelliCAD 2008 is the intelligent and affordable choice for engineers, architects and consultants or anyone who communicates using CAD drawings. It is designed to give you unrivaled compatibility with Autodesk AutoCAD, and is fully programmable with hundreds of third party solutios.  IntelliCAD 2008 also offers a full suite of 2D and 3D AutoCAD compatible drawings tools. The salient features of  IntelliCAD 2008 are

·          IntelliCAD's native file format is .DWG (no file conversion is required to handle the AutoCAD drawing files)

·         It also provide the high degree of compatibility with the AutoCAD command set, as well as AutoLISP .

·         ADS and built-in Microsoft VBA 6.0

·         Have the ability to open multiple drawings at once.

·          IntelliCAD drawing Explorer that lets you review and exchange drawing content with drag-and-drop ease.

·         ActiveX integration. You can insert IntelliCAD drawings into a Microsoft Office application file.



Photogrammetry belongs on your desktop

What’s New? Geomatica 10 presents new technologies which will change the way spatial data is processed and analyzed. Highlights include:

·         New Sensor Support: Rigorous orthorectification support for IRS-P6 (RESOURCESAT-1), CBERS and FORMOSAT (ROCSAT)

·         Ortho-mosaic componentization, allowing the scripting and batch-processing of workflows

·         Complete Oracle 10g Spatial GeoRaster loading and exploitation, placing Geomatica at the forefront of spatial tools for enterprise-scale databases

·         Instant OrthoCorrection: 3D, ortho-accurate vector extraction and position without the need for orthophoto generation or 3D hardware

·         Photogrammetry improvements including advanced tools for accuracy estimation and blunder detection, greater mosaicking flexibility in color balancing and cutline selection, and improved rational functions support for satellite imagery

·         RADAR processing improvements include enhanced sensor and processing support for ENVISAT ASAR images and radiometric terrain correction


OrthoEngine is a powerful photogrammetric tool designed to handle small and large production workloads to efficiently produce quality geospatial products. OrthoEngine is included with Geomatica 10 Core and Fundamentals.

OrthoEngine supports images from standard aerial, digital, and video cameras, and data from satellite sensors such as:

QUICKBIRD      

LANDSAT      

SPOT      

IRS      

EROS      

IKONOS      

ASTER      

EOC      

JERS      

EO-1      

RADARSAT      

AVHRR      

ERS      

ENVISAT (ASAR/MERIS)

 

CartoSAT      

·        
Mosaicking.
invisibly stitching digital images together

Photomosaics have long been a means for viewing large areas in photographic form. Digital mosaicking techniques overcome the problems associated with traditional photomosaics by removing image and terrain distortions, and automating the process.

Productivity Tools:
Geomatica Productivity Tools package includes a set of functions that improve image processing efficiency using automation and batch-oriented functions.

Stereo Viewing.
seeing is believing

Take advantage of the stereoscopic vision and editing features built into OrthoEngine. 3D viewing provides a naturally intuitive environment for interpreting images and editing data - especially DEMs using the OrthoEngine stereo cursor.

3D Stereo:
Geomatica's 3D Stereo package is an add-on to Airphoto Models, Satellite Models, High-Resolution Models, and Generic and RPC Models. 3D Stereo offers advanced tools for 3D viewing and 3D feature extraction of stereo airphotos, digital camera frames, ASTER, IKONOS, IRS, SPOT, or SAR imagery. Additional features include 3D editing of DEM data, and extraction of elevation points or contours from a DEM.

Orthorectification.
          preparing imagery for accuracy

Orthorectification converts imagery into map-like form by accurately removing all camera and terrain related distortions from the triangulated imagery. The resulting orthoimages can be directly applied in GIS or mapping applications such as: land use and land cover classification, terrain analysis, natural resource mapping, image backdrops for maps, temporal change analysis, multi-image fusion and image-map fusion.

Geomatica 10 Orthorectification Models

Airphoto Models:
OrthoEngine Airphoto models package an efficient triangulation method for generating precise orthophotos from scanned or digital camera aerial photographs.

Satellite Models:
OrthoEngine Satellite Models package contains specialty sensor math models for generating precise orthoimages from a wide range of optical and radar imagery, correcting for distortions caused by the satellite position, earth terrain, curvature, and the cartographic projection.

Supported sensors include:

LANDSAT      

SPOT      

IRS      

ASTER      

JERS      

RADARSAT      

AVHRR      

ERS      

ENVISAT      

 

·        
High Resolution Models:
OrthoEngine High Resolution Models package contains specialty sensor math models for generating precise orthoimages from the new generation of high-resolution satellites, correcting for distortions caused by the satellite position, earth terrain, curvature, and the cartographic projection.

Supported sensors include:

QUICKBIRD      

IKONOS      

SPOT 5      

EROS      

CartoSAT      

·        
Generic and RPC Models:
OrthoEngine Generic and RPC Models is a powerful orthorectification tool. Utilize the Generic Satellite Model for new or unsupported satellites or the RPC Model, which uses the rational polynomial to generate precise orthoimages, correcting for distortions caused by the satellite position, earth terrain, curvature, and the cartographic projection.

Digital elevation model extraction.
          adding 3D to your applications

DEM extraction is the process whereby imagery is exploited for 3D points that characterize a terrain surface. The resulting DEM can be directly applied in your GIS or mapping applications such as: 3D Fly-throughs, mission planning, perspective scene viewing and analysis, drainage and watershed analysis, contour generation, slope and aspect calculation, shaded relief analysis, intervisibility analysis, and of course, orthorectification of imagery.

Geomatica 10 DEM Extraction

Automatic DEM Extraction:
OrthoEngine Automatic DEM Extraction is an add-on to Airphoto Models, Satellite Models, High-Resolution Models, and Generic and RPC Models. This module features the automatic extraction of Digital Elevation Models (DEMs) from stereo airphotos and selected satellite sensors.

Radar DEM Extraction:
OrthoEngine Radar DEM Extraction is an add-on to the Satellite Models module. This features the automatic extraction of Digital Elevation Models (DEMs) from stereo RADARSAT or ASAR images.



Total integration means greater productivity

Geomatica 10 Core, the single, most advanced solution for geomatics professionals includes Geomatica 10 Core, PCI Visual Modeler, EASI, Algorithms, and FLY!. Plus, Geomatica 10 Core offers full access to the Geomatica 10 Advanced Add-on Modules.

PCI Visual Modeler
PCI Visual Modeler gives users, even those with a limited programming background, the ability to develop sophisticated process flows. The intuitive visual scripting environment allows these processing flows to be constructed via a simple "point-and-click" interface.

EASI / Algorithms
EASI is a full-featured interpreted programming language. The command line based interface and scripting environment provide the user with powerful tools for customization and programming.

FLY!
FLY! is a powerful terrain visualization tool, which drapes imagery and vectors over DEM data to create 3D perspective scenes and real time fly-throughs. An intuitive "point-and-click" interface enables users to control flight speed, direction, elevation, and perspective parameters interactively during flight. With FLY! users can quickly and easily view imagery in 3D from any position or perspective. FLY! also allows for rendering in anaglyph 3D mode and includes fogging effects.

Geomatica 10 Core includes:

·         The power of OrthoEngine technology -- efficiently produce orthorectified or geometrically corrected images, DEMs, 3D vectors, and mosaics.

·         Generic Database (GDB) technology -- directly read and write from an extensive list of supported file formats.

·         Advanced spatial analysis -- powerful analytical and modeling tools provide a comprehensive means of integrating GIS data into any workflow.

·         Advanced cartography -- utilize tools for indexation and color separation for professional printing.

·         EASI scripting -- command-line based interface and scripting environment, a powerful tool for customization and programming.

·         Visual scripting -- an intuitive scripting environment that allows processing flows to be constructed via a simple "point-and-click" interface.

·         Full Algorithm Librarian -- easy access to over 250 algorithms for image/vector processing, analysis, and modeling.

·         Integrated tools -- full access to the Geomatica 10 Advanced Add-on Modules



Offering an efficient, capable, and comprehensive way to handle geomatics applications, Geomatica 10 Core introduces users to the most important tools, with key components for image rectification, data visualization and analysis, and functionality for full cartographic map production.

Geomatica 10 Core includes:

·         The power of OrthoEngine technology -- efficiently produce orthorectified or geometrically corrected images, DEMs, 3D vectors, and mosaics.

·         Generic Database (GDB) technology -- directly read and write from an extensive list of supported file formats.

·         State-of-the-art work environment -- fully georeferenced file based viewer and modern GUI.

·         Multiple layer viewing -- any number of images, any depth (8, 16, and 32 bit), any size, and any resolution.

·         Reprojection -- create new files with the same data in a different projection.

·         Clipping/Subsetting -- clip or subset your data to a specified file size.

·         Visualization operations -- interactive viewing and analysis for your data.

·         Image classification -- unsupervised, supervised, and post classification analysis.

·         Image filtering -- number of filters designed specifically for improving the appearance and interpretability of your data are available.

·         LUT editing -- enhance your data via a Look Up Table.

·         DEM editing -- specific editing procedures designed specifically for elevation data.

·         Editing tools -- a series of tools designed specifically for image, vector, and bitmap layers.

·         Conversion tools --convert existing data layers into new data layers utilizing a variety of output formats.

·         Attribute management tools -- view, edit, and query the attributes associated with your data.

·         Algorithm Librarian -- easy access to over 100 algorithms for image/vector processing and analysis.

·         Map composition and output -- create and print cartographic maps within the same environment that geo-spatial analysis is carried out in.

Geomatica 10 Core Advanced Add-on Modules
PCI Geomatics offers Geomatica 10 Core customers a selection of Advanced Add-on Modules.

·         Optical (including ATCOR2 Atmospheric Correction)

·         Atmospheric Correction (ATCOR3)

·         Radar

·         Hyperspectral

·         Hyperspectral Image Compressor

·         Pan Sharpening

·         Also New to Geomatica 10

·         Hyperspectral Atmospheric Correction + Modtran *NEW*

·         Desktop Production Engine *NEW*

·         Desktop Production Engine Plus *NEW*

·         Spatial Analysis *NEW*

·         Charting *NEW*

·         NITF Certification *NEW*


Advanced Optical (including ATCOR2 Atmospheric Correction)

Generate geo-corrected AVHRR images, perform radiometric correction and calibration, and extract NDVI and SST information from visible and thermal AVHRR bands.

Includes algorithms for:

·         AVHRR Orbital Navigation - Generate geo-corrected AVHRR images, perform radiometric correction and calibration, and extract NDVI and SST information from visible and thermal AVHRR bands.

·         Advanced Classification - Includes Neural Network, texture segmentation, and contextual classification algorithms

·         Atmospheric Correction - Radiometrically correct Landsat TM,SPOT, and MSS imagery utilizing the latest ATCOR Technology, including:

o        Atmospheric Correction (ATCOR2) - spatially-adaptive fast atmospheric correction for flat terrain

o        Atmospheric Correction (ATCOR3) - Add-on to the Geomatica 10 Advanced Optical module

·         created to work with rugged terrain, utilizing a Digital Elevation Model

PAN SHARPENING
Enhance the visual information found in multispectral imagery by fusing it with the detailed spectral information found in panchromatic imagery.

Features include:

·         Easy-to-use single step process

·         Utilize existing QuickBird, IKONOS, SPOT, IRS or Landsat 7 imagery

·         Made for the new generation of high-resolution satellites, but supports all sensors

·         Algorithm developed by Dr. Yun Zhang, University of New Brunswick

ADVANCED RADAR
Radar data can provide a wealth of useful information, but due to the unique nature of airborne and satellite radar systems, specific analysis tools are required. Get the most from your radar data with the Geomatica 10 Advanced Radar module.

Includes algorithms for:

·         Airbourne Radar Analysis

o        SAR image change detection

o        Radar image registration

o        Texture analysis

·         Polarimetric SAR Analysis

o        Read Polarimetric and TOPSAR data

o        Calibrate matrix data

o        Print statistics and reports

·         SAR Speckle Filtering

o        A number of filters designed specifically for improving the appearance and interpretability of SAR data are available

·         SAR Radar Analysis

o        Generate radar brightness

o        Generate calibrated radar backscatter

o        Create array segment of incidence angles

ADVANCED HYPERSPECTRAL
The Advanced Hyperspectral Package provides end-users with the ability to better analyze and view their hyperspectral data and makes it easier for them to integrate it with other geospatial data.

Features include:

·         Process and analyze imagery with up to 1024 bands

·         New image metadata support

·         Geometric correction

·         Noise removal

·         Simple atmospheric correction

·         Endmember selection

·         Spectral Angle Mapper image classification

·         Spectral unmixing

·         Scatter and Spectra plotting

·         Spectral mixing

·         Visualization operations

·         Support for spectra libraries

·         Hyperspectral Image Compressor - is an add-on to the Advanced Hyperspectral Package

o        Vector Quantization image compression

GEOMATICA 10 SOFTWARE DEVELOPMENT KIT (SDK)
The Geomatica 10 Software Development Kit (SDK) is an essential reference for developers. The SDK is an add-on to Geomatica 10 Core and includes important technical programming information, sample code and documentation in a set of compiled HTML books.

Features include:

·