Publications

We propose and experimentally demonstrate a flexible network architecture for converged metro-access environment.

Ultra-reliable and low latency communications is envisioned to enable new services and applications with high reliability, availability and low latency, e.g, factory automation, Tactile Internet.

The need for routing systems more flexible than those used at present is discussed; it is pointed out that limitations imposed on the number of series connected junctions cease to be necessary in m

This paper proposes a flexible encoding technique based on multi-stage multiple scale lattice vector quantization and block-constrained trellis coded vector quantization.

We propose a concept of flexible PON and show with experiments and network dimensioning how burst-mode, software-defined coherent transponders can more than double the average capacity per user in

A wide variety of interexchange circuit tests is required to be available for exchange technician use.

We propose a variable M2-QAM format and coding scheme and demonstrate record distance â€" spectral efficiency tuneability by 6.4 bit/s/Hz and Î"L≈18x, respectively, at 400 and 600 Gb/s per carrie

We demonstrate continuous detectability of 10-Gb/s data from 0 to 675 km of standard single mode fiber without inline dispersion compensation using a combination of a chirp-managed laser and tunabl

Time division duplex (TDD) systems offer a substantial amount of freedom to deal with downlink (DL) and uplink (UL) traffic asymmetries.

GPRS, WLAN integration, Mobile Number Portability and UMTS are some of the new technologies which are foreseen to carry many new service applications.