Examples of using Coxeter in English and their translations into Korean
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Programming
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Computer
Harold Scott Macdonald Coxeter.
Coxeter wrote(see for example).
King of Infinite Space: Donald Coxeter, the Man Who Saved Geometry.
Coxeter met Escher in 1954 and the two became lifelong friends.
A permutation of the names resulted in Harold Scott MacDonald Coxeter.
Coxeter described his time doing joint work with her saying.
In 1958 Escher met Coxeter and they became life-long friends.
Coxeter reviewed the book and his review beautifully captures the spirit of the book.
His fellow students were also an impressive collection of people whoincluded W H McCrea, Paley, Coxeter and Todd.
In 1934 Coxeter classified all spherical and euclidean Coxeter groups.
Edge wrote nearly 100 papers and his mastery of the area ranks him with Coxeter as one of the leading geometers of the 20th century.
Coxeter had independently introduced them in his work on crystallographic groups.
Circle Limit III was created using only simple drawing instruments andEscher's great intuition, but Coxeter proved that.
Presentation Wikipedia Donald Coxeter was always known as Donald which came from his third name MacDonald.
Checkerboard List of regular polytopes List of uniform tilings Square lattice Tilings of regular polygons Tilings and Patterns, from list of 107 isohedral tilings, pp. 473-481 Order in Space: A design source book, Keith Critchlow, pp. 74-75,circle pattern 3 Coxeter, Regular Complex Polytopes, pp. 111-112, pp. 136.
Coxeter, derives from the Greek ὅσος“as many”, the idea being that a hosohedron can have“as many faces as desired”.
In group theory Todd provided,certainly according to Coxeter, the main contribution to their joint work on the Todd- Coxeter procedure which they published in 1936.
Coxeter polytopes are the fundamental domains of discrete reflection groups, now called Coxeter groups, and they give rise to tesselations.
He was first given the name MacDonald Scott Coxeter, but a godparent suggested that his father's name should be added, so Harold was added at the front.
Donald Coxeter at the University of Toronto had reviewed some of these papers and was certainly fully aware of Tutte's remarkable potential.
Coxeter explained to me[EFR] once how Todd used the back of old rolls of wallpaper on which to enumerate cosets which he could do at the rate of about 200 an hour.
The Todd- Coxeter procedure became the most fundamental idea in the development of computational group theory yet the authors found difficulty in getting their paper published.
Coxeter et al., in the 1954 paper'Uniform polyhedra', in Table 8: Uniform Tessellations, uses the first three expansions and enumerates a total of 38 uniform tilings.