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Control Flow Verification for Program Safety Update

机译:控制程序安全更新的流量验证

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In program update of control systems such as the function update, a span of update influence is not always clear in advance even if the number of LOC (lines of code) is small. We want to avoid unexpected behaviors; it is desirable to check rapidly whether the updated code does not affect the I/O processes which are not scheduled for update (non-updated I/O processes). Motivated by this, this paper proposes a program verification method for safety update of the embedded system. Especially, we consider a program safety update problem to check whether the control flow of the updated code does not include that of the non-updated I/O processes or not. The proposed method focuses on the periodic characteristic of I/O processes to extract control flow of I/O processes. We use periodic inputs of the controllable and observable subsystem. To verify the validity of the proposed method, this paper considers an autonomous mobile robot.
机译:在诸如函数更新的控制系统的程序更新中,即使LOC数(代码行)小,更新影响的跨度并不总是清除。我们希望避免意外的行为;期望快速检查更新的代码是否不影响未安排更新的I / O进程(未更新的I / O进程)。由此有所动机,提出了一种用于嵌入式系统的安全更新的程序验证方法。特别是,我们考虑一个程序安全更新问题,以检查更新代码的控制流是否不包括非更新的I / O进程的控制流程。所提出的方法侧重于I / O进程的周期性特征,以提取I / O进程的控制流程。我们使用可控和可观察子系统的周期性输入。为了验证所提出的方法的有效性,本文考虑了一个自主移动机器人。

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