Publications

Optical fiber transmission systems have become critical in facilitating the rabid growth in high-speed service in the consumer and commercial markets.

We present the latest developments in multipleinput- multile-output (MIMO) based optical coherent transmission and present recent results performed over few-mode, multimode, and multicore fibers.

At high frequencies the waveguide nature of interconnections in VLSI circuits becomes important. Moreover, losses in interconnection are a major feature, not a perturbation.

HE transmission line systems employed for the purpose of transferring energy between radio units and antennas are fundamentally no different from line systems used in power or telephone work.

I C R O P H O N E S have been described that will pick up without noticeable distortion all the sounds given forth by a symphony orchestra.

We investigate and optimize a simplified transmission link for 4 Tb/s coherent transmission targeting extended reach (ZR) distances.

In a transmission system, the presence of a region which supports one or more spurious modes can introduce a large change in the transmission loss of the principal mode when the region becomes reso

Space-division multiplexing technology is an attractive candidate for overcoming a potential future ``capacity crunch{''} in optical networks based on conventional single-mode fiber.

In this paper, we study - user multiple-input multiple-output (MIMO) interference channels (IC) in the presence of antenna correlations.

In this paper, we propose solutions to the transmission mode selection and resource allocation problems for D2D unicast communications.