Results 51 to 60 of about 94 (91)
Solving the migration-recombination equation from a genealogical point of view. [PDF]
Alberti F +3 more
europepmc +1 more source
Towards a Theory of Negative Dependence
: The FKG theorem says that the POSITIVE LATTICE CONDITION, an easily checkable hypothesis which holds for many natural families of events, implies POSITIVE ASSOCIATION, a very useful property.
Robin Pemantle
core
Hydrodynamic Scaling, Convex Duality, and Asymptotic Shapes of Growth Models
. We present a technique for simultaneously deriving two related results: Hydrodynamic scaling limits for one-dimensional asymmetric particle systems and asymptotic shapes for growth models.
Timo Seppäläinen
core
Monotonic Subsequences in Dimensions Higher Than One
The 1935 result of Erdos and Szekeres that any sequence of n 2 +1 real numbers contains a monotonic subsequence of n + 1 terms has stimulated extensive further research, including a paper of J. B. Kruskal that defined an extension of monotonicity for
A. M. Odlyzko, J. B. Shearer, R. Siders
core
Technical Report: A solution of Sylvester-like problems for convex quadrilaterals
The probability pn that n points, uniformly and independently distributed within a con-vex planar body K, have a triangular convex hull is known (at least for some values of n> = 3) when K is either a triangle, an ellipse, a parallelogram or a regular
core
Staircase patterns in words: subsequences, subwords, and separation number. [PDF]
Mansour T, Rastegar R, Roitershtein A.
europepmc +1 more source
Inhomogeneous Continuum Random Trees and the Entrance Boundary of the Additive Coalescent
Regard an element of the set of ranked discrete distributions \Delta := f(x 1 ; x 2 ; : : :) : x 1 x 2 : : : 0; P i x i = 1g as a fragmentation of unit mass into clusters of masses x i .
Jim Pitman, David Aldous
core
Intersections of Randomly Embedded Sparse Graphs are Poisson
Suppose that t 2 is an integer, and randomly label t graphs with the integers 1 : : : n. We give sufficient conditions for the number of edges common to all t of the labelings to be asymptotically Poisson as n ! 1. We show by example that our theorem is,
Edward A. Bender, E. Rodney Canfield
core
Finite automata, probabilistic method, and occurrence enumeration of a pattern in words and permutations. [PDF]
Mansour T, Rastegar R, Roitershtein A.
europepmc +1 more source
Limit theorem for the Robin Hood game. [PDF]
Angel O, Matzavinos A, Roitershtein A.
europepmc +1 more source

