Industrial, scientific and artificial intelligence software

Industry applied systems utilizing multiple techniques of artificial intelligence, as well as the scientific projects in the recently introduced field of civionics, where electronics serves the purposes of civil engineering... and beyond.


SZOK
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The complex system for computer-aided evidence, maintenance and exploitation management of bridge structures and road sections - used by several highway and motorway construction offices in Poland, and also by provincial and district boards of public roads.

A special dedicated edition was designed under the auspices of the State Committee for Scientific Research to support the scientific program on dynamic load tests of bridges and other transportation structures.

Developed in cooperation with and distributed by Universal Systems s.c.

Rubikon
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The system aiding exploitation and maintenance of the long-span bridge over Vistula river, Poland - used by the General Board of Public Roads and Motorways.

The system includes digital model of the bridge used for navigation, damage edition, gauge location for static and dynamic tests, etc.

Developed in cooperation with Universal Systems s.c. and Wroc³aw University of Technology

Neuritis
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The expert system shell for hybridizing artificial intelligence techniques: fuzzy logic controllers, neural networks, analytical components, and other user-defined elements.

Developed in cooperation with and distributed by Universal Systems s.c.

FEST
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The expert system for technical condition evaluation of railway bridge structures - currently used widely by the Polish State Railways.

Developed in cooperation with Wroc³aw University of Technology

Schmidt
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The application that supports non-destructive tests of concrete in civil engineering constructions by storing and processing the survey data and generating reports.

Developed in cooperation with Wroc³aw University of Technology

Manabris: Modal Analysis of Bridge Structures
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The advanced software for modal analysis of bridge structures, supporting the Resonance Curve Method, Logarithmic Decrement Technique and Mode Shape Investigation, as well as the Sweep and Free Run modes. Advanced mathematical procedures have been adopted from MathWorks MATLAB libraries.

The system communicates with data acquiring devices and construction exciters through an adjustable plug-in system.

Developed in cooperation with Wroc³aw University of Technology

Scientific prototype software
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Several example applications and presentational interfaces for scientific publications and international conferences.

Developed in cooperation with Wroc³aw University of Technology