All posts by Mark Doughty

Guest Lecture: Richard Stallman

File:Richard Stallman at Pittsburgh University.jpgRichard Stallman will be visiting the University of Lincoln on the 29th November 2013 to give an evening colloquium about the free software movement and the GNU Project.

Richard Stallman is best known for launching the GNU Project in 1983, to create a “Unix-like computer operating system composed entirely of free software”. This is the foundation of Linux as we know it (or more correctly, GNU/Linux). Today, he continues his work with the GNU Project and the Free Software Foundation. Feel free to read more about him at :

http://stallman.org/  and http://en.wikipedia.org/wiki/Richard_stallman

The School of Computer Science will be hosting Richard on the 28th and 29th November, culminating in a 2 ½ hour colloquium on the evening of the 29th. The talk will require registration, and will be open to the public.

Guest Lecture: Kathrin Gerling (University of Saskatchewan)

Wheelchair Revolution: Motion-Based Games for Players with Mobility Disabilities


The growing popularity of motion-based video games such as Dance Dance Revolution, Dance Central, or Wii Fit creates new challenges for game design. Research has shown that such games have a variety of benefits, for example,  improved cognition, physical health, and emotional well-being. However, they remain largely inaccessible for people with mobility disabilities, a group that could greatly benefit from physical activity. In this talk, Kathrin presents an approach to make motion-based video games wheelchair-accessible, and discusses challenges and design opportunities for players with mobility disabilities with a focus on game interface design and game balancing.

This lecture is scheduled for Monday 4th November, from 1pm- 2pm in the EMMTEC Lecture Theatre.

 

Internship Opportunities!

Computer science student? Looking for an exciting internship opportunity? Dr Duncan Rowland and Dan Frodsham have secured funding for a number of Internships. Each one carries a bursary of £1500 and a variety of skills are required, both technical and creative, depending on the topic. Please contact Dr Rowland ASAP to find out more (these are likely to go quickly!)

Part of the focus for the project is to investigate the use of digital tools for the documenting, visualization and promotion of heritage issues. This will involve the use of laser scanning and the 3D modelling and visualization of churches. In addition, University of Lincoln students are being asked to contribute to the development of mobile applications that use image recognition to locate and identify frescos and to augment them with information for use by both art conservators and historians, as well as for educational purposes.

Please contact Dr Duncan Rowland for further details (drowland@lincoln.ac.uk)

Lincoln to train new generation of scientists to detect diseases through retinal imaging

A multi-million European project aimed at combating some of the EU’s most prevalent chronic medical conditions is being led by academics at the University of Lincoln.
The REtinal Vascular Modelling, Measurement and Diagnosis (REVAMMAD) project aims to train a new generation of interdisciplinary scientists for the academic, clinical and industrial sectors, and to trigger a new wave of biomedical interventions.
PhD students will be trained by some of the EU’s leading academics and practitioners to further advances in diagnosis, prognosis and prevention of diseases such as diabetes, hypertension, stroke and coronary heart disease and retinal diseases.
Funded by the European Union’s 7th Framework (FP7) Marie Curie Initial Training Network programme, the University of Lincoln has been awarded 900,000 euros from the 3.8 million euro budget to lead the project and to develop retinal imaging and measurement training and research.
The University’s School of Computer Science has a strong track record in retinal image processing, having developed techniques to support automated diagnosis of retinal diseases such as diabetic retinopathy, which can eventually lead to blindness, and new model-based methods for vascular segmentation (image processing of the blood vessels).
The retina provides a unique window into the circulatory system (vasculature) making it an appropriate organ for diagnostic purposes, even for vascular diseases primarily affecting other organs.
Further research into measuring subtle changes in this area will enable the risk of conditions developing to be detected and tracked non-invasively through routine procedures such as standard eye tests at opticians.
Along with partners in the UK, France, Germany, Denmark, Italy and Greece, academics at the University of Lincoln will create a cohort of young researchers able to effectively translate the latest vascular modelling theory and computerised image analysis techniques into effective disease interventions.
Professor Andrew Hunter, Pro Vice Chancellor and Head of College of Science, is the project originator and coordinator and has ten years’ experience in retinal imaging.
He said: “The vasculature plays a key role in chronic medical conditions that account for an increasing proportion of EU member state healthcare costs, including Alzheimer’s, diabetes, stroke and coronary heart disease. These issues have ignited considerable interest in computerised analysis of vascular images, to support scientific enquiry, diagnosis, prognosis and screening. However, until now research has been fragmented. There is therefore a clear need to establish a research community that integrates modelling, measurement and clinical investigation. This requires the training of a community of interdisciplinary experts with the scientific and mathematical expertise to determine how physiological changes can affect the vasculature, the computer vision skills to detect measurements that are correlated to such changes, and the medical expertise to relate these to effective prognosis and diagnosis. We therefore brought together the REVAMMAD project to provide a generation of experts with a unique blend of skills uniting theory, modelling, measurement and decision support, laying the ground work for improved retinal research in the next generation.”
The Initial Training Network (ITN) includes clinicians, hemodynamic (blood movement) theorists, physiologists, imaging experts (retinal and other major vascular systems) pharmacologists and healthcare/bioinformatics companies.
The PhD students will be trained through one common basic scientific course, several blocks of additional modules, plus individual on-site and on-the-job experience at the host partner but also during workshops and summer schools. The breadth of training would not be possible without a European approach because no individual partner or country has the full range of desired expertise or training courses.
Commenting on the ITN, Prof Hunter added: “The training programme will provide facilities that can accommodate any type of PhD student. It will give students the opportunity to learn and develop state of the art techniques and methodologies while working across disciplines. This will help to integrate research around an ambitious programme that will establish a clear EU lead. Improved screening, prognosis and diagnosis for multiple age-related conditions will have a significant impact on health-care costs and quality of life.”
David Steel, Consultant Ophthalmologist at Sunderland Eye Infirmary, a clinical partner in the project, said: “We are excited at the potential enhanced image analysis of the retinal vasculature could offer in terms of earlier diagnosis of both systemic and ophthalmic diseases. Retinal photography is a simple test offered by high street opticians around the country – potentially we could extract a great deal more important information from these images than we currently do and in turn  improve our understanding and management of patients with a range of serious diseases.”