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Trimble Remote Sensing Suit

Trimble Remote Sensing Suit (TRSS) - a full solution for remote sensing - from data processing to analytics

TRSS combining all photogrammetric functionality of Inpho SATMaster software and thematic functionality of eCognition Developer software.

Main advantages:

Streamlined, intuitive workflow for satellite data triangulation, modeling and orthomosaic generation
Guided workflows to easily transform image data into valuable information
Advanced analytics and data fusion to extract actionable intelligence

Input data:

Output data:

Images: ortho (GeoTIFF, TPW, ADS+TIFF/TFW), TIFF, JPEG, BigTIFF, JPEG2000, TIFFjpeg, EXIF
Satellite sensors: Multichannel and panchromatic (SPOT, Plejades, Quickbird, IKONOS, ALOS, ASTER, CARTOSAT, IRS, GeoEye, Landsat, OrbView, RapidEye, WorldView, Resurs-P)
Elevation models/formats morphological data:

Grids: (*.dtm, *.bill, *.tpix.shp, DTM, DXF, TIN, GRD, LAS, TIFF16/32, XYZ и др.)
Cloud point: LAS, LASZip, XYZ, BXYZ

Satellite triangulation for automatic bulk-orientation including automatic tie point extraction. Single image orientation tools for monoscopic scenes without overlap, optional referencing to ortho-imagery combined with height model. Project-wide photo display with correct topology, and auto image-selection for interactive and automated, guided control point measurement. Multi-view stereoscopic display for easiest stereoscopic manual point measurement. Rigorous quality assessment tools and visualizations as well as numerical statistics. Editing in mono and stereo modes for further referencing or creating vector data.

Satellite triangulation

Density up to 1 pixel. CAD-like multi-layer/multi-file environment. Automated and interactive guided mapping and editing tools for vectors and points including project-wide or local brush-type filtering and classification. 3D stereo mapping tools as well as monoplotting capability (xyz from ortho & height model). Mapping-grade contour map generation and grid interpolation. Batch processing.
Elevation model

Homogeneous color-balanced mosaicking with feature-based automatic seam generation. Adaptive mosaic blending through image texture analysis. Based on geo-referenced imagery and height model. Intuitive mosaic (seam-)editing workflow. Combine, merge, resample, color-grade orthos. Flexible mapsheet definition.

Orthophoto

Automated Image and Point Cloud Segmentation. Automated feature extraction. Streamlined workflows for landcover mapping and change detection in a user friendly environment. Formulation of sample-based classification rules based on SVM, DecisionTree, Nearest-Neighbor, RandomTrees, or Bayes. Guided analysis workflow focus users, at any step in the process, only to the specific, relevant set of components for the particular purpose. The sequence of components is predefined using simple slider or buttons. Exports to various third-party software and support for basic data formats. Identification of changes by comparing two pairs of multitemporal images. Transform projects between different datums and projections, grid-based transformations, 7-parameters transformations and geoid application available.

Example of thematic processing