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Physically informed assertions for cyber physical systems development and debugging

机译:用于网络物理系统开发和调试的基于物理的断言

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摘要

Cyber Physical Systems (CPS), widely used in pervasive computing, integrate computation in the cyber world with control of physical processes. Developing CPS is challenging because interactions between physical and cyber components are complex and often unpredictable. Traditional debugging techniques can detect bugs in the cyber world, but bugs introduced from physical components and induced by limitations in the software interface to physical hardware are still difficult to detect. My research will capture the state of art and the state of the practice in verification and validation of CPS. Based on this, I will design middleware that combines models of the physical world with programming-language based assertions to help developers to design, develop, and debug robust CPS applications with ease.
机译:网络物理系统(CPS),广泛用于普遍存算计算,在网络世界中集成了物理过程的计算。开发CPS是挑战性的,因为物理和网络组件之间的相互作用复杂,并且通常是不可预测的。传统的调试技术可以检测到网络世界中的错误,但是从物理组件引入并通过软件接口中的限制引起的错误仍然难以检测。我的研究将抓住艺术状态和验证和验证CPS的实践状态。基于此,我将设计中间件,将物理世界的模型与基于编程语言的断言相结合,以帮助开发人员轻松地设计,开发和调试强大的CPS应用程序。

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