Integrated Circuit and System Design. Power and Timing Modeling, Optimization and Simulation : 16th International Workshop, PATMOS 2006, Montpellier, France, September 13-15, 2006, Proceedings

Session 1 – High-Level Design.- Design of Parallel Implementations by Means of Abstract Dynamic Critical Path Based Profiling of Complex Sequential Algorithms.- Software Simultaneous Multi-Threading, a Technique to Exploit Task-Level Parallelism to Improve Instruction- and Data-Level Parallelism.- Handheld System Energy Reduction by OS-Driven Refresh.- Session 2 – Power Estimation / Modeling.- Delay Constrained Register Transfer Level Dynamic Power Estimation.- Circuit Design Style for Energy Efficiency: LSDL and Compound Domino.- Accurate PTV, State, and ABB Aware RTL Blackbox Modeling of Subthreshold, Gate, and PN-Junction Leakage.- Leakage Power Characterization Considering Process Variations.- Session 3 – Memory and Register Files.- Heuristic for Two-Level Cache Hierarchy Exploration Considering Energy Consumption and Performance.- System Level Multi-bank Main Memory Configuration for Energy Reduction.- SRAM CP: A Charge Recycling Design Schema for SRAM.- Compiler-Driven Leakage Energy Reduction in Banked Register Files.- Session 4 – Low-Power Digital Circuits.- Impact of Array Data Flow Analysis on the Design of Energy-Efficient Circuits.- Methodology for Energy-Efficient Digital Circuit Sizing: Important Issues and Design Limitations.- Low-Power Adaptive Bias Amplifier for a Large Supply-Range Linear Voltage Regulator.- Circuit Sizing and Supply-Voltage Selection for Low-Power Digital Circuit Design.- Session 5 – Busses and Interconnects.- Power Modeling of a NoC Based Design for High Speed Telecommunication Systems.- Partial Bus-Invert Bus Encoding Schemes for Low-Power DSP Systems Considering Inter-wire Capacitance.- Estimation of Power Reduction by On-Chip Transmission Line for 45nm Technology.- Two Efficient Synchronous Asynchronous Converters Well-Suited for Network on Chip in GALS Architectures.- Session 6 – Low Power Techniques.- Low-Power Maximum Magnitude Computation for PAPR Reduction in OFDM Transmitters.- Dynamic Management of Thermally-Induced Clock Skew: An Implementation Perspective.- A Clock Generator Driven by a Unified-CBiCMOS Buffer Driver for High Speed and Low Energy Operation.- Gate-Level Dual-Threshold Static Power Optimization Methodology (GDSPOM) Using Path-Based Static Timing Analysis (STA) Technique.- Session 7 – Applications and SoC Design.- Low Power Distance Measurement Unit for Real-Time Hardware Motion Estimators.- Reducing Energy Dissipation of Wireless Sensor Processors Using Silent-Store-Filtering MoteCache.- A Comparison of Two Approaches Providing Data Encryption and Authentication on a Processor Memory Bus.- Methodology for Dynamic Power Verification of Contactless Smartcards.- New Battery Status Checking Method for Implantable Biomedical Applications.- Session 8 – Modeling.- Considering Zero-Arrival Time and Block-Arrival Time in Hierarchical Functional Timing Analysis.- A Simple MOSFET Parasitic Capacitance Model and Its Application to Repeater Insertion Technique.- Zephyr: A Static Timing Analyzer Integrated in a Trans-hierarchical Refinement Design Flow.- Receiver Modeling for Static Functional Crosstalk Analysis.- Modeling of Crosstalk Fault in Defective Interconnects.- Session 9 – Digital Circuits.- Body Bias Generator for Leakage Power Reduction of Low-Voltage Digital Logic Circuits.- Energy-Delay Space Analysis for Clocked Storage Elements Under Process Variations.- IR-drop Reduction Through Combinational Circuit Partitioning.- Low-Power Register File Based on Adiabatic Logic Circuits.- High Performance CMOS Circuit by Using Charge Recycling Active Body-Bias Controlled SOI.- Session 10 – Reconfigurable and Programmable Devices.- Designing Alternative FPGA Implementations Using Spatial Data from Hardware Resources.- An FPGA Power Aware Design Flow.- The Design of a Dataflow Coprocessor for Low Power Embedded Hierarchical Processing.- Poster 1.- Optimization of Master-Slave Flip-Flops for High-Performance Applications.- Hierarchical Modeling of a Fractional Phase Locked Loop.- Low Power and Low Jitter Wideband Clock Synthesizers in CMOS ASICs.- Statistical Characterization of Library Timing Performance.- Exploiting Narrow Values for Energy Efficiency in the Register Files of Superscalar Microprocessors.- Low Clock Swing D Flip-Flops Design by Using Output Control and MTCMOS.- Sensitivity of a Power Supply Damping Method to Resistance and Current Waveform Variations.- Worst Case Crosstalk Noise Effect Analysis in DSM Circuits by ABCD Modeling.- Poster 2.- A Technique to Reduce Static and Dynamic Power of Functional Units in High-Performance Processors.- Correct Modelling of Nested Miller Compensated Amplifier for Discrete-Time Applications.- Spectral Analysis of the On-Chip Waveforms to Generate Guidelines for EMC-Aware Design.- A Scalable Power Modeling Approach for Embedded Memory Using LIB Format.- Improving Energy Efficiency Via Speculative Multithreading on MultiCore Processors.- A CMOS Compatible Charge Recovery Logic Family for Low Supply Voltages.- A Framework for Estimating Peak Power in Gate-Level Circuits.- Poster 3.- QDI Latches Characteristics and Asynchronous Linear-Pipeline Performance Analysis.- Power Modeling of Precharged Address Bus and Application to Multi-bit DPA Attacks to DES Algorithm.- Adaptive Coding in Networks-on-Chip: Transition Activity Reduction Versus Power Overhead of the Codec Circuitry.- A Novel Methodology to Reduce Leakage Power in CMOS Complementary Circuits.- Techniques to Enhance the Resistance of Precharged Busses to Differential Power Analysis.- Formal Evaluation of the Robustness of Dual-Rail Logic Against DPA Attacks.- A Method for Switching Activity Analysis of VHDL-RTL Combinatorial Circuits.- Keynotes.- Nanoelectronics: Challenges and Opportunities.- Static and Dynamic Power Reduction by Architecture Selection.- Asynchronous Design for High-Speed and Low-Power Circuits.- Design for Volume Manufacturing in the Deep Submicron ERA.- Industrial Session.- The Holy Grail of Holistic Low-Power Design.- Top Verification of Low Power System with “Checkerboard” Approach.- The Power Forward Initiative.