Abstract Fiber Wireless (FiWi) access network consists of high speed passive optical
network (PON) at back end and wireless mesh network at front end. It is emerging as the …

The use of automated network planning systems is crucial for reducing the deployment cost
and planning time of passive optical telecommunication networks. Mixed-integer linear …

Internet network design specialists are looking for technologies and strategies to deliver
network service under increased demand conditions. The choice of strategies is based on …

We propose a business/cost model for long-period changes of customer demands in FTTx
networks. We show how to exploit this model in the formulation of a MIP optimization …

Various approaches and methods are used for designing of optimum deployment of Passive
Optical Networks (PON) according to selected optimization criteria, such as optimal …

This manuscript analyzes the penalty of using different survivable topologies for next-
generation PON, taking into account three scenarios: a non-protected topology, a topology …

Resilience of a Passive Optical Network is the capacity to recover quickly from its failures
and to resume back to its services soon after the failure condition. Resilience becomes a …

We present an approach to designing passive optical access networks (OANs) that
optimizes the selection of splitting combinations in the distribution network. The proposed …

Internet network design specialists are looking for technologies and strategies to deliver
network service under increased demand conditions. The choice of strategies is based on …

Today, passive optical networks (PONs) represent a modern solution for high-speed FTTx
subscriber lines and networks. Due to the fact that optical fibres and cables are deployed in …