International audienceWe develop a method to obtain near-optimal routing policies to parallel queues with decisions based on customers’ wait and performance objectives which include percentiles of the waiting time. We formulate and explicitly derive a value function where the waiting time is used as a decision variable. This allows us to apply a one-step policy improvement method to obtain an efficient routing solution. Numerical illustrations reveal that classical monotone policies are not always optimal
We consider a network of parallel service stations each modelled as a single server queue. Each stat...
A practically important problem is the assignment of stochastically arriving service requests to one...
A practically important problem is the assignment of stochastically arriving service requests to one...
International audienceWe develop a method to obtain near-optimal routing policies to parallel queues...
International audienceWe develop a method to obtain near-optimal routing policies to parallel queues...
International audienceWe develop a method to obtain near-optimal routing policies to parallel queues...
International audienceWe develop a method to obtain near-optimal routing policies to parallel queues...
National audienceThis paper deals with the problem of the computation of the optimal routing sequenc...
National audienceThis paper deals with the problem of the computation of the optimal routing sequenc...
We consider the problem of routing customers to one of two parallel queues. Arrivals are independent...
International audienceIn this paper we investigate the problem of the effective computation of the o...
We consider a network of parallel service stations each modelled as a single server queue. Each stat...
In this paper we consider the problem of routing deterministic arriving jobs to parallel servers wit...
We consider a network of parallel service stations each modelled as a single server queue. Each stat...
A practically important problem is the assignment of stochastically arriving service requests to one...
We consider a network of parallel service stations each modelled as a single server queue. Each stat...
A practically important problem is the assignment of stochastically arriving service requests to one...
A practically important problem is the assignment of stochastically arriving service requests to one...
International audienceWe develop a method to obtain near-optimal routing policies to parallel queues...
International audienceWe develop a method to obtain near-optimal routing policies to parallel queues...
International audienceWe develop a method to obtain near-optimal routing policies to parallel queues...
International audienceWe develop a method to obtain near-optimal routing policies to parallel queues...
National audienceThis paper deals with the problem of the computation of the optimal routing sequenc...
National audienceThis paper deals with the problem of the computation of the optimal routing sequenc...
We consider the problem of routing customers to one of two parallel queues. Arrivals are independent...
International audienceIn this paper we investigate the problem of the effective computation of the o...
We consider a network of parallel service stations each modelled as a single server queue. Each stat...
In this paper we consider the problem of routing deterministic arriving jobs to parallel servers wit...
We consider a network of parallel service stations each modelled as a single server queue. Each stat...
A practically important problem is the assignment of stochastically arriving service requests to one...
We consider a network of parallel service stations each modelled as a single server queue. Each stat...
A practically important problem is the assignment of stochastically arriving service requests to one...
A practically important problem is the assignment of stochastically arriving service requests to one...