Stephen McLaughlin

TL;DR: In this paper, the authors proposed an end-to-end power consumption model for a heterogeneous B5G cellular architecture that separates the indoor and outdoor communication scenarios in ultra dense networks.

TL;DR: In this article, the focus is on resource management based methods for B3G mobile communications systems and significant extensions of this work are now in hand within Mobile VCE's own core activity, aiming towards securing major improvements in delivery efficiency in future wireless systems through cross-layer operation.

TL;DR: A method for improving the visibility of relevant spectral lines in a lofargram is applied, instead of using filtering or outlier rejection methods to condition the data, the signal is decomposed by using the method of empirical decomposition

TL;DR: A level set model is designed for the follow up RT image segmentation and instead of re-initializing the same model for level sets in vector-image or multi-phase applications, a combination of the two best performing models or the same models with different sets of parameters can result in better performance with less reliance on specific parameter settings.

TL;DR: In this article , a practical dynamic subarray m-MIMO structure that is based on reconfigurable power dividers (RPDs) is proposed, and the extensive system simulation results, considering hardware imperfection extracted from a practical RPD implementation, indicate that the proposed RPD-based dynamic HDA mIMO outperforms the fixed subarray counterpart.