How do you celebrate securing a grant about multilayer algorithmics? With a multilayer cake, of course!
Congratulations to Kitty Meeks (PI) and Jess Enright (co-I) on the funding of their EPSRC grant proposal entitled “MultilayerALGS (Multilayer Algorithmics to Leverage Graph Structure)”, total value £766k. Kitty writes:
Multi-layer networks – see the cake for an illustration – can be used to represent qualitatively different types of connections between objects, and are very useful for modelling a wide range of real-world systems. For example, when analysing a social network, we might want to consider face-to-face contact and online interaction separately. These two types of links are different in the processes that produce them, and in their applicability to different questions (If we wish to compute the spread of an amusing online video then the online linkages may be more important, but if we are interested in the spread of a cold or flu then we only need consider the in-person links). Also, perhaps most importantly for our purposes, we see different mathematical structure in the network “layers” formed by each type of connection - for example, online friendships are not geographically constrained, and you may have online friends that you have never met in person.
The goal of the project is to develop efficient computational methods to extract information from and to optimise multilayer systems of this kind. Specifically, our aim is to understand and exploit the processes that generate the different layers and use the resulting structural properties to tackle important computational problems that are intractable in general. In addition to general theoretical research, the project will involve a variety of case studies based on real-world multilayer systems arising in online social networks, medical statistics, and ecological and epidemiological disease transmission data. The project will start in early 2020, led by Kitty Meeks and Jess Enright, with co-Investigators Mark Wong (Urban Studies), Duncan Lee (Statistics) and Heng Guo (Informatics, University of Edinburgh); two postdoctoral positions associated with the project will be advertised soon.
Glasgow hosts Chi 2019 - a Chair's perspective
I was one of the General Chairs of the ACM CHI 2019 conference held at the SEC and Crowne Plaza in May (chi2019.acm.org). CHI is the top conference in human-computer interaction. It was the first time CHI had ever been in the UK and I was super happy that we got it to Glasgow. One reason was the great group that we have here.
CHI is big and this year was the biggest ever, with over 3800 attendees from 68 countries. We had ~3,000 full papers submitted and accepted 700. The conference had 22 parallel tracks. So, it was a huge event! You can see what we talked about in this nice visualisation: http://bit.ly/chi-topics. The three biggest topics were: VR, accessibility and AR.
We had some great keynotes, including Aleks Krotoski who does the digital human series on BBC Radio 4. They was a fantastic interactivity track, chaired by Julie Williamson, where people could try hands on demos. There were VR swings, a bucking bronco and lots of other crazy stuff.
Lots of people in the School helped organise it. Julie Williamson was the chair the hands-on Interactivity Track, Euan Freeman was the Web Chair, Helen Purchase the Certificates Chair, to name a few. Many GIST PhD students were student volunteers.
Organising it took a massive amount of time; I had been working hard on it for more than two years, but it was a great event. Lots of people came to visit the University and enjoyed the city. Glad it is done now though so I can get back to normal life!
Professor Stephen Brewster, General Co-Chair
Highly prestigious ERC Advanced Grant for Stephen Brewster
Congratulations to Professor Steve Brewster who has been awarded an ERC Advanced Grant worth €2.4 million for his 5-year project, "ViAjeRo: Virtual and Augmented Reality passenger experiences". ERC Advanced Grants back exceptional leaders throughout Europe who are recognised for their originality and the significance of their research contributions.
The project will investigate the use of virtual reality and augmented reality technologies for passengers on all forms of transport, but with particular interest in autonomous vehicles. VR/AR headsets could allow passengers to use their travel time in new productive ways, but key fundamental challenges must be solved. The key goals are:
Develop novel interaction techniques for confined, seated spaces
Support safe, socially acceptable use of virtual and augmented reality, providing awareness of others and the travel environment
Overcome motion sickness thorugh novel multimodal countermeasures and neurostimulation
Tailor the virtual and physical passenger environment to support new, immersive experience
PWSAfrica - an article for early career researchers featured in LMS Newsletter, Issue 481
Research student Benjamin Bumpus provides an insight on his experience of teaching programming to students and academics in Nigeria in the London Mathematical Society Newsletter, Issue 481, March 2019, pp 31 - 32.
UKRI Centre for Doctoral Training in Social Intelligent Artifical Agents (SOCIAL)
Led by Computing Science Professor Alessandro Vinciarelli, a total of 50 new PhDs will be trained at the UKRI Centre for Doctoral Training in Social Intelligent Artificial Agents (SOCIAL).
SOCIAL is one of 16 new Centres for Doctoral Training (CDTs) which will share in £200m in new funding announced on 21 February 2019. The overarching goal of the CDT is to shape the next generation of experts in Artificial Social Intelligence. It is the AI domain aimed at endowing artificial agents with social intelligence: the ability to deal with users’ attitudes intentions, feelings, personality and expectations.
As well as training in key areas of AI such as human-computer interaction and machine learning, students will be trained by specialists in fields such as psychology, social sciences, ethics and neuroscience. Research will be developed in collaboration with industry partners to address real-world industry problems. Each PhD project will have an interdisciplinary supervisory team and/or industrial associate.