Ammunition in the Sea

Lighting invariant Contour Detection - lighting invariant Change Detection -Hyperbola Detection - Information Space Analysis - CI- based Identification - Data Categorisation - Alarming Routines - Machine Monitoring - Harmonic Analysis - DLS-Analyser - FD-Analyser - CI-Alarming Routines - Trend Analyser - Neural Based Quality Control - Sensor Fusion - Neural Based Prediction - Analysis of Biological Signals - Neural Based Identification - Acoustic Pattern Recognition - CI-based People Categorizer - Digital Twins

₪... Digital twin of the Baltic Sea

In order to create a digital twin of an entire region or even just a habitat, one must first be aware that neither of them can be considered as a solitary entity. This means that in addition to the actual habitat parameters, all external parameters that affect the habitat must also be taken into account. In most cases, however, knowledge of all these influencing factors is not even known, let alone their dynamics and specific interaction with the habitat.

This means that, first of all, a kind of organizational chart must b e created that, in addition to the actual parameters describing the habitat, must describe the processing steps to be carried out by the twin (DSS) and finally the aspects to be listed in the status report.

A corresponding diagram for the problem of the impact of dumped old ammunition in the Baltic Sea on various "protected assets" to be addressed in the EU project DAIMON is shown in the following diagram(*).

Once you have this organizational chart, the actual CI work begins...

Then the design and implementation of an intuitive user interface...

... and the possibility to view, modify or play with existing data about an object (simulation-based)...

... then one click and within < 1 second the situation report is created and visualized ... in a simple form:

... or something a little more complex...

Thanks to its compact AI, the digital twin shown here can also run on simple computers, meaning that a network or cloud connection is not necessary.

This enables the technology solution presented to be used in critical infrastructures in offline mode.

(*) In this project at the TUC, current employees of IngB RT&S were responsible for the actual intelligence and thus the core of the digital twin "Baltic Sea". The IPR of the CwA lay with the CEO of IngB RT&S.

... with informative and easy user guidance...