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Methods of logical synthesis for library elements and blocks with regular layout structure

机译:具有规则布局结构的库元素和块的逻辑综合方法

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The paper is devoted to research and development of custom IP-blocks design methods in the form of standard elements with regular layout structure in the layers of polysilicon and diffusion. For today the leading developers of microelectronic devices continue to work out the key modules of microelectronic systems, such as core microprocessors, microcontrollers completely custom-made in a mode in which the final composition of library elements is not known beforehand, and the design is extremely low at the transistor level. However, automation of logic and layout synthesis process for a completely custom design is difficult due to significant increase in the complexity of the problem with increasing integration of microelectronic systems and decreasing the size of the standard elements to 22nm and below. The authors proposed FinFET layout design formation methods for layout synthesis of elements with a regular layout structure in layers of polysilicon and diffusion.
机译:本文致力于以标准元素的形式开发定制IP块设计方法,这些元素具有在多晶硅和扩散层中规则的布局结构。对于今天的微电子设备的领先开发者,仍在继续研究微电子系统的关键模块,例如核心微处理器,完全定制的微控制器,其模式是事先不知道库元素的最终组成,而且设计极为出色。在晶体管级为低。但是,由于随着微电子系统集成度的增加和标准元件尺寸减小到22nm及以下,问题的复杂性显着增加,因此很难实现用于完全定制设计的逻辑和布局合成过程的自动化。作者提出了FinFET布局设计形成方法,用于在多晶硅和扩散层中以规则的布局结构进行元素的布局合成。

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