Research carried out by the University of Oxford's staff, students and alumni has made an enormous impact on the world over the centuries. You can explore below some of the more recent examples of how our community of computer scientists have contributed to areas such as artificial intelligence, the environment and health.
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Did you know that there's a flight simulator in the department's Robert Hooke Building? DPhil student Matt Smith describes how the computer scientist team is using it to evaluate flight crew response to cyber-attacks.
Systems that crawl the web encountering new sources and adding facts to their databases have a huge amount of potential uses. However, a lack of common-sense knowledge about their stored data is currently limiting their potential in practice. Oxford researchers are working to overcome these constraints, as Professor Thomas Lukasiewicz and co-investigator Ismail Ilkan Ceylan explain.
New ways of understanding and building basic structures in statistics and machine learning is the research area of Professor Sam Staton, a Royal Society University Research Fellow. In this article he explains his work into understanding what a probabilistic program means as a mathematical structure.
Quantum computing has the potential to transform a whole host of technologies, from cryptography to artificial intelligence (AI). To help ensure these changes are positive for society, Oxford researchers are aiming to embed responsible research and innovation in quantum projects, as researcher Philip Inglesant explains.
The first ever expo on artificial intelligence (AI) at the University of Oxford showcased the tremendous advances being made in the field, and looked at where Oxford’s research is likely to lead. The AI@Oxford event brought together researchers from across the collegiate University, highlighting their expertise through a series of talks, debates, and demonstrations. Head of the Department of Computer Science Professor Mike Wooldridge reviews the event.
Dr Elisa Passini, Professor Blanca Rodriguez and Dr Patricia Benito from the Department of Computer Science look at why computer simulations should replace animal testing for heart drugs in an article first published by The Conversation.
The safety of self-driving cars relies on the accuracy of the deep neural networks that control them. To verify the performance of these networks, the department is developing model checking techniques, as Professor Marta Kwiatkowska explains.
An important step in making sure that robots act safely and effectively in our society is to be able to formally express what trust is in a human-robot partnership. The University of Oxford is working on how to express the properties of trust, writes researcher Morteza Lahijanian.
How people relate to intelligent machines is one of the complicated questions to solve in work to develop ethical codes for Artificial Intelligence (AI) research. Senior Researcher Paula Boddington describes work currently in progress, potential pitfalls and opportunities.
The security and privacy risks associated with wearable gadgets and other Internet of Things devices are highlighted in this article (first published in the Conversation) by Jason RC Nurse, Senior Researcher in the Department of Computer Science.
Professor Michael Wooldridge describes his experience giving evidence to the House of Lords Select Committee on Artificial Intelligence.
Professor Marina Jirotka and Senior Researcher Helena Webb consider what can be done by government and social media platforms to tackle the problem of fake news.
A clearer understanding of badgers' territorial habits give vital clues to the likely effectiveness of badger culls. By introducing different technology to collect tracking data, an interdisciplinary team from Oxford and Cambridge has gleaned important new insights into badgers’ potential interactions.
To help speed up code writing, many app developers use common libraries, but this can result in such libraries getting access to significant privileges on a device. DPhil student Vincent Taylor describes the problem and his research in the area.
A research team from the University of Oxford and the Technical University of Berlin evaluated the capabilities of five IMSI catcher detector apps for Android devices.
Defence, aerospace and automotive embedded software.
Research at the University of Oxford aimed at enabling computers to understand and respond to complex human requests will underpin the next-generation world wide web and is already in use by GPs.
Project: DBOnto: Bridging Databases and Ontologies.
The University and Intel Corporation have developed new methods to check that electronic chips do what they’re meant to do, before they are manufactured.
A technology to enable secure volunteer computing in supporting international climate modelling.
Computer scientists at the University of Oxford are developing a way to predict which new drugs could cause heart problems.
Changing environmental circumstances and new energy-saving ideas.
A software tool developed at the University of Oxford is making computer-controlled devices and designs more reliable.
Participating in the 'Robot World Cup' is helping University of Oxford researchers create technology that will fashion our future.
Project: Robot Football
Analytical tools developed at the University of Oxford play vital roles in safety-critical and secure systems.
Protecting databases from internal and external attack.
A powerful query language for analysing large data sources.
DNA origami is a technique that is used to create nanometre–scale shapes by folding strands of DNA.
Project: Microsoft Research studentship & Veriware
Validation of Embedded Systems with Bit-Accurate Floating Point