Matthew Pike
Researcher - Programmer - Freelancer




Evaluating Virtual Reality Experience and Performance: A Brain based Approach

In this proposal paper we present a novel fusion of 2 fields - Brain-Computer Interfaces (BCI) and Virtual Reality (VR), and the potential benefits, obstacles and outputs of this research.

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CHI2016 Logo

#Scanners: Exploring the Control of Adaptive Films using Brain-Computer Interaction

An interactive film that adapts to the viewers physiology in real-time. We explore the interaction between viewers and the potential design space of this medium.

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CHI2015 Logo

Examining the Reliability of Using fNIRS in Realistic HCI Settings for Spatial and Verbal Tasks

A study examining the implications of common artefacts and how it may impact the use of fNIRS in HCI.

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CHI2014 Logo

Measuring the Effect of Think Aloud Protocols on Workload using fNIRS

This study examined the effect Think Aloud Protocols may have on the observed fNIRS signal from participants.

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CHI2014 Logo

Directly Evaluating the Cognitive Impact of Search User Interfaces: a Two-Pronged Approach with fNIRs.

This paper proposes an approach to using fNIRS for the evaluation of Search User Interfaces.

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CHI2014 Logo

Continuous Detection of Workload Overload: An fNIRS Approach

This position paper discusses the role fNIRS may play in the detection of overload states, especially in critical situations.

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IIiX2012 Logo

CUES - Cognitive User Evaluation System

CUES is a software system to facilitate the processing and analysis of EEG recordings for web based interaction recordings.

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Orchid Logo

Evaluating HCI using functional Near Infrared Spectroscopy (fNIRS)

A poster outlining my research and how it relates to my PhD funding project ORCHID.

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Creativity and Cognition Logo

#Scanners: Integrating Physiology into Cinematic Experiences

In this paper we present #Scanners, a digital arts installation that aims to bridge the gap between digital arts and neuroscience.

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British HCI Logo

Two-Way Affect Loops in Multimedia Experiences

A film typically involves a One Way Affect (1WA), in which the film affects the viewer. We present the concept of Two Way Affect Loop (2WAL), in which a film piece can be dynamically affected by a consumers physiology and discuss the effects of this.

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Matthew Pike is a researcher currently shackled to a desk at the University of Nottingham. His research focuses on using fNIRS in the evalustion of Human Comput Interaction (HCI).

When freed by his supervisor, Matthew enjoys the cliche of Travel, building cool things, a good Read as well as supporting the best Welsh team in the English premier league.