Add to ORKGIn this paper, a die is a finite probability space whose outcomes are non-negative integers and that may have any probability distribution. A fair die is one for which all outcomes are equally likely. A sack is a finite set of independent dice and a sack is called fair if, when the dice are rolled, all totals are equally likely. More precis
We construct irreducible balanced nontransitive sets of n-sided dice for any positive integer n. One...
Conventional dice were altered by the insertion of weights for the purpose of creating dice that do ...
Dice are not fair. Producing a geometrically precise, uniform die is not possible. Casino dice come ...
All dice are unfair because they cannot be manufactured with absolute precision. However, some dice ...
All dice are unfair because they cannot be manufactured with absolute precision. However, some dice ...
All dice are unfair because they cannot be manufactured with absolute precision. However, some dice ...
In the following experiment, the fairness of dice from the dice companies Chessex, Game science and ...
We extend previous work which modelled the rolling of a typical playing die using a Markov matrix. T...
AbstractThis paper is concerned with simulating a fair die with a bounded number of coin flips and a...
Understanding probability is very important, not only within the fields of mathematics and computer ...
In my thesis I explore the randomness of game of dice. In theoretical part I explain some basic conc...
Bayesian inference1 A simple example of Bayesian inference We will illustrate Bayesian inference usi...
Dice are commonly found in various games of chance such as gambling, board games, and role-playing g...
1.1 Background and Motivation A problem of simulating fair dice with coins is initiated by Feldman e...
From the very birth of probability theory, the dice is one of the main means used to demonstrate the...
We construct irreducible balanced nontransitive sets of n-sided dice for any positive integer n. One...
Conventional dice were altered by the insertion of weights for the purpose of creating dice that do ...
Dice are not fair. Producing a geometrically precise, uniform die is not possible. Casino dice come ...
All dice are unfair because they cannot be manufactured with absolute precision. However, some dice ...
All dice are unfair because they cannot be manufactured with absolute precision. However, some dice ...
All dice are unfair because they cannot be manufactured with absolute precision. However, some dice ...
In the following experiment, the fairness of dice from the dice companies Chessex, Game science and ...
We extend previous work which modelled the rolling of a typical playing die using a Markov matrix. T...
AbstractThis paper is concerned with simulating a fair die with a bounded number of coin flips and a...
Understanding probability is very important, not only within the fields of mathematics and computer ...
In my thesis I explore the randomness of game of dice. In theoretical part I explain some basic conc...
Bayesian inference1 A simple example of Bayesian inference We will illustrate Bayesian inference usi...
Dice are commonly found in various games of chance such as gambling, board games, and role-playing g...
1.1 Background and Motivation A problem of simulating fair dice with coins is initiated by Feldman e...
From the very birth of probability theory, the dice is one of the main means used to demonstrate the...
We construct irreducible balanced nontransitive sets of n-sided dice for any positive integer n. One...
Conventional dice were altered by the insertion of weights for the purpose of creating dice that do ...
Dice are not fair. Producing a geometrically precise, uniform die is not possible. Casino dice come ...