Chen, Charlie Chung-Ping

C. P. Chen, Y. P. Chen, D. F. Wong, "Optimal wire-sizing formula under the Elmore delay model" in Proc. 33th IEEE/ACM Design Automation Conference, 1996
C. P. Chen, Y. W. Chang, D. F. Wong, "Fast performance-driven optimization for buffered clock trees based on Lagrangian relaxation"in Proc. 33th IEEE/ACM Design Automation Conference, DAC 1996
C. P. Chen, D. F. Wong, "Fast algorithms for optimal wire-sizing under the Elmore delay model" in Proc. ISCAS 1996.
C. P. Chen, Hai Zhou, D. F. Wong, "Optimal non-uniform wire-sizing under the Elmore delay Model" in IEEE/ACM International Conference on Computer-Aided Design 1996.
C. P. Chen, D. F. Wong, "Optimal non-uniform wire-sizing formula with fringing capacitance consideration" in Proc. 34th IEEE/ACM Design Automation Conference, 1997
C. P. Chen, C. Chu, D. F. Wong, "Fast and Exact Simultaneous Wire- and Transistor-Sizing based on Lagrangian Relaxation Method", IEEE/ACM International Conference on Computer-Aided Design, 1998.
C. P. Chen , N. Menezes, "Spec-based Repeater Insertion and Wire-Sizing for On-chip Interconnect", VLSI 1998
C. P. Chen , N. Menezes, "Noise-Aware Repeater Insertion and Wire-Sizing for On-chip Interconnect Using Hierarchical Moment-Matching", Proc. 36th IEEE Design Automation Conference, 1999
C. P. Chen , D.F. Wong, "Error-bounded Pade Approximation via Bilinear Conformal Transformation", Proc. 36th IEEE/ACM Design Automation Conference, 1999

Selected Awards, Honors and Societies

Design Technology D2000 Award, 1999 Intel Corp.

Working Experience

1996-1999, Senior CAD Engineer, Intel Corp.

Summary

High-end microprocessor design is facing challenges from many directions. As the feature sizes shrink to 0.18 micron, the resistance and capacitive and inductive coupling of interconnects increase dramatically. As a result, transistors and interconnects need to be carefully designed together to achieve target performance and maintain signal integrity. As the clock frequency passes 1 gigahertz, the millions of devices become a veritable jungle of microwave elements and timing budgets become very stringent. Traditional design methodologies can no longer survive in the design domain.

My research interests focus on developing breakthrough technologies to enable and facilitate high-end microprocessor design. Currently, I am working on the following topics:

High-speed circuit design and optimization targeting for high-end microprocessors
Full-chip level interconnect synthesis and optimization (RLC routing, wire-sizing, repeater insertion, and model order reduction)
Transistor, interconnect, and microwave simulation and RLC extraction
Signal integrity analysis and optimization
Special circuit design and analysis (clock, packaging, power delivery, I/O)
Optimization methods (mathematical programming and combinatorial optimization)

Files and Links of Interest

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Date last modified: Wednesday, 26-Jan-2005 14:43:19 CST
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