With communication networks getting more and more present in our daily activities, network outages or even significant degradations of the quality of service become less and less tolerable. This calls for a robust design of communication networks anticipating possible failures or shifts in the expected traffic demands. This thesis addresses several robust design and planning problems arising in the telecommunication area. We first address the problem of designing and dimensioning a survivable network topology. We propose a novel network design model integrating all equipment costs and constraints (links, routers and line cards). This model also include operational constraints such as the presence of potential nodes and modular capacities as...
AbstractIn many applications, the network design problem faces uncertainty in OD demand, as it can b...
This paper develops an adjustable robust optimization approach for a network design problem explicit...
In many road networks all over the world unexpectedly large delays occur as a result of unforeseen d...
With communication networks getting more and more present in our daily activities, network outages o...
With communication networks getting more and more present in our daily activities, network outages o...
With communication networks getting more and more present in our daily activities, network outages o...
The objective in designing a communications network is to find the most cost efficient network desig...
Robust network design takes the very successful framework of robust optimization and applies it to t...
Thesis (Ph.D. (Computer Science))--North-West University, Potchefstroom Campus, 2009.The objective i...
Traffic in communication networks fluctuates heavily over time. Thus, to avoid capacity bottlenecks,...
This thesis is devoted to optimization problems arising in telecommunication networks. We tackle the...
International audienceIn telecommunications network design, one of the most frequent problems is to ...
This thesis is devoted to optimization problems arising in telecommunication networks. We tackle the...
International audienceIn telecommunications network design, one of the most frequent problems is to ...
One of the main problems in telecommunications is the robust network design under demand uncertainty...
AbstractIn many applications, the network design problem faces uncertainty in OD demand, as it can b...
This paper develops an adjustable robust optimization approach for a network design problem explicit...
In many road networks all over the world unexpectedly large delays occur as a result of unforeseen d...
With communication networks getting more and more present in our daily activities, network outages o...
With communication networks getting more and more present in our daily activities, network outages o...
With communication networks getting more and more present in our daily activities, network outages o...
The objective in designing a communications network is to find the most cost efficient network desig...
Robust network design takes the very successful framework of robust optimization and applies it to t...
Thesis (Ph.D. (Computer Science))--North-West University, Potchefstroom Campus, 2009.The objective i...
Traffic in communication networks fluctuates heavily over time. Thus, to avoid capacity bottlenecks,...
This thesis is devoted to optimization problems arising in telecommunication networks. We tackle the...
International audienceIn telecommunications network design, one of the most frequent problems is to ...
This thesis is devoted to optimization problems arising in telecommunication networks. We tackle the...
International audienceIn telecommunications network design, one of the most frequent problems is to ...
One of the main problems in telecommunications is the robust network design under demand uncertainty...
AbstractIn many applications, the network design problem faces uncertainty in OD demand, as it can b...
This paper develops an adjustable robust optimization approach for a network design problem explicit...
In many road networks all over the world unexpectedly large delays occur as a result of unforeseen d...