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The Eclipse sim@openPASS platform mainly consists of a GUI and a simulation core interacting with openPASS modules as well as external programs for post-processing. https://projects.eclipse.org/projects/technology.simopenpass

GT-Gen Core library which accepts ScenarioEngine, Environment and simulation parameters and enables the integrator to execute the simulation.

Eclipse ESCET project main repository.

Aidge's C++ export module optimized for ARM Cortex-M

eTrice

Aidge's C++ export module optimized for ARM Cortex-M

GT-Gen Core library which accepts ScenarioEngine, Environment and simulation parameters and enables the integrator to execute the simulation.

ton's gt-gen-core

GT-Gen Core library which accepts ScenarioEngine, Environment and simulation parameters and enables the integrator to execute the simulation.

GT-Gen Core library which accepts ScenarioEngine, Environment and simulation parameters and enables the integrator to execute the simulation.

GT-Gen Core library which accepts ScenarioEngine, Environment and simulation parameters and enables the integrator to execute the simulation.

GT-Gen Core library which accepts ScenarioEngine, Environment and simulation parameters and enables the integrator to execute the simulation.

GT-Gen Core library which accepts ScenarioEngine, Environment and simulation parameters and enables the integrator to execute the simulation.

The subproject opSimulation mainly consists of the simulation core interacting with openPASS modules as well as external programs for post-processing. https://projects.eclipse.org/projects/automotive.openpass

Implement a benchmark for export_arm_cortexm.

It should automatically generate the board files, flash the target device, and read the execution result from the board via serial communication