Electronic and Electrical Engineering embraces telecommunications, computer networking, broadcasting and electrical machines and drives.
The areas of research interest include the design, optimisation and development of both wired and wireless telecommunication systems, the design, operating and applications of computer networks, digital broadcasting with a particular focus on television and the development of new electrical machines and control systems for railways.
The group undertakes both pure and applied research in the general field of telecommunications and computer networking including computer networking technologies, wireless systems, networked multimedia applications, quality of service, mobile networking, intelligent buildings, context driven information systems and communication protocols. Much of this work is funded through research grants and supported by industry. In addition, members of the group are actively involved in a range of public engagement programmes which aim to raise the awareness of these subjects for the general public and in schools.
From the development of spoken language and early cave paintings, communications in all of its forms has enabled humankind and society to develop and prosper. The story of communications, how it functions, what its capabilities are and how it impacts on society is both a fascinating and exciting one. Given the significance of communications technology in today’s world we believe that it is important for people young and old to have an awareness of how the technology functions and what it can do for you.
Our goal is to raise awareness of communications technology across a broad range of age groups.Our activities and resources include:
This work is led by Computer Networking and Telecommunications researchers working in the Engineering Research Centre in the School of Computing, Science & Engineering at the University of Salford. We work in partnership with the Museum of Science and Industry in Manchester, SETPOINT Greater Manchester and BT Connected Earth.
Within Telecommunications, current research includes:
The broadcasting industry has undergone enormous change since the switch to digital with television and radio now being increasingly accessed via the Internet and smart phones.
Current research is investigating the impact of the move to ultra-high definition television (4K and 8K) which offers picture qualities far in excess of that achieved with current high definition standards. The challenge is being able to transmit high quality digital pictures efficiently over both wired and wireless networks. Therefore current work is assessing the relative performance of codecs, the optimisation of those codecs and an assessment of the consequent traffic loads generated on the delivery networks.
Internet TV and the emergence of the smart TV has resulted in a huge increase in the amount of television content that a given user can now access. The challenge for content providers is to provide the user with an easy to access interface for navigating, searching and selecting relevant content. Current research is therefore examining the use of meta-data to aid searching, the design of new intelligent search algorithms and the development of new and potentially virtualised set top boxes which allows for the more rapid deployment of new services and channels.
Community TV is a well established concept for delivering content that has been generated within the local community and intended to be consumed by the local community. However, with the move to digital services, hyperlocal has taken on a new lease of life with content now being able to be generated by individuals and embedded with location information. Research is therefore investigating how hyperlocal services can be reinvented for today’s audience. This requires the ability to appropriately tag content with location information, to catalogue such content to form a virtual channel and to develop search algorithms which can locate content that has a relevance to your location.
The main focus of our research lies in: