Artificial Intelligence News

On 15–17 November, we saw a number of Department of Computer Science students from across undergraduate and postgraduate communities represent Warwick at the Northwestern Europe Regional Contest (NWERC) held in Eindhoven, the Netherlands. Our 3 teams (led by Dr Dmitry Chistikov) finished in the middle of the 124-team scoreboard.

The NWERC is an annual contest in which teams from universities all over the Northwestern part of Europe are given a series of algorithmic problems.

The goal of each team is to solve as many problems as possible within the 5-hour time limit. Potential solutions are submitted and judged by an automated system. The top teams at the end of the contest qualify for the ICPC global World Finals.

We look forward to the next national round (UKIEPC) in autumn 2020 and to the future NWERC in Reykjavik, Iceland. Training sessions will resume in term 2, please do not hesitate to contact Dmitry (D.Chistikov@warwick.ac.uk) for further details if you’re interested in this.

We are please to report that Dr Maria Liakata has received a Turing Artificial Intelligence (AI) Fellowship.

The Fellowships from The Alan Turing Institute, the UK’s national institute for data science and AI, aim to attract and retain exceptional researchers in artificial intelligence. Covering a broad view of AI, including applications of foundational disciplines across mathematical sciences, statistical sciences, computational sciences and engineering, Fellows collaborate across disciplines and have the opportunity to collaborate with academia, industry, government and the third sector.

Dr Liakata’s Fellowship will focus on creating time sensitive sensors from language and heterogeneous user generated content. Commenting on the research she said:

“Wide spread use of digital technology has made it possible to obtain language data (e.g., social media, SMS) as well as heterogeneous data (e.g., mobile phone use, sensors) from users over time. Such data can provide useful behavioural cues both at the level of the individual and the wider population, enabling the creation of longitudinal digital phenotypes.

“Current methods in natural language processing (NLP) are not well suited to time sensitive, sparse and missing data, collected over time or personalised models of language use. The Turing AI fellowship will allow me to establish a new area in NLP on personalised longitudinal language processing.

“I plan to develop sensors for capturing digital biomarkers from language and heterogeneous user generated content to understand the evolution of an individual over time. I want to make a significant contribution to mental health by working with clinical experts to create new tools based on the sensors, making it possible to assess and measure conditions in between clinician appointments.”

To read more on this story, please click here.

Dr. Arun Prabhakar has joined the department to work as a Research Fellow on ASiMoV (Advanced Simulation and Modelling of Virtual Systems) in partnership with Rolls-Royce and a consortium of partners, including the universities of Cambridge, Edinburgh, Oxford and Bristol. He will be working with Professor Stephen Jarvis and Dr. Gihan Mudalige.

He received his BEng (Hons) and PhD degrees in Mechanical Engineering from the University of Nottingham. He was a recipient of the prestigious Dean's Excellence PhD Scholarship from the University of Nottingham. During the course of his research career he has published several papers and also won awards for his research work.

Before joining the University of Warwick, Dr. Arun worked as Research fellow in the Gas Turbine and Transmissions Research Centre(G2TRC) which hosts the Rolls-Royce University Technology Centre in the University of Nottingham. During his time in G2TRC he has worked with a number of academics in the university and engineers from Rolls Royce in order to help them get an insight of the multi-phase and turbulent flows that arise in an aero-engine using Computational Fluid Dynamics(CFD). Applications of his research at G2TRC included modelling the complicated two phase flow in various sections of the Aero-engine such as the gearbox and bearing chambers and also associated thin film flows.