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Self-Evolution Cascade Deep Learning Model for SerDes Adaptive Equalization

机译:Serdes自适应均衡的自我演化级联深度学习模型

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The IBIS Algorithmic Modeling Interface (IBIS-AMI) has become the de-facto methodology to model SerDes behavior for end-to-end high speed serial link simulations. Meanwhile, machine learning (ML) techniques can facilitate the computer to learn a black-box system. This paper proposes the Self-Evolution Cascade Deep Learning (SCDL) model to show a parallel approach to modeling effectively adaptive SerDes behavior. Specifically, the proposed self-guide learning methodology uses its own failure experiences to optimize its future solution search according to the prediction of the receiver equalization adaptation trend. After basic introduction of SCDL model, the paper shows examples whose results are highly correlated with the IBIS-AMI simulations, while achieving simulation time reduction of orders of magnitudes.
机译:IBIS算法建模界面(IBIS-AMI)已成为模拟SERDES行为的De-FactoFe,以实现端到端的高速串行链路模拟。 同时,机器学习(ML)技术可以促进计算机学习黑匣子系统。 本文提出了自我进化级联深度学习(SCDL)模型,以显示有效适应性Serdes行为的平行方法。 具体地,所提出的自行指南学习方法利用自己的失败经验来根据接收器均衡适应趋势的预测来优化其未来的解决方案搜索。 在SCDL模型的基本介绍之后,该文件显示了与IBIS-AMI模拟的结果高度相关的示例,同时实现了仿真时间减少了大小的级。

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