Results 211 to 220 of about 233,268 (268)
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Physics’ Evolution Toward Computing
International Journal of Theoretical Physics, 2020The paper is devoted to the problem of describing quantum computing by using quantum mechanics: The authors show various multiple operations through both the superposition and the phase factor connected by the phase kick-back formation. The authors review the construction of logical functions in a Boolean algebra, like AND, OR, XOR, and in general the ...
Tadao Nakamura, Koji Nagata
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Computational evolution: taking liberties
Theory in Biosciences, 2010Evolution has, for a long time, inspired computer scientists to produce computer models mimicking its behavior. Evolutionary algorithm (EA) is one of the areas where this approach has flourished. EAs have been used to model and study evolution, but they have been especially developed for their aptitude as optimization tools for engineering.
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2006 IEEE International Conference on Engineering of Intelligent Systems, 2006
Unlike other genetic methods which are devoted to optimize the input data, this paper proposes an approach, CPE, aiming at finding the computation process of any problem by only using a few input and output data, consisting of the cases needed to be satisfied and those needed to be avoided. It first encodes the antibody using the method similar to that
null Ji Lu, null Tao Li
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Unlike other genetic methods which are devoted to optimize the input data, this paper proposes an approach, CPE, aiming at finding the computation process of any problem by only using a few input and output data, consisting of the cases needed to be satisfied and those needed to be avoided. It first encodes the antibody using the method similar to that
null Ji Lu, null Tao Li
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Evolution in Quantum Computing
2016 International Conference System Modeling & Advancement in Research Trends (SMART), 2016With the skyrocketing needs of rapid processing speed and miniaturization, classical computers are not able to keep up the pace with these few necessary parameters. As classical computers work on classical mechanics there expansion is at zenith. Due to these limitation quantum mechanics is taking the role of game changer in race of computation. Quantum
Jasmeet Singh, Mohit Singh
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The Evolution of Cellular Computing
The Biological Bulletin, 1999How do cells and nature “compute”? They read and “rewrite” DNA all the time, by processes that modify sequence at the DNA or RNA level. In 1994, Leonard Adleman reported an elegant solution to a seven-city traveling salesman problem using DNA. This launched the new field of DNA computers, which in a few years has grown to international scope.
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Computational optimization and biological evolution
Biochemical Society Transactions, 2010Modelling and optimization principles become a key concept in many biological areas, especially in biochemistry. Definitions of objective function, fitness and co-evolution, although they differ between biology and mathematics, are similar in a general sense.
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Technology-Based Re-Engineering Engineering Education Proceedings of Frontiers in Education FIE'96 26th Annual Conference, 2002
Although bits and pieces of the historical background on computer systems are found in monographs and encyclopedias, a brief account that a beginner can quickly digest is hard to come by. This article presents such a short account. From ABACUS to ENIAC and from ENIAC to BISDN the paper covers the significant advances associated with computers.
M.N.O. Sadiku, C.N. Obiozor
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Although bits and pieces of the historical background on computer systems are found in monographs and encyclopedias, a brief account that a beginner can quickly digest is hard to come by. This article presents such a short account. From ABACUS to ENIAC and from ENIAC to BISDN the paper covers the significant advances associated with computers.
M.N.O. Sadiku, C.N. Obiozor
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'Computational evolution' offers riboswitch solution
Nature Methods, 2005A computational strategy for the fast and efficient design of sensitive, sequence-activated ribozymes could dramatically reduce the time and benchwork investment for scientists interested in engineering specialized RNA-based tools.
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2004
In this Economic Letter, we use data from five special surveys, covering the period 1984-2001, to examine two key aspects of the computer evolution: the spread of PCs at work and the evolving wage differentials between individuals who use them and those who do not.
Robert G. Valletta, Geoffrey MacDonald
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In this Economic Letter, we use data from five special surveys, covering the period 1984-2001, to examine two key aspects of the computer evolution: the spread of PCs at work and the evolving wage differentials between individuals who use them and those who do not.
Robert G. Valletta, Geoffrey MacDonald
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2007
Technology is an artificial creation that often threatens life and evolution conceived of as natural phenomena ; but technology also support life and it can help evolution by means of genetic engineering. However, there are claims that information technology will do much more than that, and bring about an entirely new epoch of evolution.
Jugo, Igor, Radovan, Mario
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Technology is an artificial creation that often threatens life and evolution conceived of as natural phenomena ; but technology also support life and it can help evolution by means of genetic engineering. However, there are claims that information technology will do much more than that, and bring about an entirely new epoch of evolution.
Jugo, Igor, Radovan, Mario
openaire +1 more source