The papers and presentations available from this webpage are subject to copyright regulations set by the IEEE.
|
Session 1: Behavioral Modeling Methods and Algorithms
|
|
Analog Macro / Behavioral Modeling Techniques
Ronald Vogelsong ― Harris Semiconductor, USA
|
|
Using a Genetic Algorithm to Enhance Behavioral Models
Shane Blanchard ― American Microsystems Inc., USA
|
|
Algorithmic Macromodeling of Time-Varying Systems with RF Applications
Jaijeet Roychowdhury ― Lucent Technologies Bell Laboratories, USA
|
Session 2: VHDL-AMS Language and Design Environment
|
|
A Core Language and Simple Formal Denotational Semantics for VHDL-AMS
P. T. Breurer, N. Martinez-Madrid, D. Delgado Kloos, J.P. Bowen, R. France, and M. Larrondo Petrie ― Universidad Carlos III de Madrid, Spain, The University of Reading, UK, Florida Atlantic University, USA
|
|
The Definition of a VHDL-AMS Subset for Behavioral Synthesis of Analog Systems
Alex Doboli and Ranga Vemuri ― University of Cincinnati, USA
|
|
Web-based VHDL-AMS Design Environment
Tom J. Kazmierski, and Chris D. Chalk ― University of Southampton, UK
|
Session 3: MEMS Behavioral Modeling
|
|
Squeeze Film Behavior in MEMS for Large Amplitude Motion - 3D Simulations and Nonlinear Circuit / Behavioral Models
Marek Turowski, Zhijian Chen, and Andrzej Przekwas ― CFD Research Corporation, USA
|
|
Parametric Regression Analysis of Microelectromechanical Resonator
Allen Dewey, Tianhao Zhang, Hong Ren, and Junhua Wu ― Duke University, USA
|
|
NODAS 1.0 - Nodal Design of Actuators and Sensors
G. K. Fedder, and Qi Jing ― Carnegie Mellon University, USA
|
Session 4: VHDL-AMS Based Modeling and Simulation
|
|
VHDL-AMS Modeling and Simulation Techniques for Decreasing Mixed-Technology Simulation Time
K. Nellayappan, V. Shanmugasundaram, P. Frey, J. Manavalan, V. Krishna, K.R. Vishwa Shanth, and H. W. Carter ― University of Cincinnati, USA
|
|
Color Rendering in a Hazy Environment : Simulation with SPICE3F5/VHDL-AMS
J.-J. Charlot, O. Alali, E. Barker, J.-F. Charlot ― Ecole Nationale Superieure des Telecommunications , France, Stanford University, USA, EMCE, France
|
|
Behavioral Modelig of Switched-Capacitor Delta-Sigma Modulators Using VHDL-AMS
Sherif Glala, Maged Fikry, Ayman Ahmed, and Hisham Haddara ― Mentor Graphics Corp., Egypt
|
Session 5: Behavioral Modeling and Simulation for System Verification
|
|
Behavioral Models for the Top-down Design and Bottom-up Verification of Frequency Synthesizers
Georges Gielen, and Bart De Smedt ― Katholieke Universiteit Leuven, Belgium
|
|
Behavioral Modeling of Standard Complex Telecom IC Parts Using HDL-A
Ayman Ahmed, Maged Fikry, Sherif Galal, and Hisham Haddara ― Mentor Graphics Corp., Egypt
|
|
Modeling of a Combustion Engine with Hardware Description Languages
Georg Pelz, Thomas Kowalewski, Nadine Pohlmann, and Gunter Zimmer Gerhard ― Mercator University-GH-Duisburg, Germany, Fraunhofer-Institute IMS, Germany
|
Session 6: Full System Simulation with Behavioral Models
|
|
Behavioral Modeling and Simulation of Optronic Systems
K. Vuorinen, F. Gaffiot, and G. Jacquemod ― Ecole Centrale de Lyon, France
|
|
An Efficient Behavioral Model of a Sigma-Delta Modulator based Microsensor
Patrick Aldebert, Ph. Benabes, R. Kielbasa ― Ecole Superieure d'Electricite, France
|
|
Virtual Prototyping for a Camera Winder : a Case Study
Georg Pelz, Jurgen Bielefeld, and Gunter Zimmer Gerhard ― Mercator University-GH-Duisburg, Germany, BMW AG, Germany, Fraunhofer-Institute IMS, Germany
|
Session 7: Statistical and Noise Behavioral Modeling
|
|
A Methodology for Statistical Behavioral Fault Modeling
Zheng Rong Yang, and Mark Zwolinski ― University of Southampton, UK
|
|
Behavioral Models for Noise in MOSFET Mixers
Uytao Hu, and Karti Mayaram ― Washington State University, USA
|
Poster Papers Session
|
|
Modeling of Skin-Effect Losses in a Multiconductor Data Cable and Implementation in Circuit Simulation
A. M. Zolfaghari, M. Kocher, and M. Sprengeler ― Groupe Schneider North America / Square D Company, USA
|
|
Behavioral Modeling for Low-Voltage Data Converters based on Process Specific Device Parameters
Mike Pennell, and David Allee ― Intel Corporation, USA, Arizona State University, USA
|
|
A Hierarchical Modeling of Analog CMOS Components for Synthesis
Adrian Nunez-Aldana, and Ranga Vemuri ― University of Cincinnati, USA
|
|
Feature Oriented Analog Waveform Behavioral Modeling
Martin Schubert, and Beatriz Gonzalez ― Fachhochschule Regensburg, Germany
|
|
Accurate activity evaluation from VHDL Description using Formal Approach
Fahim Rahim-Sarwary, R. K.awa, A. Amara ― Laboratoire d'Informatique de Paris, France
|
|
A Grammatical Approach to the Exploitment of Speculative Execution of Behavioral Models
George Economakos, and P. Tsanakas ― National Technical University of Athens, Greece
|
Panel Discussion
|
|
Behavioral Modeling: Tool or Toy
Jim Barby ― University of Waterloo, Canada (Moderator)
Dave Bartlett ― Harris Semiconductor, USA
Jim Holmes ― Texas Instruments, USA
Ken Kundert ― Cadence Design Systems, USA
David Rich ― Lucent Technologies, USA
|
|
|