IDC Seminar (13 Oct) – by Nicolai Marquardt from UCL (TBC)

October 13, 2015 at 11:00 am

IDC Seminar (22 Sep) Understanding Customer’s Preferences and Expectations within the POSEIDON Project

September 22, 2015 at 4:27 pm

Prof. Juan Augusto, Department of Computer Science, Middlesex University

juan-augustoThe POSEIDON project is funded by the EC to investigate ways to support independence for people with Down’s Syndrome. The project is now entering its final year and during the previous two years we have interacted with families of people with Down’s Syndrome. This talk will  cover our findings and how their input has helped our consortium to shape the products we are developing.


IDC Seminar (16 Sep) – by Jens Gulden from University of Duisburg-Essen (TBC)

September 16, 2015 at 11:00 am

IDC seminar (15 Sep) – Show and Tell with School of Arts and Design (TBC)

September 15, 2015 at 10:00 am

Potential Speakers (to be confirmed)

School of Art and Design

  • Prof. Hilary Robinson
  • Prof. Suzanne Buchan – Curating Animated Wonderworlds at the Museum for Design Zurich

A brief illustrated talk on thematics and the curatorial process of selecting 35 animated works from mostly digital R&D, popular, scientific animation, apps and data visualisations.

  • Jonathan Hodgson
  • Helen Bendon
  • Aleksandar Zivanovic
  • Magnus Moar

School of Science and Technology

  • Prof. Martin Looms – Into the Frame

This is a mixed-media art installation that combined haptics, sound and visuals into the exerience of an artstic work, and also makes visible the tech that is going on behind the scenes.

  • Prof. William Wong
  • Prof. Chris Huyck
  • Prof Sue Tapsell – Managing flood risk and related issues – an overview of the work at Flood Hazard Research Centre (Natural Sciences Dept.)
  • Dr. Kai Xu – Making Sense of Data through Visual Analytics
  • Dr Gill Whitney – Innovation in interface design supported by the use of accessibility and usability standards
  • Dr Susan Hansen – Communities’ complex affective identifications and dis-identifications with street art and graffiti

In particular  the removal of street art from community walls for private auction as a morally problematic yet legal action that provokes forms of aesthetic protest. I use longitudinal photo documentation (i.e., I photograph the same walls over time) to examine street art and graffiti as ephemeral dialogue.

  • Dr Jaap Boender – Introduction to interactive theorem proving and program verification
  • A Ian Kruger – Tableau dashboards as knowledge visualisations

Work in organisations is cognitively distributed, this means that an organisation is composed of multiple areas of knowledge expertise and specialist practices and tools that still have to be coordinated. Dashboards are an increasingly popular means of   making sense of data and using it to inform decision making, but I am looking at how Tableau is being used as an artefact in the creation and sharing of knowledge throughout the university, the way in which its use has defused throughout the organisation is itself very interesting. My research question relates to how data is made useful to business users, turns out it is very much a social process, the idea of a lone analyst creating something and then communicating this seems to be a myth, they seem very tightly co-created.


IDC Seminar (10 Sep) An In Situ Approach for Approximating Complex Computer Simulations and Identifying Important Time Steps

September 10, 2015 at 11:00 am

Dr. Kary Myers, Statistical Sciences Group, Los Alamos National Laboratory

(Please note this is not the usual IDC seminar time, and the location is to be confirmed)

Kary Myers

As computer simulations continue to grow in size and complexity, they present a challenging example of big data. Simulation output may exceed both the storage capacity and the available bandwidth for transfer to storage. In this talk I’ll describe an in situ approach — i.e., one that embeds calculations in the simulation itself — for efficiently approximating a complex simulation using piecewise linear fitting. This significantly reduces the data transfer and storage requirements while facilitating post processing and reconstruction of the simulation. I’ll illustrate the method with a massively parallel radiation-hydrodynamics simulation performed by Korycansky et al. (2009) to support NASA’s 2009 Lunar Crater Observation and Sensing Satellite mission.

About the Speaker:

Since 2006 Kary Myers has been a scientist in the Statistical Sciences group at Los Alamos National Laboratory. She earned her PhD from Carnegie Mellon’s Statistics Department and her MS from their Machine Learning Department. At Los Alamos she’s been involved with projects examining electromagnetic measurements, large scale computer simulations, and chemical spectra from the Mars Science Laboratory. She serves as an associate editor for the Annals of Applied Statistics and the Journal of Quantitative Analysis in Sports.