This paper analyses two plans from architecture to algorithm and from algorithm to architecture by the implementing algorithm, introduces the value of h.
从算法实现的角度，分析了从结构到算法与从算法到结构两种方案的性能，着重介绍硬件对象技术H。
Thus, LTS state tree generation algorithm is the key to deriving testing plans and testing cases from architecture descriptions.
因此，LTS状态树生成算法是导出软件测试计划和测试用例研究工作中的关键问题。
In this thesis, we attempt to research security requirements, physical security and implementations for embedded system from algorithm and architecture levels respectively from an end-user.
从终端用户的角度，本文针对嵌入式系统的安全需求、安全实现分别从算法级和体系结构级两个层次进行重点研究。
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