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Constructions In Hyperbolic Geometry

Canadian Journal of Mathematics, 1956
Introduction. In hyperbolic geometry we have three compasses, namely an ordinary compass for drawing ordinary circles with a given centre and a given radius, a hypercompass for drawing hypercycles with a given axis and a given radius, and a horocompass for drawing horocycles with a given diameter and passing through a given point.
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Correction to “Axiomatizations of Hyperbolic Geometry”

Synthese, 2005
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Martingales in Hyperbolic Geometry

2014
The famous De Moivre-Laplace theorem states the convergence toward a gaussian law of \(\sum\limits_{j=0}^{n-1}Y _{j}/\sqrt{n}\) when the Y i are independent, centered, identically distributed random variables in L 2. This result is usually named Central Limit Theorem (CLT). The convergence still holds in some non independent cases (Markov chains, α- or
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Hyperbolic Geometry

1992
Although it arose from purely theoretical considerations of the underlying axioms of geometry, the work of Einstein and Dirac has demonstrated that hyperbolic geometry is a fundamental aspect of modern physics. In this book, the rich geometry of the hyperbolic plane is studied in detail, leading to the focal point of the book, Poincare's polygon ...
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Hyperbolic geometry

2012
Jacques Franchi, Yves Le Jan
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Hyperbolic Geometry

2011
Aline Aigon-Dupuy   +2 more
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