Publications

This paper investigates and compares several mechanisms for link management in both control and data planes, with special focus on the neighbor discovery approaches.

This paper provides an overview of various link performance models as an important means to determine the link packet error rate (PER) in system level simulations at reduced complexity.

In this paper, we describe link-based restoration schemes and present performance of several variants.

A new link scheduling approach for millimeter wave wireless mesh network is presented.

The power saving provided by the dynamic power management of the OE interfaces is compared to the ons provided by the link sleep approach.

In this paper, we use machine learning technique at the routers to study the link state protocol data to predict the existence of shared risk link groups (SRLG) in the network.

Energy savings of link and OE device sleep mode approaches are compared in 1:1 protected optical networks, together with a hybrid solution combining both of them.

We propose a computationally efficient link-coloring based scheme that facilitates end-to-end protection for dynamic multicast and unicast connections.

The performance of network applications is often hampered by the lack of flexibility in their association with end-to-end transport solutions.

Previous results in information theory have demonstrated the enormous capacity potential of wireless communication systems with multiple transmit and receive antennas.