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Paper   IPM / Computer Science / 11032
School of Computer Science
  Title:   Accelerating 3-D capacitance extraction in deep sub-micron VLSI design using vector/parallel computing
  Author(s): 
1.  N. Shahbazi
2.  H. Sarbazi-Azad
  Status:   In Proceedings
  Proceeding: PMAC
  No.:  5-7
  Vol.:  2
  Year:  2007
  Pages:   1-8
  Publisher(s):   IEEE
  Supported by:  IPM
  Abstract:
The widespread application of deep sub-micron and multilayer routing techniques makes the interconnection parasitic influence become the main factor to limit the performance of VLSI circuits. Therefore, fast and accurate 3D capacitance extraction is essential for ultra deep sub-micron design (UDSM) of integrated circuits. Parallel processing provides an approach to reducing the simulation turn-around time. In this paper, we present parallel formulations for 3D capacitance extraction based on P-FFT algorithm, on a personal computer (PC) or on a network of PCs. We implement both vector and parallel versions of 3D capacitance extraction algorithm simultaneously and evaluate our implementation quality in terms of speed up achieved.

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