You will find a series of student project ideas below. If you are interested and would like to know more, please contact me directly.

STUDENT PROJECTS

From Browser to Code – Writing a “parser” for Fuzzy Logic Systems

Fuzzy methods are now one of the three main pillars of Computational Intelligence. The aim of this project is to create a parser that enables the on-the-fly generation of Java source code based on two existing pieces of software:

1. A graphical user interface that enables the setup of fuzzy logic systems online (see: http://juzzyonline.wagnerweb.net)
2. An existing Java based library for fuzzy logic systems, available here: http://juzzy.wagnerweb.net/

Using technology to capture, process and evaluate functional outcomes in sarcoma patients.

A collaborative project with the Nottingham University Hospital with a focus on evaluating the functional outcomes following sarcoma treatment, i.e. long term quality of life.

The project revolves around building on an existing platform for the digital capture of survey information which is based on standardized paper based questionnaires. The current system uses NHS approved hardware, including a tablet and workstation(s) which allow patients to complete questionnaires digitally during their regular check-ups and to subsequently store and query the provided information.

The project itself can be adjusted according to the student’s interest but should focus on refining the user interaction and/or the evaluation and visualisation of the resulting data. The work can also include extensions to non-numeric (interval-based) rating systems which will allow patients to express uncertainty about their replies to specific questions.

Deriving Information from Thermal Imagery

The project revolves around capturing video/images from a thermal camera and evaluating the resulting data. Specifically, a framework will be built based on existing tools and hardware to interpret information gathered from filing human participants. As thermal imagery is quite different to normal visual-spectrum imagery, the interpretation of the data will focus on specific aspects of the captured images.

The potential participant should be happy to autonomously work with existing hardware which may require effort in getting it set up and working. The work itself is flexible to suit student interests and may focus on data analysis and/or running experiments with human participants.

Dynamic Visualisation of Fuzzy Sets

This project focuses on building a web-service that enables the on-the-fly visualisation of Fuzzy Sets. The project requires experience in developing web-based applications and working with existing libraries (e.g., for visualisation).