A Novel Brain-Computer Interface Using A Multi-Touch Surface

We present a novel integration of a brain-computer interface (BCI) with a multi-touch surface. BCIs based on the P300 paradigm often use a visual stimulus of a flashing character to elicit an event related potential in the brain's EEG signal. Traditionally, P300-based BCI paradigms use a grid layout of visual targets, commonly an alphabet, and allow users to select targets using their thoughts.

Author: Anthony Steed
Author: James Tompkin
Author: Michael Donnerer
Author: Beste F Yuksel

Publication: CHI '10 Proceedings of the 28th international conference on Human factors in computing systems | full text (PDF)

Year: 2010

Design Agents And The Need For High-Dimensional Perception

Designed artefacts may be quantified by any number of measures. This paper aims to show that in doing so, the particular measures used may matter very little, but as many as possible should be taken. A set of building plans is used to demonstrate that arbitrary measures of their shape serve to classify them into neighbourhood types, and the accuracy of classification increases as more are used, even if the dimensionality of the space in which classification occurs is held constant.

Author: Sean Hanna

Publication: Design Computing and Cognition '10. (pp. 115 - 134). Springer: London, UK | full text (PDF)

Year: 2010

Jozef Dobos

Awarded VEIV EngD

JozefDobos Headshot smallUnder the supervision of Prof. Anthony Steed and in cooperation with Arup, I am looking into large scale distribution of real-time 3D architectural geometry and network streaming while investigating the ad-hoc visibility and various culling methods trying to improve on the performance limiting the network bandwidth requirements.

Primary Supervisor: Anthony Steed

Industry Sponsor: Arup

Dynamic Environments | Real-time Architectural Geometry

Pan Ye


Pan Ye's research investigates how a multi-view, multi-site video conferencing system can exploit eye-tracking information. The main technical work will be in building example teleconferencing systems using high-definition video which incorporate eye-tracking.

Supervisor1: Prof Anthony Steed

Sponsor Name: Insert Sponsor Name Here

Research Area: Goes here