The Subset Sum game [0.03%]
子集和游戏
Andreas Darmann,Gaia Nicosia,Ulrich Pferschy et al.
Andreas Darmann et al.
In this work we address a game theoretic variant of the Subset Sum problem, in which two decision makers (agents/players) compete for the usage of a common resource represented by a knapsack capacity. Each agent owns a set of integer weight...
Solving the dynamic ambulance relocation and dispatching problem using approximate dynamic programming [0.03%]
基于近似动态规划的救护车调度和调派问题研究
Verena Schmid
Verena Schmid
Emergency service providers are supposed to locate ambulances such that in case of emergency patients can be reached in a time-efficient manner. Two fundamental decisions and choices need to be made real-time. First of all immediately after...
Leading bureaucracies to the tipping point: An alternative model of multiple stable equilibrium levels of corruption [0.03%]
官僚体制走向“临界点”的领导力——多重腐败稳定水平的均衡模型的一种替代观点
Jonathan P Caulkins,Gustav Feichtinger,Dieter Grass et al.
Jonathan P Caulkins et al.
We present a novel model of corruption dynamics in the form of a nonlinear optimal dynamic control problem. It has a tipping point, but one whose origins and character are distinct from that in the classic Schelling (1978) model. The decisi...
Generalized Markov Models of Infectious Disease Spread: A Novel Framework for Developing Dynamic Health Policies [0.03%]
传染病传播的广义马尔可夫模型：开发动态卫生政策的新框架
Reza Yaesoubi,Ted Cohen
Reza Yaesoubi
We propose a class of mathematical models for the transmission of infectious diseases in large populations. This class of models, which generalizes the existing discrete-time Markov chain models of infectious diseases, is compatible with ef...
Ambulance location and relocation problems with time-dependent travel times [0.03%]
基于动态交通时间下的救护车安放与迁移问题
Verena Schmid,Karl F Doerner
Verena Schmid
EMERGENCY SERVICE PROVIDERS ARE FACING THE FOLLOWING PROBLEM: how and where to locate vehicles in order to cover potential future demand effectively. Ambulances are supposed to be located at designated locations such that in case of an emer...
Equitable allocation of livers for orthotopic transplantation: an application of the Analytic Hierarchy Process [0.03%]
肝移植的公平分配问题及其Analytic Hierarchy Process方法解决途径研究
D Ryan Cook,Sandra Staschak,William T Green
D Ryan Cook