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VLSID
2004
IEEE
147views VLSI» more  VLSID 2004»
14 years 5 months ago
High-Performance Power Grids For Nanometer Technologies
With shrinking noise margins and increasing numbers of on-chip noise sources, power grid design has become a critical performance determinant. This paper presents an overview of r...
Sachin S. Sapatnekar
VLSID
2006
IEEE
183views VLSI» more  VLSID 2006»
13 years 11 months ago
Design Challenges for High Performance Nano-Technology
This tutorial present the key aspects of design challenges and its solutions that are being experienced in VLSI design in the era of nano technology. The focus will be on design c...
Goutam Debnath, Paul J. Thadikaran
ISVLSI
2008
IEEE
143views VLSI» more  ISVLSI 2008»
13 years 11 months ago
BTB Access Filtering: A Low Energy and High Performance Design
Powerful branch predictors along with a large branch target buffer (BTB) are employed in superscalar processors for instruction-level parallelism exploitation. However, the large ...
Shuai Wang, Jie Hu, Sotirios G. Ziavras
FCCM
2005
IEEE
106views VLSI» more  FCCM 2005»
13 years 11 months ago
High-Performance FPGA-Based General Reduction Methods
FPGA-based floating-point kernels must exploit algorithmic parallelism and use deeply pipelined cores to gain a performance advantage over general-purpose processors. Inability t...
Gerald R. Morris, Ling Zhuo, Viktor K. Prasanna
ARVLSI
2001
IEEE
289views VLSI» more  ARVLSI 2001»
13 years 9 months ago
A High-Performance 64-bit Adder Implemented in Output Prediction Logic
Output Prediction Logic (OPL) is a technique that can be applied to conventional CMOS logic families to obtain considerable speedups. When applied to static CMOS, OPL retains the ...
Sheng Sun, Larry McMurchie, Carl Sechen