Research Highlights | Electronics & Computer Science | University of Southampton

LifeGuide: Online Behavioural Interventions

The LifeGuide platform, developed at the University of Southampton, is a unique set of open-source internet-based software tools that allow researchers to flexibly create, modify and evaluate internet-based behavioural change interventions.

Pioneering signal processing technology for 5G communications

Signal processing research conducted at Southampton has led to new algorithms and hardware to support fifth generation (5G) wireless communications, contributing to faster data speeds and greater energy efficiency.

Novel image capture and analysis

Organisations worldwide are using software and hardware developed at the University of Southampton for the capture, processing and analysis of visual and multimedia data.

Open data innovation

Research at Southampton has helped to unlock the potential of big data to solve real-world problems and contribute to the economy

Modelling for safety-critical systems

Our researchers have developed a set of open-source formal modelling and verification tools to support robust software design in industries such as aerospace, rail and defence.

Artificial Intelligence

Artificial Intelligence is a long-established discipline at Southampton with world-class researchers applying their work to fields as diverse as transport, energy, security and even football.

Cracking cybercrime

The University of Southampton has a leading role in research and education to tackle cybercrime, both today and in the future. We are fighting cybercrime and training the cyber security experts of the future.

Powering ahead with smart fabrics

Wearable technology, like activity trackers and smart watches, is fast becoming a staple part of everyday outfits. Our scientists are developing ways to power such devices and are also working to introduce wearable tech in the healthcare sector.

Leading the world in Gait biometrics

The University of Southampton is at the forefront of research into gait biometrics that identifies people by the way they walk. Its pioneering research has had an impact on public policy, national security processes, forensic practice and the economy.

Reliable cable systems for energy security

Researchers in Electronics and Computer Science (ECS) at the University of Southampton are working with major industrial partners to develop revolutionary new high voltage cables that can meet the demands of future energy needs.

Web science: developing a Web fit for the future

Southampton’s pioneering research not only played a significant part in creating the Web but is also still at the forefront of its development to ensure it continues growing to meet the demands of billions of people around the globe.

Open access and digital archiving

Southampton’s research into free and open access has improved the way findings are communicated. It has directly influenced UK public policy debates, had an impact on the economy and led to the development of digital archiving techniques.

Intelligent energy management

Pioneering research at Southampton is leading the way in the battle to reduce the impact of greenhouse gas emissions on our environment. Key tools for energy management are being developed that allow energy to be used more effectively.

Applications of agent technology

Southampton research into agent-based computing is having an impact on the defence, aerospace and civil contingency industries. The work is also being used in the environmental monitoring of climate change.

Good vibrations: advancing the cause of energy harvesting

Southampton is internationally recognised as a centre of excellence in the development of energy harvesting devices. The University’s pioneering research has had a significant impact on the economy, public policy and international standards.

Micro-technologies enable remote medical diagnosis

World-leading research at the University of Southampton is developing portable electronic devices that can assist in the diagnosis and treatment of patients with chronic conditions in their own homes.

Software Agents: An intelligent approach to disaster relief

In the chaotic aftermath of a natural disaster, responders are often unsure whether their resources are being put to best use. Research being led by Southampton’s Professor Nick Jennings means an army of smart software and drones could change that.