Global ETD Search
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Showing 1 to 12 of 12 for “"Leakage Reduction"”.
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Circuit techniques for subthreshold leakage reduction in a deep sub-micron process
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer Science, 2002.
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Methodology for Standby Leakage Power Reduction in Nanometer-Scale CMOS Circuits
<p>In nanometer-scale CMOS technology, leakage power has become a major component of the total power dissipation due to the downscaling of threshold voltage and gate oxide thickness. The leakage power consumption has received even more attention by increasing demand for mobile devices. Since mobile …
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Optimal digital system design in deep submicron technology
… be done with two basic principles: energy waste reduction and energy-delay tradeoff. Increased energy resources obtained through energy waste reduction are utilized through energy-delay tradeoffs. The previous practice of obliviously pursuing performance has led to the rapid increase in energy …
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Integrating a Dual-Vth Design Flow Using Mixed Vth Cell Libraries in EDA Tool
Leakage power has become one of the most important components of power dissipation in sub-micron designs. It is critical to include leakage mitigation methods in the low power design flow. Dual-Vth assignment, an effective leakage reduction technique, has been adopted by industrial EDA tools in …
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Compact Doppler radar system for heart rate detection
… explored, achieving significant DC offset and LO leakage reduction. Using DC offset cancelling, flicker noise reduction was also achieved, which significantly affects the SNR at baseband and improved the system sensitivity.
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Characterization and reduction of leakiness in melamine formaldehyde microcapsules
… the mechanical properties and reducing the leakage of the core material through the microcapsules. Thus, to reduce the formaldehyde content in the microcapsules, a low formaldehyde to melamine (F/M) molar ratio (0.20-0.49) compared to the conventional literature formulations (2.30-5.50) was …
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Large Eddy Simulation of Labyrinth Seals and Rib Shapes for Internal Cooling Passges
… in this study, attempting to reduce the flow leakage and further increase the turbine efficiency. Large Eddy Simulation ( LES ) is used for its capability to capture the complex unsteady flow features in this study. Different rib shapes in a fully developed ribbed channel are investigated, …
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The design of low-leakage modular regenerators for gas-turbine engines
… gas-turbine engine (120 kW) are given. Seal leakage calculations were made for two modular concepts and compared to the leakage rates for two rotary concepts. The total seal-leakage rates for both modular cases were considerably less than the rotary concepts and can be reduced to well under …
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Design Automation Flow for Voltage Adaptive Light Vth Hopping for Leakage Minimization in Sequential Circuits
<p>Scaling technology has resulted in increased leakage power consumption in VLSI circuits. Even though there are several power consumption reduction techniques in the industry today, the increasing leakage power consumption in the deep submicron CMOS technologies has manifested the need for more …
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Il controllo in tempo reale delle pressioni nelle reti di acquedotto ai fini della riduzione delle perdite idriche
Le perdite idriche rappresentano oggi il principale problema da affrontare per una corretta gestione delle reti di acquedotto. Ingenti perdite provocano infatti, nei sistemi acquedottistici, forti squilibri in termini economici, sociali e ambientali. In passato il contenimento delle perdite veniva …
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Energy efficient control for power management circuits operating from nano-watts to watts
… Further, a charge-pump is used to implement leakage reduction techniques in the sensor. This work demonstrates how digital low power control circuit design can help improve converter efficiency and ensure system sustainability. All circuits have been implemented on a 0.18[mu]m CMOS process. …
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Hardware security design from circuits to systems
… CNPUF has a considerable power and energy reduction in comparison to previous ultra-low power PUF designs of 89.6% and 98%, respectively. Moreover, CNPUF allows a power-security tradeoff in an extended design, which can greatly increase the resilience against modeling attacks. Despite …