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Work Around Moore's Law: Current and Next Generation Technologies

机译:致摩尔定法律的工作:当前和下一代技术

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Interconnect dimensions and CMOS transistor feature size approach their physical limits, therefore scaling will no longer play an important role in performance improvement. So, instead of trying to improve the performance of traditional CMOS circuits, integration of multiple technologies and different components in a heterogeneous system that is high performance will be introduced "moore than more" and CMOS replacemenfbeyond CMOS" will be explored. This paper focuses on Technology level trends where it presents "More Moore":New Architectures (SOI, FinFET, Twin-Well),"More Moore" :New Materials (High-K, Metal Gate, Strained-Si) ,"More than Moore":New Interconnects Schemes (3D, NoC, Optical, Wireless), and "Beyond CMOS" :New Devices (Molecular Computer, Biological computer, Quantum Computer).
机译:互连尺寸和CMOS晶体管特征尺寸接近其物理限制,因此缩放将在性能改进中不再发挥重要作用。因此,不是试图改善传统CMOS电路的性能,而是在高性能的异质系统中集成多种技术和不同的组件,将探讨“摩尔比更多”和CMOS Replatemenfbeyond CMOS“。本文侧重于技术水平趋势在其中提供“更多摩尔”:新架构(SOI,Finfet,Twin-Well),“更多摩尔”:新材料(高k,金属门,紧张),“多于摩尔”:新的互连方案(3D,NOC,光学,无线)和“超越CMOS”:新设备(分子计算机,生物计算机,量子计算机)。

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