Generalizations of the Feline and Texas Chainsaw Josephus Problems
Generalizations of the Feline and Texas Chainsaw Josephus Problems作者机构：Department of Mathematics and Statistics Williams College Williamstown MA USA
出 版 物：《Open Journal of Discrete Mathematics》 (离散数学期刊（英文）)
年 卷 期：2019年第9卷第4期
页 面：144-158页
主 题：Josephus Game Feline Josephus Game Texas Chainsaw Josephus Game
摘 要：We define and study the Extended Feline Josephus Game, a game in which n players, each with ℓlives, stand in a circle. The game proceeds by alternating between hitting k consecutive players—each of whom will consequently lose a life—and skipping s consecutive players. This cycle continues until every player except one loses all of their lives. Given the nonnegative integer parameters n, k, s and ℓ, the goal of the game is to identify the surviving player. In this paper, we show how the defining parameters n, k, s, and ℓaffect the survivor of games with specific constraints on those parameters and our main results provide new closed formulas to determine the survivor of these Extended Feline Josephus Games. Moreover, for cases where these formulas do not apply, we provide recursive formulas for reducing the initial game to other games with smaller parameter values. For the interested reader, we present a variety of directions for future work in this area, including an extension which considers players lying on a general graph, rather than on a circle.
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