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Hybrid OPC Technique for Fast and Accurate Lithography Simulation

机译:混合动力OPC技术,用于快速准确的光刻模拟

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Hybrid optical proximity correction (OPC) processing approach based on clustering algorithm is proposed, where the localized structures' complexity will drive their respective methodology of OPC, either rule-based (RB) OPC or model-based (MB) OPC. The proposed approach also flags the lithography hotspots from the input design for custom OPC treatments. The effectiveness of the proposed method is verified by simulating few critical layers in advanced technology nodes. Compared to MBOPC approach, the proposed method reduces the overall simulation time by a significant amount, without compromising the desired accuracy limits.
机译:提出了一种基于聚类算法的混合光学接近校正(OPC)处理方法,其中局部结构的复杂性将驱动它们各自的OPC方法,基于规则的(RB)OPC或基于模型的(MB)OPC。所提出的方法还将光刻热点从输入设计中标记为自定义OPC处理。通过在高级技术节点中模拟几个关键层来验证所提出的方法的有效性。与MBOPC方法相比,所提出的方法将整体模拟时间减少了大量,而不会影响所需的精度限制。

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