Publications

We review how two optical slot switching technologies can provide end-to-end service guarantees in next generation edge-cloud-based networks: Optical Ethernet for fronthaul, midhaul and metro netwo

We give a formal description of dynamic resource allocation in a slotted DC network and present fast scheduling solutions to solve it. We then review the related scalability issues.

: Recent progress in the field of quantum dot/dash based semiconductor optical amplifiers (SOAs) for slow and fast light is presented.

Recent progress in the field of quantum dot/dash based semiconductor optical amplifiers (SOAs) for previous termslow and fast lightnext term is discussed.

Have you met term slow-food?. Look at https://en.wikipedia.org/wiki/Slow_Food. It came to life as reaction for fast-food.

We consider dense wireless random-access networks, modeled as systems of particles with hardcore interaction.

The design of slow-wave circuits in discussed with particular reference to the problems encountered at millimetre wavelengths.

This paper discusses the application of a beam forming algorithm that slows channel variations to measured MIMO channels.

It has been reported [1], [2] that the number of transmitters that can be used in a MIMO system is limited by the coherence time of the channel.

It has been reported [1], [2] that the number of transmitters that can be used in a MIMO system is limited by the coherence time of the channel.