Java·Applied·Geodesy·3D (JAG3D) — Least-Squares Adjustment Software for Geodetic Sciences — software.applied-geodesy.org
Description: Steinbeis Transfer Centre Applied Geodesy - Appreciation of your geospatial data by applying traceable analysis methods, which base on statistical methods and geodetic least-squares adjustment theory.
consulting (24511) training (23273) monitoring (2236) software engineering (1150) data analysis (711) reverse engineering (313) metrology (149) applied geodesy (2) least-squares adjustment (2)
Self-registering measuring and sensor systems allow for a high-performance automation level. Depending on the measurement task, these systems are scalable, and can be configured as well as adapted with respect to the requirements. The operation of such a measuring or sensor system is application-oriented and robust. Specialized knowledge about the measurement process is not necessary in most cases.
A high level of automation hides the fact that the measurement process is still a complex procedure. The pre-processing, analysing and the appropriate evaluation of the registered data play an important role in the framework of engineering geodesy and industrial metrology.
Due to the high-performance automation level, concepts that allow for in-situ analysis are essential, to perform consistent and (near) real-time data processing. The Steinbeis Transfer Centre Applied Geodesy is specialized in developing innovative analysis algorithms and applications for processing of terrestrial data and sensor networks.
Java·Applied·Geodesy·3D (JAG3D) — Least-Squares Adjustment Software for Geodetic Sciences — software.applied-geodesy.org