MBD Workbench助力高安全性eVTOL飞控软件设计

Boundry AI 边界智控 Han Ju 鞠涵

电动垂直起降飞行器（eVTOL）以高效、低噪音、零排放等特性，有望开启未来空中出行新范式，显著缓解地面交通压力。然而，这对飞控系统的安全性提出极为严苛的适航要求。MathWorks与边界智控凭借双方在DO-178C、MBD和eVTOL飞控等领域的深厚积累，共同打造了MBD Workbench平台，以高效支撑软件开发与验证。本演讲将分享平台的关键优势及实践成果。

出版年份: 2025 年 9 月 5 日

反馈

下一个:

This webinar provides a high level overview of the workflow for developing systems to meet aerospace certification requirements. The workflow will be demonstrated using a Helicopter flight control system example.

Simulink for DO-178 Flight Software Development

相关视频:

In part 9 of this webinar series, we discuss requirements-based testing of the cross-compiled executable object code.

Model-Based Design for DO-178C Software Development with...

In part 2 of this webinar series, we discuss how to build a Simulink model from a requirements document, and how to create bi-directional links for traceability between the detailed design model and the textual high-level requirements.

Model-Based Design for DO-178C Software Development with...

学习如何建模和仿真飞行控制系统的Simulink和Stateflow的。

使用Simulink 和Stateflow完成建模、仿真和飞行控制设计

介绍基于模型开发的优势，及在DCT项目中如何进行模型开发。

模型开发在DCT控制软件中的运用

查看更多相关视频