This paper presents a potential beamsteered 5G/6G Compliant Optical Wireless Communication cell free network solution for facilitating longer propagation distances, wider coverage areas and more accurate and reliable indoor localization, which is realised using a combination of VCSELs Infra-red s...

Indoor localization has recently experienced a surge in interest, primarily because of its ability to offer a diverse range of services by utilising the Internet of Things (IoT) and widespread connectivity. This study presents a measurement campaign conducted to assess the precision and...

In the future system, self-localization emerges as a critical approach to address various challenges, enhance accuracy, and alleviate network-side burdens by shifting computational load to terminal devices. Leveraging diverse sensing and machine learning capabilities becomes instrumental in facilitating se...

This paper presents a Photonic near infrared IR Cell Free 5G Network, which provides universal broadband coverage for (1) Smart Transportation Vehicles and (2) Material Handling by Collaborating Mobile robots (3) Motion Control use cases with their required Key Performance and Key Value...

An experimental evaluation of a 5G New Radio (NR) Time Difference of Arrival (TDoA) indoor localisation system was conducted on a private 5G Standalone network. A structured 50-point measurement grid, with 50 measurements per location, produced 2,500 position estimates for analysis of r...

Accurate performance evaluation is essential for unlocking the full potential of optical wireless communication (OWC) systems, particularly under different network deployment strategies. This paper presents a comprehensive analytical framework for evaluating OWC system performance that explicitly accounts for&#...

Youth and community work in the United Kingdom has an important role in responding to social challenges in young people’s lives such as gender-related violence (GRV). Youth and community work’s rich inheritance from critical pedagogy has inspired it to centre the relationship between&#x...

The use of degradable polymers for the collection and composting of organic wastes is explored within this paper. With reference to one trial where the performance of a 'degradable' polyethylene based sack for the kerbside collection of organic wastes was investigated. Areas for...

Numerical modelling of liquid-liquid flow related to countercurrent chromatography (CCC) C. S. Konig & I. A. Sutherland Brunel Institute for Bioengineering, Brunel University, UK Abstract The CCC method is based on interface mass transfer between two immiscible liquids that move countercurren...