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The papers and presentations available from this webpage are subject to copyright regulations set by the IEEE.
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Plenary Session
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Keynote |
Future Directions in Mixed-Signal Behavioral Modeling (presentation 380KB)
Ken Kundert ― Cadence Design Systems, USA
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| Invited |
An Overview of Behavioral Modeling for Mixed Signal Design: Challenges and Opportunities
Richard Shi ― University of Washington, USA
Ken Kundert ― Cadence Design Systems, USA
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Session 1: VHDL-AMS Modeling
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Architecture Development of Mixed Signal ICs for Automotive Applications (paper 490KB)
Dieter Metzner ― Jurgen Schafer Infineon Technologies, Germany
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A Nonlinear Simulation Model for High Integrated Hall Devices in Silicon (paper 790KB)
Josef Schweda ― Infinenon Design Center, Austria
Karl Riedling ― Technical University, Vienna
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Behavioral Model of Parallel Optical Modules (paper 270KB)
Yannick Herve CNRS-ERM/Phase ― France
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Session 2: Modeling and Simulation Approaches
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Models Rush In Where Simulators Fear to Tread: Extending the Baseband-Equivalent Model (paper 560KB)
Paul Tuinenga ― Cadence Design Systems, USA
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Piecewise-Linear Modeling of Analog Circuits Based on Model Extraction From Trained Neural Networks (paper 160KB)
Simona Doboli, Gaurav Gothoskar, Alex Doboli ― Hofstra University, USA; State University of New York, Stony Brook, USA
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Behavioral Modeling of Transmission Line Channels via Linear Transformations (paper 130KB)
Albert Vareljian ― Canada
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Windowing Techniques in Frequency-Domain Simulation (paper 140KB)
Giorgio Casinovi ― Georgia Institute of Technology, USA
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Radisim - A Fast Digital RF Behavioral Simulatior Including Bit Error Rate Assessment for System Exploration, Tuning, and Validation (paper 220KB)
Joseph Skudlarek ― Cypress Semiconductor, USA
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| Panel |
Behavioral Model Generation (presentation 30KB)
Ken Kundert ― Cadence Design Systems (Organizer)
Joel Phillips ― Cadence Design Systems, USA
David Root ― Agilent, USA
Richard Shi ― University of Washingon
Jaijeet Roychowdhury ― University of Minnesota
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| Invited |
Modeling and Test Bench Generation: A Case Study with Pipelined A/D Converters (paper 630KB)
Jonathan David ― Cadence Design Systems, USA
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Session 3: Short Papers
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VHDL-AMS Modeling of a New PLL with an Inverse Sine Phase Detector (paper 80KB)
Mohammed Karray, Jong Kug Seon, Jean-Jaques Charlot ― Ecole Nationale Superieure des Telecommunications, France
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Virtual Test Bench for Design and Simulation of Data Converters (paper 160KB)
Pedro Estrada-Gutierrez, Franco Maloberti ― Texas A&M University, USA
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Sampling Rate and Quantification Density Control in VHDL-AMS (paper 470KB)
Yannick Herve, Sebastien Snaidero ― CNRS-Phase, France
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Understanding the Effect of Circuit Non-idealities on Sigma-Delta Modulator (paper 2.7MB)
Wern Koe ― Texas Instruments, USA
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Session 4: RF Modeling
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Mixed-Signal Behavioral Simulation of an Envelope Predistortion Linearization System for RF Power Amplifiers (paper 34 0KB)
Wangmyong Woo, Kongpo U-yen, J. Stevenson Kenney ― Georgia Institute of Technology, USA
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Systematic Behavioral Modeling of Nonlinear Microwave/RF Circuits in the Time Domain Using Techniques from Nonlinear Dynamical Systems (paper 190KB)
David Root, John Wood, Alexander Pekker, Nick Tufillaro, Dominique Schreurs ― Agilent Technologies, Agilent Laboratories, USA, K. U. Leuven, Belgium
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Nonlinear Microwave/RF System Design and Simulation Using ADS 'System-Data Models' (paper 170KB)
J. Wood, X. Qin, A. Cognata ― Agilent Technologies, USA
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Session 5: Languages and Interfaces
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Bi-Directional Mixed Signal Connection Modules for Automatic Insertion (paper 8.4MB)
Olaf Zinke ― Cadence Design Systems, USA
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A New VHDL-AMS Simulation Framework in Matlab (paper 180KB)
M. Zorzi, N. Speciale, G. Masetti ― DEIS, University of Bologna
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Hypermodel Library Automatic Generation (paper 70KB)
Ken Ruan ― Synopsys, USA
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The Gnucap Model Compiler (paper 130KB)
Al Davis ― Idaho State University, USA
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| Session 6: Mixed Techonology and Mixed Domain |
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Stochastic Simulation of Biological Cellular Processes Using VHDL-AMS (paper 220KB)
Gregory Peterson, Joseph Lancaster ― University of Tennessee, USA
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Opto-Electro-Thermal Model of a VCSEL Array Using VHDL-AMS (paper 190KB)
Patricia Desgreys, Mohamed Karray, Jean-Jaques Charlot, Yannick Herve ― Ecole Nationale Superieure des Telecommunications, France
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