Results 181 to 190 of about 994 (225)
European Journal of Social Theory, 2018 An intellectual and cultural movement advocating a radical enhancement of human performance via technoscientific and biomedical advances, transhumanism has grown in notoriety in recent years.
Nicolas Le Dévédec
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Novum Testamentum, 2015
Hebrews evinces the linked exegetical aporiae of, on the one hand, tension between the asserted perfection of the believer and exhortations to further perfection and, on the other, a similar tension between Christ's exalted, preexistent nature and claims about his need for further perfection during his earthly life.
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Hebrews evinces the linked exegetical aporiae of, on the one hand, tension between the asserted perfection of the believer and exhortations to further perfection and, on the other, a similar tension between Christ's exalted, preexistent nature and claims about his need for further perfection during his earthly life.
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Perfect and Deficient Perfect Numbers
The American Mathematical Monthly, 2019For n a positive integer, let σ(n) denote the sum of the divisors of n. The number n is said to be deficient perfect if σ(n)/n=(2x−1)/x for some x∈N .
Rachfal, Emily, Holdener, Judy
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The quest for the perfect perfect-maze
2015 Computer Games: AI, Animation, Mobile, Multimedia, Educational and Serious Games (CGAMES), 2015In this paper, the quest for the perfect perfect-maze is performed over the search space of perfect mazes using an approach of search-based procedural content generation. Perfect maze construction is rather random with little to no control of the final product.
Paul Hyunjin Kim, Roger Crawfis
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Journal of Graph Theory, 2014
AbstractThe clique number of a digraph D is the size of the largest bidirectionally complete subdigraph of D. D is perfect if, for any induced subdigraph H of D, the dichromatic number defined by Neumann‐Lara (The dichromatic number of a digraph, J. Combin. Theory Ser. B 33 (1982), 265–270) equals the clique number .
Stephan Dominique Andres +1 more
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AbstractThe clique number of a digraph D is the size of the largest bidirectionally complete subdigraph of D. D is perfect if, for any induced subdigraph H of D, the dichromatic number defined by Neumann‐Lara (The dichromatic number of a digraph, J. Combin. Theory Ser. B 33 (1982), 265–270) equals the clique number .
Stephan Dominique Andres +1 more
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Perfect and locally perfect colorings
Journal of Graph Theory, 1995AbstractWe present a new algorithm for coloring perfect graphs and use it to color the parity orderable graphs, a class which strictly contains parity graphs. Also, we modify this algorithm to obtain an O(m2 + n) locally perfect coloring algorithm for parity graphs. © 1995 John Wiley & Sons, Inc.
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Cycle-perfect graphs are perfect
Journal of Graph Theory, 1996Given any graph \(G\), the cycle graph \(C(G)\) of \(G\) is defined by letting the vertices of \(C(G)\) be the induced cycles of \(G\); two induced cycles of \(G\) are adjacent in \(C(G)\) if they have in \(G\) at least one edge in common. \(G\) is called cycle-perfect if \(G\) and \(C(G)\) have no chordless cycles of odd length at least five.
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IEEE Transactions on Information Theory, 1993
Summary: Given positive integers \(r\), \(s\), \(u\), and \(v\), an \((r, s; u, v)\) perfect map is defined to be a periodic \(r\times s\) binary array in which every \(u\times v\) binary array appears exactly once as a periodic subarray. Perfect maps are the natural extension of the de Bruijn sequences to two dimensions.
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Summary: Given positive integers \(r\), \(s\), \(u\), and \(v\), an \((r, s; u, v)\) perfect map is defined to be a periodic \(r\times s\) binary array in which every \(u\times v\) binary array appears exactly once as a periodic subarray. Perfect maps are the natural extension of the de Bruijn sequences to two dimensions.
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Perfect lens with not so perfect boundaries
Optics Letters, 2009In manufacturing left-handed media the interfaces will never be perfect; defects and other disturbances to interfaces and material parameters are unavoidable. We report an analytical calculation of electromagnetic wave propagation through a perfect lens with diffuse boundaries.
P C, Ingrey +3 more
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