High-Speed Wireline Links—Part II: Optimization and Performance Assessment

Hossein Shakiba;Davide Tonietto;Ali Sheikholeslami
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Abstract

In Part I of this article, we described the modeling of a general wireline link architecture. In this part, we provide a scheme for optimizing the link parameters and assessing its performance. The optimization process involves many parameters with constraints coming from application and implementation requirements. A brute-force approach to optimization can take a prohibitively long time and may not provide sufficient insight into the design iteration. To address this challenge, we divide the optimization process into specifying fixed parameters, calculating select parameters, and sweeping the rest. We then perform a link performance assessment to determine metrics typically used in wireline systems.
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高速有线链路--第二部分:优化和性能评估
在本文的第一部分,我们介绍了一般有线链路结构的建模。在这一部分中,我们提供了优化链路参数和评估其性能的方案。优化过程涉及许多参数,并受到应用和实施要求的限制。粗暴的优化方法可能会耗费过长的时间,而且可能无法为设计迭代提供足够的洞察力。为了应对这一挑战,我们将优化过程分为指定固定参数、计算选定参数和清除其余参数。然后,我们进行链路性能评估,以确定有线系统中通常使用的指标。
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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