这种方法不同于布尔代数和卡诺图的分析方法，它更有利于实现数字系统的设计自动化。
This method differs from the methods of Boolean-algebra and Karnaugh-map, and it will be of benefits to the design-automation of digital systems.
我们还给出了代数和分段加权算法，通过对该算法控制参数的分析，最后给出了两种实用方案的优化算法。
We also developed algebra sum segmented weighted algorithm, and after the analysis for the parameters, we proposed two algorithms for practical applications.
状态空间分析方法的数学基础是线性代数和矩阵论，能控性和能观性是状态分析方法的根本问题。
The mathematical foundation of state space analysis method is linear algebra and matrix theory, whose essential issues are controllability and observability.
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