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Design and Implementation of Efficient On-Chip Crosstalk Avoidance CODECs Using Fibonacci Numeral System

机译:使用Fibonacci数字系统的高效片上串扰避免编解码器的设计与实现

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Integrated Circuit(IC) design has seen a revolutionary progress in the past two decades with shrinking sizes of VLSI fabrication processes. This has an advantage of fabricating millions of transistors in a single chip IC. On the other hand it also creates many challenges in Deep Sub-Micron (DSM) technologies. One of the greatest challenges in DSM designs is inter-wire cross talk, which becomes significant due to coupling capacitance between wires. The effect of inter wire cross talk is that it greatly limits speed and increases power consumption of IC. This paper focuses on design and implementation of an efficient CODEC which uses Forbidden Pattern Free (FPF), Fibonacci based Number System (FNS) for bus encoding. Our approach of CODEC design greatly increases the speed (approximately greater than 2.5 times) and decreases the power consumption with the best existing technologies.
机译:集成电路(IC)设计在过去二十年中已经看到了革命性的进展,其中VLSI制造过程的缩小尺寸。这具有在单个芯片IC中制造数百万晶体管的优点。另一方面,它也在深度亚微米(DSM)技术中产生了许多挑战。 DSM设计中最大的挑战之一是导线间交叉谈话,由于电线之间的耦合电容,这变得显着。交叉线交叉谈话的效果是它大大限制了速度并提高了IC的功耗。本文侧重于设计和实施高效编解码器,其使用禁止的模式(FPF),基于FIBONACCI的基于FIBONACCI的数字系统(FNS)进行总线编码。我们的编解码器设计方法大大提高了速度(大约大于2.5倍),并通过最佳现有技术降低功耗。

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