Add to ORKGThis paper considers a fork-join network with a group of heterogeneous servers in each service station, e.g. servers having different service rate. The main research interests are the properties of such fork-join networks in equilibrium, such as distributions of response times, maximum queue lengths and load carried by servers. This paper uses exact Monte-Carlo simulation methods to estimate the characteristics of heterogeneous fork-join networks in equilibrium, for which no explicit formulas are available. The algorithm developed is based on coupling from the past. The efficiency of the sampling algorithm is shown theoretically and via simulation
Fork/join stations are used for modeling synchronization between entities, and fork/join queueing ne...
The analysis of fork-join queueing systems has played an important role for the performance evaluati...
Fork-Join (FJ) queuing models capture the dynamics of system parallelization under synchronization ...
In a fork-join network each incoming job is split into K tasks and the K tasks are simultaneously as...
Fork/join stations are commonly used to model synchronization constraints in queuing network models ...
Fork-join queueing networks model a network of parallel servers in which an arriving job splits into...
AbstractFork-join queues are natural models for various computer and communications systems that inv...
Fork-join queues are natural models for various computer and communications systems that involve par...
In this paper, we show how to design a perfect simulation for Markovian fork-join networks, or equiv...
Fork-join systems play a pivotal role in the analysis of distributed systems, telecommunication infr...
In this paper we propose a family of heuristic approximations for the expected response time of K-di...
In this work we present a new model and corresponding analyses, which include a new exact relationsh...
International audienceQueuing networks with Fork/Join mechanisms are encountered in modelling and an...
In this paper we present an approximate analysis of fork/join primitives with two parallel servers, ...
Fork/join stations are used for modeling synchronization between entities, and fork/join queueing ne...
Fork/join stations are used for modeling synchronization between entities, and fork/join queueing ne...
The analysis of fork-join queueing systems has played an important role for the performance evaluati...
Fork-Join (FJ) queuing models capture the dynamics of system parallelization under synchronization ...
In a fork-join network each incoming job is split into K tasks and the K tasks are simultaneously as...
Fork/join stations are commonly used to model synchronization constraints in queuing network models ...
Fork-join queueing networks model a network of parallel servers in which an arriving job splits into...
AbstractFork-join queues are natural models for various computer and communications systems that inv...
Fork-join queues are natural models for various computer and communications systems that involve par...
In this paper, we show how to design a perfect simulation for Markovian fork-join networks, or equiv...
Fork-join systems play a pivotal role in the analysis of distributed systems, telecommunication infr...
In this paper we propose a family of heuristic approximations for the expected response time of K-di...
In this work we present a new model and corresponding analyses, which include a new exact relationsh...
International audienceQueuing networks with Fork/Join mechanisms are encountered in modelling and an...
In this paper we present an approximate analysis of fork/join primitives with two parallel servers, ...
Fork/join stations are used for modeling synchronization between entities, and fork/join queueing ne...
Fork/join stations are used for modeling synchronization between entities, and fork/join queueing ne...
The analysis of fork-join queueing systems has played an important role for the performance evaluati...
Fork-Join (FJ) queuing models capture the dynamics of system parallelization under synchronization ...