Publications

We consider the problem of scheduling bursts of data in an optical network with an ultra-fast tunable laser and fixed receiver at each node.

Millimeter wave communications play a key role in the next generation of cellular networks.

With the evolution of microprocessor applications from simple controllers to multi-user/multi-device systems, and due to the asynchronous nature of their operating environments and real-time constr

The rapid increase in data traffic is making mobile networks highly congested.

Narrowband Internet of Things (NB-IoT) is a new cellular technology introduced in 3GPP Release 13 for providing wide-area coverage for the Internet of Things (IoT).

Time-sensitive communications (TSC) in wireless networks is an emerging paradigm that gains research momentum as an enabler of the industrial Internet of Things.

We consider a queueing system with multi-type customers and flexible (multi-skilled) servers that work in parallel.

This paper describes a scheduling system that was built at the Cork Constraint Computation Centre in cooperation with Bell Labs Ireland.

We consider the following queueing system which arises as a model of a wireless link shared by multiple users. Multiple flows must be served by a "channel" (server).

This paper considers the multi-user scheduling algorithms for mixed streaming and best-effort service scenario over wideband frequency-selective and time varying channel in cellular network such as