GART-2000® navigation provides clear and simple administration of projects.
GART-2000® navigation provides simple management of the various hardware and software modules in each project. Individually customized modules can be developed and integrated.
GART-2000® navigation has a clearly arranged configuration mask covering all modules for controlling the individual hardware elements.
GART-2000® navigation provides clear, module-oriented message management. A distinction can be made between messages that are only relevant for the display, messages that are currently being saved, and the output rate of these messages.
GART-2000® allows the log files to be easily selected. The log files are module-oriented. Individual customer-specific headers can be written.
GART-2000® navigation automatically saves all the configuration settings in a configuration database. During postprocessing, log files can be transferred into an Access-based measurement value database for analysis.
GART-2000® navigation provides a simple method of selecting script files, which contain the respective user-specific commands for initializing the sensors. The frequency information contained in the scripts is read out automatically.
GDepending on the number of modules, GART-2000reg; navigation opens several module windows within the project window. Further graphics windows with factual information can be displayed in each module window. Module or graphics windows that are not currently needed can be downsized or completely removed. The module windows can be freely positioned or can be automatically arranged.
GART-2000® navigation offers various graphics windows with factual information that can be freely positioned and enlarged within the respective module window. GART-2000® navigation thus enables an individual, module-dependent layout of the information displayed. Customer-specific displays can be created and integrated.
GART-2000® navigation has an analysis module that transfers all the logged measurement values into the database and makes them available there for various evaluation processes. For example, the combined data from the IMU and GNNS-4 antenna systems can be represented in tabular and graphical form. The integrated ALLSAT algorithms can lead to better results in postprocessing analysis. Customer-specific adaptations can be carried out here as well.
The algorithms deployed by ALLSAT are tried, tested, and state-of-the-art. For example, the implemented IMU postprocessing algorithms yield improved results.