Hall/Stand No. A5-225
Co-Exhibitor at the booth of
Products
- Navigation Systems
- Radar Systems
- UAV / Drones
Brands
TOPAS Industriemathematik Transfer GmbH
Showroom
The Autonomy Framework Unify is a modular, extensible software platform for autonomous robotics.
Our Autonomy Framework Unify is a modular, extensible software platform for autonomous mobile robotic systems. It includes all key capabilities — from sensor integration and localization to mapping and mission planning. This enables a smooth transition from manual control to highly automated operation. Thanks to open interfaces, such as ROS 2 or ArduPilot, the framework can be flexibly integrated into existing systems.
Our Autonomy Framework Unify is a modular, extensible software platform for autonomous mobile robotic systems. It includes all key capabilities — from sensor integration and localization to mapping and mission planning. This enables a smooth transition from manual control to highly automated operation. Thanks to open interfaces, such as ROS 2 or ArduPilot, the framework can be flexibly integrated into existing systems.
TOPAS Model Fitting is a flexible tool for the automated creation of digital twins.
TOPAS Model Fitting is a flexible tool for the automated creation of digital twins of technical systems based on custom datasets. It enables the detection and adaptation of complex models, either through an intuitive graphical user interface (GUI) or directly via a modern C++ library.
This supports real-time prediction, control, and optimization of system behavior, as well as long-term scenario analysis — for example in robotics, automotive, or aerospace applications.
TOPAS Model Fitting is a flexible tool for the automated creation of digital twins of technical systems based on custom datasets. It enables the detection and adaptation of complex models, either through an intuitive graphical user interface (GUI) or directly via a modern C++ library.
This supports real-time prediction, control, and optimization of system behavior, as well as long-term scenario analysis — for example in robotics, automotive, or aerospace applications.
WORHP is a powerful library for nonlinear optimization.
WORHP is a powerful mathematical software library for solving large-scale nonlinear optimization problems. It provides precise and efficient algorithms for complex scientific and engineering applications, such as motion planning or control system optimization. Thanks to its modularity and scalability, WORHP is ideally suited for highly complex tasks with demanding requirements for accuracy and computational performance.
WORHP is a powerful mathematical software library for solving large-scale nonlinear optimization problems. It provides precise and efficient algorithms for complex scientific and engineering applications, such as motion planning or control system optimization. Thanks to its modularity and scalability, WORHP is ideally suited for highly complex tasks with demanding requirements for accuracy and computational performance.
Contact
Konrad-Zuse-Straße 6a
28359 Bremen
Germany
28359 Bremen
Germany