Smart Tourism: 5G Tourism in West of England
| Research area | 5G |
|---|---|
| Dates | 01.04.18 – 31.03.19 |
| Funder | INNOVATE UK |
| Contact person | Professor Dimitra Simeonidou |
The tourism industry in the West of England is worth £1.75 billion to the region’s annual economy. The 5G Smart Tourism project was funded by the UK Government’s Department for Digital, Culture, Media and Sport (DCMS). It connected leading West of England tourist destinations such as The Roman Baths, M-Shed and We The Curious to new 5G technology via the University of Bristol’s 5GUK Test Network, a UK national asset. This project focused on the intersection between infrastructure, mobile services, tourism and digital applications. To expedite the roll-out of 5G services in the UK, this project enhanced the value chain through 5G enabled tourism applications and diversify the revenue stream for popular tourist destinations. Through this unique and representative multi-technology 5G platform, the project promoted the creative digital industries in the UK and thus generated benefits across the entire visitor economy value chain.
The project consortium
Led by the West of England Combined Authority (WECA) (our geographical regional governing body), this £8 million project brought together a total of 19 partners. These are: West of England Combined Authority, University of Bristol Smart Internet Lab, CCS Ltd, BT, Mo-Sys Engineering Ltd, Mativision Ltd, Smartify CIC, BBC, Zeetta Technologies Ltd, Destination Bristol, Digital Catapult, Bristol VR LAB, Interdigital Europe Ltd, Bristol is Open Ltd, Bristol Futures Global Ltd, Landmark Ltd, IBI Group Ltd, Bristol City Council, Bath and North East Somerset Council.
Our project contribution
The University of Bristol Smart Internet Lab contributed extensive knowledge and expertise in 5G network design. The 5G Smart Tourism project utilised the University of Bristol’s 5GUK Test Network, which includes 3GPP 4G, 5G New Radio, non-3GPP mmWave and Wi-Fi radio access technologies, as well as, key 5G core network elements such as Mobile Edge Computing, Network Function Virtualisation and Network Slicing. This important UK national asset provided access to radio spectrum at 2.6GHz, 3.5GHz, 26GHz and 60GHz.