本文主要讨论了用系统传递函数和状态变量探讨lti边界系统稳定的异同，还简要说明了造成这种差别的数学原因。

The differences between transform function and state variables to depict the stability of LTI system are discussed in the paper. In addition, the paper mentions the differences in math.

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这些系统正好处于稳定、有序行为和不可预测的混沌世界（如乱流）之间的边界上。

These systems are right on the boundary between stable, orderly behavior and the unpredictable world of chaos, as exemplified by turbulence.

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理想情况下，这个系统甚至会让我们把生态系统从边界处拉回来。

Ideally, the system would even allow us to pull an ecosystem back from the borderline.

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So this becomes where defining the system and the boundaries and everything becomes important.

因此问题就变成了,如何定义系统和边界,那么一切都变得重要了。

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You've got to place the boundary at exactly the right place, otherwise you've got a bit too much in your system or a bit too little.

你要把边界,设置在正确的位置上，否则你的系统就会要么多出一部分,要么少一部分。

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And then between the system and the surroundings is the boundary.

系统和环境之间的,是边界。

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