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Implementing a multi-level finite state machine with MATLAB Simulink and Stateflow in the environment of high-integrity aircraft controller software

机译:在高度集成的飞机控制器软件环境中使用MATLAB Simulink和Stateflow实现多级有限状态机

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At the Technical University Munich the Institute of Flight System Dynamics uses different manned and unmanned aerial platform to demonstrate modern flight control and flight management functions. Those algorithms are designed, implemented and tested using MATLAB Simulink and Stateflow. The context of high-integrity aircraft controller software claims various limitations of the tools. The state machines used in the flight control software are developed using a special combination of MATLAB Simulink and Stateflow. That can greatly reduce complexity while simultaneously enhancing clarity and testing abilities. This paper contains a detailed explanation of the implementation scheme and structure developed at the Institute of Flight System Dynamics to design multi-level finite state machines in the context of high-integrity aircraft controller software.
机译:在慕尼黑工业大学,飞行系统动力学研究所使用不同的载人和无人空中平台来展示现代飞行控制和飞行管理功能。这些算法是使用MATLAB Simulink和Stateflow设计,实现和测试的。高完整性的飞机控制器软件的上下文要求对工具进行各种限制。飞行控制软件中使用的状态机是使用MATLAB Simulink和Stateflow的特殊组合开发的。这样可以大大降低复杂性,同时提高清晰度和测试能力。本文详细介绍了由飞行系统动力学研究所开发的用于在高完整性飞机控制器软件的背景下设计多层有限状态机的实施方案和结构。

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