Computer Science and Covid-19
This page will be updated regularly to include any Covid-19 related research or writings involving members of the department.
This article is by Max Van Kleek, who is an Associate Professor in the Human Centred Computing research theme in this department. It contains viewpoints of the author and is not intended as a research document.
In response to the global COVID-19 outbreaks, schools in the UK have been closed since 23 March. For most parents, aside from juggling between the daunting prospect of home-schooling and their work, they are also overwhelmed by their children's need to stay connected with friends. This work is by Dr Jun Zhao, a Senior Researcher in this department, who has extensive experience of working with families and children in relation to children's online privacy protection.
This blog releases a public version of flight metadata collected over the first three months in 2020. It was written by Martin Strohmeier, a research officer at the Department of Computer Science, and posted on the OpenSky Network, a non-profit association aimed at improving the security, reliability, and efficiency of air space usage by providing open access real-world air traffic control data to the public. The data is currently used by academic researchers around the world as well as governments and Central Banks. Some of the main purposes include modelling the spread of the virus via global airways or gauging economic activity in affected countries. The data will be updated monthly at https://zenodo.org/record/3737102.
Technological tools can offer significant help to combat the spread of COVID-19. However there are risks involved too. In this article Jun Zhao, Carolyn ten Holter, Helena Webb, Marina Jirotka and Philip Inglesant from the Human Centred Computing group highlight the need for a responsible innovation approach that respects the long term needs of citizens.
What makes cyber risks arising from connected systems challenging during the management of a pandemic? If we assume that a variety of cyber-physical systems are already operational — collecting, analysing, and acting on data autonomously — what risks might arise in their application to pandemic management? This article was written by Petar Radanliev (Department of Engineering), David De Roure (Department of Engineering) and Max Van Kleek, an Associate Professor in the Human Centred Computing research theme in the Department of Computer Science and a member of DP3T, an international consortium of experts that aims to minimise privacy and security risks for individuals to guarantee the highest level of data protection.
This article discusses digital contact tracing, what it is, how it works, and the key challenges that need to be overcome. It was written by Max Van Kleek, an Associate Professor in the Human Centred Computing research theme in the Department of Computer Science who has been involved in the development of DP3T, an international consortium of experts that aims to minimise privacy and security risks for individuals to guarantee the highest level of data protection.
The effectiveness and perceived burden of nonpharmaceutical interventions against COVID-19 transmission: a modelling study with 41 countries
This paper is about nonpharmacetical interventions against COVID-19 and how we can move beyond estimating aggregate effects to understand individual interventions. The lead authors are Jan Markus Brauner, an AIMS CDT student at the Department of Computer Science, and Sören Mindermann, a DPhil student in the department. Both are supervised by the department's Associate Professor Yarin Gal. They are all members of the Oxford Applied and Theoretical Machine Learning (OATML) group. *This has not yet been peer-reviewed*