A MEMS design methodology for model-order-reduction, based on high-order parametric elements

A. Sanginario, G. Schropfer, S. Zerbini, M. Ekwinska, R. Houlihan, D. Demarchi
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Abstract

The design of a heterogeneous smart system is a major and multidisciplinary challenge. The next generation smart systems will include analog, digital and MEMS components described using different languages relying on parametric models at different abstraction level. The SMArt system Co-design (SMAC) FP7 ICT project aim is the overcome all the issues related to the mixed design of a smart system. Inside this project a step toward design tool integration has been made with the presented work. As a matter of fact, we present a case study for the definition of a complete flow for the design and use of MEMS devices inside standard microelectronics design tools.
基于高阶参数元素的MEMS模型降阶设计方法
异构智能系统的设计是一个重大的多学科挑战。下一代智能系统将包括使用不同语言描述的模拟、数字和MEMS组件,这些组件依赖于不同抽象级别的参数化模型。智能系统协同设计(SMAC) FP7 ICT项目旨在克服与智能系统混合设计相关的所有问题。在这个项目中,向设计工具集成迈出了一步。事实上,我们提出了一个案例研究,用于定义在标准微电子设计工具中设计和使用MEMS器件的完整流程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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