Teledyne Geospatial HIPS and SIPS
$ 0,00
Built on decades of expertise and proven algorithms CARIS HIPS and SIPS is the leading hydrographic data processing system capable of integrating bathymetry, laser scanner, seafloor imagery, and water column data processing in a single application.
Description
Backed by over 25 years of excellence, the HIPS and SIPS™ suite of products offers essential capabilities and professional grade tools for hydrographic data processing. Supporting over 40 industry standard data formats, HIPS and SIPS can easily integrate into any workflow. It enables you to simultaneously process multibeam, backscatter, side scan sonar, single beam and lidar data. It incorporates the latest in 3D visualization technology for the purpose of hydrography, oceanography and marine science. As part of the Ping-to-Chart™ workflow, HIPS and SIPS can be easily expanded to meet your wider geospatial needs.
With a core philosphy of automating workflows, HIPS and SIPS continues to add new tools such as CARIS Mira AI, Process Designer, and SIPS Backscatter to provide customizable and usable automation, improving processing efficiency.
Automatic Boresight Calibration with HIPS and SIPS
Automating the Ping-To-Chart Workflow
SIPS Backscatter and Seabed Classification
Additional information
| Year of last update | 2020 |
|---|---|
| Supported vertical reference frames | Any |
| SSS Targeting | Yes |
| Video integration | N |
| Assessment of bathymetry IHO Cat S-44 | Y |
| Type of automatic cleaning algorithm(s) | CUBE, Surface Filter, multibeam filters, attitude filters and smoothing |
| Multibeam water column imaging support | Y |
| Multibeam Backscatter Processing Functionality | *NEW* SIPS Backscatter Engine and Geocoder |
| Mulitbeam Calibration mehods | Manual |
| Manual editing capability | Y |
| Tidal reduction | RTK-tide, Tide |
| Supported coordinate systems | EPSG |
| Geographical Coordinates {Lat, Long} | Y |
| Ground Coordinates {E,N} | Y |
| Seven Parameter shift supported | Y |
| Separation model for vertical datum shift support | Y |
| Mosaic creation | Y |
| Local datum support | Y |
| Ellipsoidal reference support (GRS80) | Y |
| Automatic top of pipe calculation | N |
| Slope analysis | Y |
| Dynamic event numbering | N |
| Automatic cross profile creation | N |
| Volume calculation | Y |
| Contouring | Y |
| Sounding Selection methods | Y |
| Export/Exchange options | ASCII, CSAR grid/point cloud, HTF, FAU, GSF, UNISIPS, XML, BAG, TIFF/GeoTIFF, ESRI ASCII, USGS DEM, DXF, CARIS Map, GML, KML/KMZ, CARIS HOB, S-57 000, ESRI Shape |
| Combining bathymetry / terrestrial point clouds | Y |
| Brand | Teledyne Geospatial |
| Addres | Teledyne Geospatial 300 Interchange Way L4K 5Z8 Vaughan Canada |
| Mosaic creation algorithms | Weighted blending |
| Siant range correction | Y |
| Year of initial introduction | 1992 |
| 2D Editing | Y |
| Modules | SIPS Essential, HIPS Essential, HIPS and SIPS Essential, HIPS Professional, HIPS and SIPS Professional |
| Supported Systems (SB, MB, SSS, Lidar etc.) | Single Beam, Multibeam, Side Scan Sonar, LiDAR, Laser Scanner, Synthetic Aperture Sonar (SAS), Interferometric |
| RAM [MB] | 16000 |
| HD{GB} | 1 |
| Field of Use | Hydrography, Oceanography, Exploration and Production, Scientific |
| Languages Supported | English |
| Use of GPU | N |
| Processor | 64-bit |
| Stereo Display | N |
| Input Formates {XTF, XYZ, GSF etc} | Atlas SDA/ASD/ACF, Chirpscan 3D BRF, CMAX CMX/CM2, Coda, Edgetech Midas/JSF, EIVA SBD, Elac XSE, Furuno, GeoAcoustics RDF, GSF, Hawkeye, Hypack RAW/HSX/HS2, Imagenex D1P/83P/83M, Kraken TIL, LADS CAF, LAS, MarineSonics MST, ProSAS IMG, QMIPS DAT, Teledyne Reson S7K/PDS, Scripps, Klein SDF, Seabeam, Seafalcon, SEGY Singlebeam, SHOALS OUT/HOF/TOF, Kongsberg ALL/OUT/RAW/DEPTH, SPAWAR DAT, Swathplus SXP/SXR/SXI, Teledyne TDY, UNB MERGED, Winfrog RAW, XTF |
| Max. Number of Soundings | Infinite |
| Supported Hydrographic Systems | Eiva, Hypack, SIS, QPS, PDS2000 |
| Background format support {Google, Bing, OGC, CAD etc.} | Gridded XYZ, DXF/DWG, BAG, DGN, BSB/KAP, TIFF IGA, ECW, ESRI ASC/ADF/FLT, ESRI Shape, GML, GIF, GRIB, CHR, JPEG/JP2, Intergraph CIT/COT/CRL/RLE, LandXML, Laser-Scan IFF, SID, NTF, MapInfo MIF, NetCDF NC/GMT, NOAA NGS BIN, PNG, S-57 000, TIF/TIFF, VPF DHT/LAT/LHT, BMP, OGC WMS/WMTS/WCS, Kongsberg SIS Grid |
| 2D Visualization | Y |
| Lay-back correction | Y |
| Fly-throughs support | Y |
| 3D fly-through movies {*.mov etc} | Y |
| Area based 3D editing | Y |
| Area based 3D View | Y |
| 3D View max number points | depends on pc |
| 3D Integrated models | No |
| Sounding cleaning algorithms | CUBE, plane fitting, AI |
| 4D support | N |
| 4D fly through movies {*.mov etc.} | No |
| Sound velocity correction | Multiple profile correction support |
| Sound velocity correction type | Distance + Time |
| Support tidal reduction network | Y |
| Gridding/Interpolation techniques | Shoalest Depth, Swath Angle, Uncertainty, CUBE |
| Grid attributes {Std., Mean, Max, etc.} | Deep, Density, Depth, Mean, Std dev, Shoal, Uncertainty, Hypothesis Count, Hypothesis Strength, Slope, Aspect, RMS Error |
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