Publications

The placement of optical monitors in transparent networks is optimized for maximum transparent path length, which we study over a number of different topologies and traffic patterns.

The placement of optical monitors in transparent networks is optimized for maximum transparent path length, which we study over a number of different topologies and traffic patterns

The evolution of the Internet of Things (IoT) has increased our needs for secure and transparent inter-connectivity between heterogeneous networks.

The exploitation of buffer overflow vulnerabilities in process stacks constitutes a significant portion of security attacks. This paper presents new methods to detect and handle such attacks.

Several different waveform processing techniques have been studied and proposed for the 5G new radio (NR) physical layer, to support new mixed numerology and asynchronous services.

In typical macro-cell deployments for 3GPP LTE the base station employs an array of cross-polarized or co-polarized antennas that are linearly spaced in azimuth.

A transparent continuous wave-pumped highly nonlinear fibre wavelength converter (WC) with a conversion bandwidth of 61 nm and a pump wavelength tuning range of 24 nm, the largest ever reported for

: Reach estimations for several variable-bitrate OFDM schemes are presented and discussed in the framework of a transparent EU core network scenario.

Recent advances in the synthesis of superconducting cuprates, such as Ba sub 2 YCu sub 3 O sub 7, have profound scientific and technological implications which have only begun to be explored.

In metallic magnets, scattering from magnetic fluctuations above and near T sub c may provide a substantial contribution to the electrical p(T).