Titlebook: Closing the Gap Between ASIC & Custom; Tools and Techniques David Chinnery,Kurt Keutzer Book 2002 Springer Science+Business Media New York

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书目名称Closing the Gap Between ASIC & Custom读者反馈学科排名

NIP

Faster and Lower Power Cell-Based Designs with Transistor-Level Cell Sizingign, the PPO flow delivers higher performance and reduces the power consumption of cell-based designs. By offering more optimization than traditional cell-based designs, PPO is especially well suited for semi-custom designs and hard IP development, where high performance and/or low power are critica

萤火虫

Design Optimization with Automated Flex-Cell Creationl design information, need to be addressed. Preliminary results using flex-cell based optimization suggest that when employed properly, this methodology holds promise of significant benefit to the process of optimizing automatically created digital designs.

Intruder

Exploiting Structure and Managing Wires to Increase Density and Performance1.6 for density with only modest additional effort. The underlying theme of our approach is to identify critical components of a design and judiciously employ custom techniques only on these few pieces to maximize quality while minimizing effort.

Esophagitis

Increasing Circuit Performance through Statistical Design Techniquescess-related) and environmental (temperature, .). Fundamentally, as long as ASIC designers cannot tolerate any parametric yield loss, they will have to live with the fact that the same design may have run, on average, 20–30% faster, and sometimes, 40–50% faster..Still, ASIC designers may win back so

Armada

,Ausgeführte Schiffs-Ölmaschinenanlagen,tching noise. With increasingly design margins, logic and clock can no longer be designed separately—simultaneous clock skew optimization and gate sizing will become common practice in ASIC design in the near future.

Armada

Exonerate

Umweltschutz in der Seeschifffahrt,l design information, need to be addressed. Preliminary results using flex-cell based optimization suggest that when employed properly, this methodology holds promise of significant benefit to the process of optimizing automatically created digital designs.

拒绝

Aids209

Schiffsbetriebsanlagen/Hilfssysteme,cess-related) and environmental (temperature, .). Fundamentally, as long as ASIC designers cannot tolerate any parametric yield loss, they will have to live with the fact that the same design may have run, on average, 20–30% faster, and sometimes, 40–50% faster..Still, ASIC designers may win back so