We analyze the optimal behavior of two players who are lost on a planar surface and who want to meet each other in least expected time. They each know the initial distribution of the other�s location, but have no common labeling of points, and so cannot simply go to a location agreed to in advance. They have no compasses, so do not even have a common notion of North. For simplicity, we restrict their motions to the integer lattice Z2 (graph paper) and their motions to horizontal and vertical directions, as in the original work of Anderson and Fekete
The discrete multi-agent rendezvous problem we consider in this paper is concerned with a specified ...
Suppose n blind, speed one, players are placed by a random permutation onto the integers 1 to n, and...
Two people are placed randomly and independently on a street of unit length. They attempt to find ea...
We analyze the optimal behavior of two players who are lost on a planar surface and who want to meet...
Two players are placed on the integer lattice Zn (consisting of points in n-dimensional space with a...
Two players are placed on the integer lattice Z n (consisting of points in n-dimensional space with ...
Two players are lost in a grid of city streets and wish to meet as soon as possible. Knowing only th...
Two players are lost in a grid of city streets and wish to meet as soon as possible. Knowing only th...
Two agents are placed randomly on nodes of a known graph. They are aware of their own position, up t...
We consider the rendezvous problem faced by two mobile agents, initially placed according to a known...
We consider the rendezvous problem faced by two mobile agents, initially placed according to a known...
International audienceWe study rendezvous of two anonymous agents, where each agent knows its own in...
International audienceIn this paper we study efficient rendezvous of two mobile agents moving asynch...
The classical asymmetric rendezvous search problem on the line is faced by two people who, facing in...
Two friends have become separated in a building or shopping mall and and wish to meet as quickly as ...
The discrete multi-agent rendezvous problem we consider in this paper is concerned with a specified ...
Suppose n blind, speed one, players are placed by a random permutation onto the integers 1 to n, and...
Two people are placed randomly and independently on a street of unit length. They attempt to find ea...
We analyze the optimal behavior of two players who are lost on a planar surface and who want to meet...
Two players are placed on the integer lattice Zn (consisting of points in n-dimensional space with a...
Two players are placed on the integer lattice Z n (consisting of points in n-dimensional space with ...
Two players are lost in a grid of city streets and wish to meet as soon as possible. Knowing only th...
Two players are lost in a grid of city streets and wish to meet as soon as possible. Knowing only th...
Two agents are placed randomly on nodes of a known graph. They are aware of their own position, up t...
We consider the rendezvous problem faced by two mobile agents, initially placed according to a known...
We consider the rendezvous problem faced by two mobile agents, initially placed according to a known...
International audienceWe study rendezvous of two anonymous agents, where each agent knows its own in...
International audienceIn this paper we study efficient rendezvous of two mobile agents moving asynch...
The classical asymmetric rendezvous search problem on the line is faced by two people who, facing in...
Two friends have become separated in a building or shopping mall and and wish to meet as quickly as ...
The discrete multi-agent rendezvous problem we consider in this paper is concerned with a specified ...
Suppose n blind, speed one, players are placed by a random permutation onto the integers 1 to n, and...
Two people are placed randomly and independently on a street of unit length. They attempt to find ea...