Publications

Elastic optical networks (EONs) have emerged as a promising technology to accommodate the high-capacity and dynamic bandwidth demands of next-generation wireless networks.

We propose a novel load-aware power-selection strategy for maximizing the transparent reach in dispersion-uncompensated flexible optical networks with coherent modulation formats, and we quantify t

We propose a novel load-aware power-selection strategy for maximizing the transparent reach in dispersion-uncompensated flexible optical networks with coherent modulation formats, and we quantify t

We present a novel and practical scheme for carrying dynamic data traffic over circuits at lower costs than existing architectures.

We demonstrate a load-balanced optical packet router that scales to 256 Tb/s.

Thermoelectric behavior in semiconductor materials is investigated for the purpose of converting thermal energy to electrical energy.

We analyze D/G/1 and M/G/1 queues where the service time for an arrival depends on the amount of work in the system upon arrival.

The primary requisites of a loading coil are a minimum stray field, low resistance, and an inductance independent; of current.

1. Introduction: Historically, the concept, and indeed the implementation of digital integration within the network has been motivated by cost efficiencies.

Typically, bandwidth reservation is not made for data applications.