(eng) Broadcasting and gossiping are known to be NP-hard problems. This paper deals with approximation algorithms for such problems. We consider both round-complexity and step-complexity in the telephone model. After an overview of previously derived approximation algorithms, we present new strategies for broadcasting and gossiping in any graphs. Broadcasting strategies are based on the construction of edge-disjoint spanning trees. Gossiping strategies are based on on-line computation of matchings along with the gossiping process. Our approximation algorithms for broadcasting offer almost optimal complexity when the number of messages to be broadcasted is large. We show that our best approximation algorithm for gossiping performs optimally ...
Abstract. This paper deals with the problem of broadcasting in minimum time in the tele-phone and me...
AbstractEach of n nodes of a communication network has a piece of information (gossip) which should ...
Unlike the telephone network or the Internet, many of the next generation networks are not engineere...
Broadcasting and gossiping are known to be NP-hard problems. This paper deals with approximation alg...
Information dissemination is a fundamental problem in parallel and distributed computing. In its sim...
Effectively disseminating the information among processors is an important feature for an interconne...
We present a distributed minimum spanning tree algorithm with near-optimal round complexity of O~(D+...
Gossiping is the process of information diffusion in which each node of a network holds a packet tha...
The gossip problem involves communicating a unique item from each node in a graph to every other nod...
AbstractThe communication power of the one-way and two-way edge-disjoint path modes for broadcast an...
We study the problem of computing a minimum time schedule to spread rumors in a given graph under se...
AbstractThis paper addresses the problem of efficiently performing two important operations of commu...
We present a distributed minimum spanning tree algorithm with near-optimal round complexity of O~(D+...
AbstractThe problems of gossiping and broadcasting in one-way communication mode are investigated. O...
Gossiping and broadcasting are two problems of information dissemination. In gossiping, every point ...
Abstract. This paper deals with the problem of broadcasting in minimum time in the tele-phone and me...
AbstractEach of n nodes of a communication network has a piece of information (gossip) which should ...
Unlike the telephone network or the Internet, many of the next generation networks are not engineere...
Broadcasting and gossiping are known to be NP-hard problems. This paper deals with approximation alg...
Information dissemination is a fundamental problem in parallel and distributed computing. In its sim...
Effectively disseminating the information among processors is an important feature for an interconne...
We present a distributed minimum spanning tree algorithm with near-optimal round complexity of O~(D+...
Gossiping is the process of information diffusion in which each node of a network holds a packet tha...
The gossip problem involves communicating a unique item from each node in a graph to every other nod...
AbstractThe communication power of the one-way and two-way edge-disjoint path modes for broadcast an...
We study the problem of computing a minimum time schedule to spread rumors in a given graph under se...
AbstractThis paper addresses the problem of efficiently performing two important operations of commu...
We present a distributed minimum spanning tree algorithm with near-optimal round complexity of O~(D+...
AbstractThe problems of gossiping and broadcasting in one-way communication mode are investigated. O...
Gossiping and broadcasting are two problems of information dissemination. In gossiping, every point ...
Abstract. This paper deals with the problem of broadcasting in minimum time in the tele-phone and me...
AbstractEach of n nodes of a communication network has a piece of information (gossip) which should ...
Unlike the telephone network or the Internet, many of the next generation networks are not engineere...