Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 6 of 6 for “"Dark silicon"”.
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Novel many-core architectures for energy-efficiency
… circuits due to higher frequency and smaller silicon area for the same functionality. The dynamic power density - equivalently, dynamic power, if the chip area is fixed - stays constant. Static power density, on the other hand, increases. In early generations, however, since the share of …
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GSI: a GPU stall inspector to characterize the sources of memory stalls for tightly coupled GPUs
… core performance. This has led to the rise of dark silicon and motivated a move toward parallelism and specialization. As a result, energy-efficient high-throughput GPU cores are increasingly favored for accelerating data-parallel applications. However, the best way to efficiently communicate …
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Architectural techniques to extend multi-core performance scaling
… number of cores are kept powered down (i.e., dark silicon) due to lack of power; but this option imposes a low upper bound on performance. The alternative option of customizing the cores to improve power efficiency may incur increased effort for hardware design, verification and test, and …
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Energy efficient core designs for upcoming process technologies
… cores, significantly alleviating the problem of dark silicon.
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EFFICIENT AGEING-AWARE TECHNIQUES FOR EMERGING LOW POWER MULTI-CORE SYSTEMS
… of the active nodes, the placement of dark nodes to balance the chip temperature, and the power consumption of each node. Existing techniques consider some of these factors, but do not emphasize and use the node lifetime as a variable when mapping decisions are taking place. We propose …
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Optimización de algoritmos bioinspirados en sistemas heterogéneos CPU-GPU.
… multicore, manycore, heterogeneidad, dark silicon, etc, para tratar de paliar esta ralentización computacional, dejando en segundo plano otros factores fundamentales en la resolución de problemas como la programabilidad, la fiabilidad, la precisión, etc. El desarrollo de software, sin …