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Configurable logic style translation based on an openaccess engine

机译:基于OpenAccess引擎的可配置逻辑样式转换

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摘要

In the field of SCA-resistant circuit design several promising countermeasures are under investigation. In this article we focus on countermeasures at the gate level and their impact on a typical semi-custom design flow. Standard electronic design automation (EDA) tools are not capable of handling side-channel analysis (SCA) resistant logic styles. Additional non-trivial steps in the semi-custom design flow are needed. We present a file-interface stand-alone program solution and compare it to an approach based on OpenAccess. OpenAccess offers standardized access to integrated circuit (IC) design data which makes these steps independent from the semi-custom design flow. This allows for modular, robust and flexible solutions configurable for different SCA-resistant logic styles.
机译:在SCA抗性电路设计领域,正在调查几种有前途的对策。 在本文中,我们专注于门级的对策及其对典型半定制设计流程的影响。 标准电子设计自动化(EDA)工具不能处理侧通道分析(SCA)抗性逻辑样式。 需要半定制设计流程中的额外非普通步骤。 我们提出了一个文件界面独立的程序解决方案,并将其与一个基于OpenAccess的方法进行比较。 OpenAccess提供了对集成电路(IC)设计数据的标准化访问,这使得这些步骤独立于半定制设计流程。 这允许为不同的SCA抗性逻辑样式可配置的模块化,鲁棒和灵活的解决方案。

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