Search for dissertations about: "Cache Power Modeling"
Showing result 1 - 5 of 6 swedish dissertations containing the words Cache Power Modeling.
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1. Measurement, Modeling, and Characterization for Power-Aware Computing
Abstract : Society’s increasing dependence on information technology has resulted in the deployment of vast compute resources. The energy costs of operating these resources coupled with environmental concerns have made power-aware computingone of the primary challenges for the IT sector. READ MORE
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2. Accurate Leakage-Conscious Architecture-Level Power Estimation for SRAM-based Memory Structures
Abstract : Following Moore’s Law, technology scaling will continue providing integration capacityof billions of transistors for IC industry. As transistors keep shrinking in size, leakagepower dissipation dramatically increases and gradually becomes a first-class design constraint. READ MORE
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3. Improving Energy-Efficiency of Multicores using First-Order Modeling
Abstract : In the recent decades, power consumption has evolved to one of the most critical resources in a computer system. In the form of electricity bill in data centers, battery life in mobile devices, or thermal constraints in desktops and laptops, power consumption imposes several limitations in today’s processors and improving power and energy efficiency is one of the most urgent research topics of Computer Architecture. READ MORE
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4. Performance Modeling of Multi-core Systems : Caches and Locks
Abstract : Performance is an important aspect of computer systems since it directly affects user experience. One way to analyze and predict performance is via performance modeling. In recent years, multi-core systems have made processors more powerful while keeping power consumption relatively low. READ MORE
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5. Dynamic Management of Multi-Core Processor Resources to Improve Energy Efficiency under Quality-of-Service Constraints
Abstract : With the current technology trends, the number of computers and computation demand is increasing dramatically. In addition to different economic and environmental costs at a large scale, the operational time of battery-powered devices is dependent on how efficiently the computer processors consume energy. READ MORE