| Brand |
Trimble GeoSpatial |
| Brand/Model |
INPHO System |
| Date of Introduction |
2000 |
| - System includes Hardware (Y/N) |
Y |
| - CPU (min./pref.) |
2Ghz / 3 GHz |
| - RAM memory [Mb] (min./pref.) |
1GB / 4 or 8 Gb |
| - Mass storage capacity (min./pref.) |
project dependent |
| - Graphic Card [Mb] (min./pref.) |
512MB / 512MB |
| - Supported special hardware[1] |
not needed |
| - User definable operations and extensions[2] |
integration with any CAD or GIS |
| - Size/resolution of screens [inches/pixels] |
20inch / 1600x1200
22inch / 1680x1050
24inch / 1920x1200 |
| - Method of stereo image separation |
passive polarized glasses; shutter glasses |
| - Supported Image Types[3] |
Imagery from any digital frame or line camera; scanned images; panchromatic; hypersprectal; radar |
| - Input image formats[4] |
TIFF, TIFF/JPEG, JPEG 2000, GeoTIFF, ECW, MrSID, BIP, BIL, BSP, ADS40, IKONOS, QuickBird, OrbView, SPOT, Landsat, IRS |
| - Export data formats |
TIFF, TIFF/JPEG, ECW, GEOTIFF, DWG, DGN, DXF, DXF-TIN, ArcGIS (SHP, SHP-TIN, BIL), INPHO project, Summit Evolution, Image Station, SocetSet, LPS, Aviosoft, PATB, Bingo, Bluh, PHOREX, ABC-PC, AP32, SCOP DTM, LAS, ASCII XYZ, VRML, VRML-TIN |
| - Compression techniques (Y (Type)/N) |
Y (TIFF/JPEG, ECW) |
| - Backup facilities included (Y/N) |
On request |
| - Spatial Convolution (Y(specify)[5]/N) |
Y (smoothing, sharpening and user definable) |
| - Resampling (Y (specify)[6]/N) |
Y ([b], [c], spline) |
| - Radiometric corrections[7] |
Y (atmospheric, sensor specific) |
| - Automatic aerotriangulation (Y/N) |
Y |
| - Automated blunder detection (Y/N) |
Y |
| - Self-calibration (Y/N) |
Y |
| - Automatic Matching (Y(specify[8])/N) |
Y (area-based, feature-based) |
| - Automatic breakline extraction (Y/N) |
N |
| - Interactive mosaicking of orthoimages (Y/N) |
Y (automatic and interactive) |
| - True Orthoimage Generation (Y/N) |
Y |
| - Integration with other data sets (Y(specify[9])/N) |
Y (DEM, vector data) |
| - Semi-automatic corner point extraction (Y/N) |
N |
| - Semi-automatic line feature extraction |
N |
| - Semi-automatic building extraction (Y/N) |
Y |
| - Major applications (max. 5) |
aerotriangulation; DTM/DSM generation; orthophoto production; feature extraction; DTM management |
| - Major advantages of this system, compared to other systems (max. 20 words) |
highly productive by unsurpassed degree of automation; developed and supported by photogrammetric experts; numerous users |
