The well-known Gilbert-Shannon-Reeds model for riffle shuffles assumes that the cards are initially cut `about in half' and then riffled together. We analyze a natural variant where the initial cut is biased. Extending results of Fulman (1998), we show a sharp cutoff in separation and L-infinity distances. This analysis is possible due to the close connection between shuffling and quasisymmetric functions along with some complex analysis of a generating function.Le modèle de Gilbert-Shannon-Reeds pour mélange de cartes suppose que les cartes sont d'abord coupées environ de moitié, puis intercalées ensemble. Nous analysons une variante naturelle, où la coupe initiale est biaisée. En proposant une une extension des résultats de Fulman (1998),...
This paper analyzes repeated shuffling of a deck of N cards. The measure studied is a model for the...
On this lecture we consider a model of the Riffle Shuffle of a deck of cards and we will analyse the...
This thesis presents mixing of a deck of cards as a random walk on the group of permutations. Perfec...
International audienceThe well-known Gilbert-Shannon-Reeds model for riffle shuffles assumes that th...
In the Gilbert-Shannon-Reeds shuffle, a deck of $N$ cards is cut into two approximately equal parts ...
. It is shown that for every stationary sequence of random riffle permutations there is a natural a...
1. Introduction The most common method of mixing cards is the ordinary riffle shuffle, in which a de...
Abstract. This paper highlights the connections between riffle shuffles and symmetric functions. We ...
This thesis considers the effect of riffle shuffling on decks of cards, allowing for some cards to b...
A famous result of Bayer and Diaconis [2] is that the Gilbert-Shannon-Reeds (GSR) model for the riff...
. The p-shuffle is a natural generalization of the dovetail shuffle that is defined as follows. Firs...
We are all familiar with the riffle shuffle, one of the most popular ways to shuffle cards. To per...
AbstractType A affine shuffles are compared with riffle shuffles followed by a cut. Although these p...
We introduce a new type of card shuffle called one-sided transpositions. At each step a card is chos...
In card games, in casino games with multiple decks of cards and in cryptography, one is sometimes fa...
This paper analyzes repeated shuffling of a deck of N cards. The measure studied is a model for the...
On this lecture we consider a model of the Riffle Shuffle of a deck of cards and we will analyse the...
This thesis presents mixing of a deck of cards as a random walk on the group of permutations. Perfec...
International audienceThe well-known Gilbert-Shannon-Reeds model for riffle shuffles assumes that th...
In the Gilbert-Shannon-Reeds shuffle, a deck of $N$ cards is cut into two approximately equal parts ...
. It is shown that for every stationary sequence of random riffle permutations there is a natural a...
1. Introduction The most common method of mixing cards is the ordinary riffle shuffle, in which a de...
Abstract. This paper highlights the connections between riffle shuffles and symmetric functions. We ...
This thesis considers the effect of riffle shuffling on decks of cards, allowing for some cards to b...
A famous result of Bayer and Diaconis [2] is that the Gilbert-Shannon-Reeds (GSR) model for the riff...
. The p-shuffle is a natural generalization of the dovetail shuffle that is defined as follows. Firs...
We are all familiar with the riffle shuffle, one of the most popular ways to shuffle cards. To per...
AbstractType A affine shuffles are compared with riffle shuffles followed by a cut. Although these p...
We introduce a new type of card shuffle called one-sided transpositions. At each step a card is chos...
In card games, in casino games with multiple decks of cards and in cryptography, one is sometimes fa...
This paper analyzes repeated shuffling of a deck of N cards. The measure studied is a model for the...
On this lecture we consider a model of the Riffle Shuffle of a deck of cards and we will analyse the...
This thesis presents mixing of a deck of cards as a random walk on the group of permutations. Perfec...