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On the CMOS Device Downsizing, More Moore, More than Moore, and More-than-Moore for More Moore
2021 IEEE 32nd International Conference on Microelectronics (MIEL), 2021The progress of CMOS devices downsizing, either by shortening the gate-length/half-pitch spacing or by folding the channel width, will be ended in a couple of generations. However, Moore's Law will continue to grow for at least another decade by adopting some emerging technologies such as 3D stacking in IC manufacturing or time scaling for device ...
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A Study on Position Mooring System Design for the Vessel Moored by Mooring Lines
IEEE/ASME Transactions on Mechatronics, 2015This paper presents the experimental results about position mooring (PM) system applied to the barge ship. The aim of the PM is to maintain the position and motion of the ship's surge and sway directions as desired. In this paper, a system consisting of a barge vessel and mooring lines is mathematically modeled.
Sang-Won Ji +2 more
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2017
In 1965, Gordon Moore—then the director of research for Fairchild Semiconductor—published an observation and a prediction regarding semiconductor manufacturing that has come to be known as Moore’s Law. Roughly, Moore observed that the most profitable number of integrated circuit components that could be crammed onto a silicon chip (a “die”) had doubled
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In 1965, Gordon Moore—then the director of research for Fairchild Semiconductor—published an observation and a prediction regarding semiconductor manufacturing that has come to be known as Moore’s Law. Roughly, Moore observed that the most profitable number of integrated circuit components that could be crammed onto a silicon chip (a “die”) had doubled
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Nature Nanotechnology, 2016
Predictions for the development of microelectronics provide a valuable example about the virtues of measured promises in nanotechnology, as Chris Toumey explains.
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Predictions for the development of microelectronics provide a valuable example about the virtues of measured promises in nanotechnology, as Chris Toumey explains.
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2012 Design, Automation & Test in Europe Conference & Exhibition (DATE), 2012
Moore's Law has driven the semiconductor revolution enabling over four decades of scaling in frequency, size, complexity, and power. However, the limits of physics are preventing further scaling of speed, forcing a paradigm shift towards multicore computing and parallelization.
Camposano R. +3 more
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Moore's Law has driven the semiconductor revolution enabling over four decades of scaling in frequency, size, complexity, and power. However, the limits of physics are preventing further scaling of speed, forcing a paradigm shift towards multicore computing and parallelization.
Camposano R. +3 more
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2004
The transmission of a strongly connected digraph D is defined as the sum of all distances in D. A lower bound for the transmission in terms of the order n and the maximal outdegree Δ + of D can be regarded as a generalization of the Moore bound for digraphs.
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The transmission of a strongly connected digraph D is defined as the sum of all distances in D. A lower bound for the transmission in terms of the order n and the maximal outdegree Δ + of D can be regarded as a generalization of the Moore bound for digraphs.
openaire +2 more sources