Complete and documented use case for a verified robotic system. Abstract. The design of embedded real-time systems requires specific toolchains to guarantee ...

We describe how we obtain a Hippo model from an initial specification of the system based on the robotics programming framework GenoM. We illustrate our ...

Oct 22, 2024 · PDF | The design of embedded real-time systems requires specific toolchains to guarantee time constraints and safe behavior.

The design of embedded real-time systems requires specific toolchains to guarantee time constraints and safe behavior. These tools and their artifacts need ...

We describe how we derive a Hippo model from an initial specification of the system based on the robotics programming framework . We also show how to use the ...

These tools need to be managed in a coherent way all along the design process and need to address timing constraints and execution semantic in a holistic way ...

from publication: Hippo: A Formal-Model Execution Engine to Control and Verify Critical Real-Time Systems | The design of embedded real-time systems ...

Hippo: A Formal-Model Execution Engine to Control and Verify Critical Real-Time Systems ... Pruda: An api for time and space predictible programming in ...

A formal toolchain for offline and run-time verification of robotic systems ... Hippo: A Formal-Model Execution Engine to Control and Verify Critical Real ...

Hippo: A formal-model execution engine to control and verify critical real-time systems ... A method and its associated technique to model both real-time ...