Publications

We report a silicon photonic 4x25 Gb/s polarization-insensitive wavelength-division multiplexing receiver with a fiber-to-photodiode responsivity of >0.26 A/W and crosstalk -20 dB in 200-GHz wa

We demonstrate a monolithic high-performance reconfigurable optical add-drop multiplexer (ROADM) with integrated 24x8 wavelength selecting optical cross-connect.

Silicon photonics is expected to be a compact integration platform to implement chip-scale optical interconnects to solve the metal interconnecting challenges in future computer systems.

In this paper, we present new results in the area of reconfiguration of stateful interactive processes in the presence of faults.

A comprehensive approach is given to reconfigure field programmable gate arrays (FPGAs) with faults in the logic resources.

The next generation of communication technologies invokes concepts, such as 'cognition', which aim at supporting ubiquitous wireless connectivity in a cost efficient manner.

5G network slices independently scale in and out their Virtual Network Functions (VNFs) according to the traffic load during the day.

Reconfiguring network slices involves migrating a set of Virtual Network Functions (VNFs) from their original hosts to the ones declared in the new configuration.

This paper reconsiders the classic confrontation between Maurice Allais and Jimmie Savage at the 1952 Paris colloquium on decision under uncertainty in light of new developments in the theory of pr

Updating a minimum spanning tree (MST) is a basic problem for communication networks. In this paper we consider single node deletions in MSTs.