The screenhsot demonstrates the simulation of a traffic light using mock-ups of the graphic user interface.

The internal logic of the car lights as well as of pedestrian lights is modeled within the model. The traffic lights UI is implemented as a Visual Studio project and connected to the model. At model start, it starts also the UI. The user can control the running model via UI (Pedestrian and Exit buttons) as well as directly in the AMUSE simulation control. LieberLieber provides also the example with the hardware mock-up.

The screenshot shows an important new feature: the generation of the complete source code from UML model for realtime embedded systems.

The user models the internal logic of the separate system parts, as well as the initialization of the whole component and its configuration. In a next step the code can be generated, deployed to an embedded IDE, compiled, deployed to an embedded board and executed.

In der aktuellen Ausgabe von e-media findet sich im Bericht “Hightech made in Austria” auch eine kurze Darstellung unserer Success story “Eine Raupe als Gehirnmodell” mit Henrik Quintel. Wir freuen uns und empfehlen: Schaun Sie sich das an….

This screenshot shows a typical scenario of environment simulation.

The system under development is represented by the BlockUnderDevelopment. The system’s environment that one needs to simulate is represented by RandomSignalSender. The possible states of the system under development are modeled using a state machine. The system can also receive and process several signals. The RandomSignalSender simulates the environment and sends signals to the BlockUnderDevelopment. The basic idea behind that type of tests: stressing the system implementation by sending signals in random order. By adding new test classes, you can simulate different environments (e.g. by reading signals from a data base) for the system under development.