Titlebook: Integrated Circuit and System Design; Power and Timing Mod Enrico Macii,Vassilis Paliouras,Odysseas Koufopavl Conference proceedings 2004 S

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Adaptive Subthreshold Leakage Reduction Through N/P Wells Reverse Biasingand networking processors. SoC complexity implies hundred millions transistors then large die size which combined with 30cm diameter wafers lead to large process variations, therefore to highly spread leakage power. A method aimed to reduce this leakage power variation through the combined use of de

Demulcent

Leakage in CMOS Circuits – An Introductionsuch as subthreshold leakage, gate leakage, pn-junction leakage and further GIDL, hot-carrier effect and punchthrough are identified and analyzed separately and also under PTV variations..Since leakage will dominate power consumption in future technologies, we also review leakage optimization techni

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Crosstalk Cancellation for Realistic PCB Busesows direct optimization of the eye mask as well as controlling maximum filter output and maximum overshoot at the receiver. While the linear program formulation is flexible and straightforward, the resulting linear programs are quite large. We present an implementation of Mehrotra’s interior point m

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Dynamic Wire Delay and Slew Metrics for Integrated Bus Structuresften neglected during circuit design although it can have significant influence on the wire delay. The model takes capacitive coupling effects into account. It is based on interpreting the impulse response of a linear circuit as a probability distribution function. Closed-form equations are derived

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Perfect 3-Limited-Weight Code for Low Power I/Omber of bus lines and/or bus cycles. We propose treating special cases of Limited-Weight Codes (LWC) as duals of block Error Corecting Codes (ECC). This enables the . generation of a LWC based on its dual ECC and is a fundamentally novel way of encoding for low power I/O. We also propose a perfect 3

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A High-Level DSM Bus Model for Accurate Exploration of Transmission Behaviour and Power Estimation oissipation and improve signal integrity it is necessary to explore DSM effects already at high levels of design abstraction. Therefore in this paper we present a parameterized high-level simulation model which is based on SPICE simulations and evaluates therefore signal integrity and power dissipati

Jingoism

Performance Metric Based Optimization Protocolsizing, buffer insertion or logic transformation can be used for optimizing critical paths to satisfy timing constraints. However most optimization tools are not able to select between the different optimization alternatives and have high CPU execution time..In this paper, we propose an optimization

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