Prof. Nasir Rajpoot awarded funding by Cancer Research UK to use machine learning to improve the early detection of oral cancer
Cancer Research UK is funding a study to examine the use of machine learning to assist pathologists and improve the early detection of oral cancer.
We are very excited to work on this project with Dr Khurram and his team at Sheffield. Early detection of cancer is a key focus area of research in our lab and this award by CRUK adds to the portfolio of research at the TIA lab on early detection of cancer.
The pilot project will pave the way towards the development of a tool that can help identify pre-malignant changes in oral dysplasia, crucial for the early detection of oral cancer. Successful completion of this project carries significant potential for saving lives and improving patient healthcare provision. -- Professor Nasir Rajpoot
The research is led by Dr Ali Khurram at the University of Sheffield with Professor Nasir Rajpoot from the University of Warwick as the co-Principal Investigator. Other co-investigators and collaborators include Professor Hisham Mehanna and Dr Paul Navkivell from the University of Birmingham and Dr Jacqueline James from Queen’s University Belfast.
Adam Shephard has just joined the department as a Research Fellow and is currently working in the Tissue Image Analytics (TIA) Lab on the ANTICIPATE project funded by Cancer Research UK. He has recently submitted his thesis on the application of deep learning to paediatric MRI at Aston University, under the supervision of Prof. Amanda Wood and Dr. Jan Novak. His role in the ANTICIPATE project will be concerned with the development and application of deep learning techniques to digitized histology slides to aid in the more efficient grading of head and neck tumours, to ultimately provide more accurate patient prognoses.
Dr Criseida Zamora has joined the department to work together with Dr Yulia Timofeeva, Prof Kirill Volynski (UCL) and a number of other world-leading experimental laboratories on an MRC-funded project "Virtual presynaptic nerve terminal". This project aims to develop a unified computational modelling framework which will allow the neuroscience community to explore mechanisms of synaptic transmitter release that cannot be directly determined experimentally.
Criseida is a Bionic engineer working in the Systems Biology field. She received a PhD degree in Biomedical Engineering and Physics working on the analysis of biochemical noise in synthetic genetic circuits at the Center for Research and Advanced Studies of the National Polytechnic Institute in Mexico. Her academic background and research experience have focused hitherto on building in silico models to study emergent properties of molecular systems to answer physiological questions. She has also worked as a postdoctoral scholar at Okinawa Institute of Science and Technology in Japan and the University of Bristol.
Dr Fayyaz Minhas of the Tissue Image Analytics (TIA) lab at the Computer Science department is a co-PI on a £97K grant by Cancer Research UK’s Early Detection Committee to explore machine learning for discovery of pre-neoplastic signature in mesothelioma. He will be working closely with the PI Dr Jan Lukas Robertus, who is a Senior Consultant Cardiothoracic Pathologist at the Royal Brompton Hospital. Dr Minhas will lead on the machine learning and computational pathology side of the project.
Dr Sinclair is an established educational leader in the department, the faculty, the university, nationally and internationally. Going far beyond development and delivery of teaching in the department, many of the main educational advances in Computer Science in recent years are due to Dr Sinclair, … Nationally and internationally, building on her excellent educational scholarship that has recently won a prestigious Best Paper Award, Dr Sinclair has shown sustained leadership in her work with ACM (the world’s computing society) as well as the leading national organisations Council of Professors and Heads of Computing (CPHC) and Computing At School (CAS), resulting in substantial impact on secondary and higher computing education in the UK and beyond.
Dr Timofeeva has an established international reputation for her research that spans several areas. Her recent successes with attracting external funding are impressive, including a £475K MRC grant and a major role in the £4.6M renewal of the MathSys CDT. … Dr Timofeeva has a strong track record of engaging with a variety of stakeholders in the context of her research field, through her editorial work, conference organisation, and visiting appointments. She has played a leading role in the UK Mathematical Neuroscience Network, which facilitates joint efforts by top UK researchers to tackle real-life problems. … One of the most collegiate and efficient Computer Science academics, Dr Timofeeva has had a large number of key administrative roles in the department and the MathSys CDT.
it remains to say many congratulations!
The 17th Warwick Postgraduate Colloquium in Computer Science (WPCCS) was held on Monday 9 December, in the Mathematical Science Building for the first time. This year’s event saw 78 submissions from postgraduate research students in the Department. The submissions were split across six varied tracks, highlighting the breadth and depth of research currently being conducted by PhD students within the Department.
Student presentations were supplemented with two engaging guest talks from academics in the Department. Torsten Mütze captured everyone's attention with the mathematics behind origami, and Feng Hao enlightened the audience on the encryption challenges behind e-voting. The day concluded with a festive drinks reception, sponsored by the Department’s two Centres for Doctoral Training (CDTs), at which prizes were awarded to the best posters and presentations.
PhD student attendee Jonathan Davies said, “It was very rewarding for me to present at WPCCS this year. It gave me the opportunity to share my research with others and engage in stimulating conversation with my fellow postgraduate colleagues. The guest talks, in particular, were thought-provoking and engaging. I look forward to presenting at WPCCS in the future."
Hakan Ferhatosmanoglu, Director of Postgraduate Research and CS CDT, said, “It was a pleasure to attend WPCCS this year and to celebrate the excellent work that has been undertaken by our PhD students in the past year. It was great to see how everyone was having research discussions and exchanging ideas with each other.”
- Best Presentation - John Pocock
- Best Poster - Tom Wood
- Best in Computational Biology - John Pocock, Rawan Abulsayli and Hammam Alghamdi
- Best in Theory, Foundations, and Discrete Mathematics - Alex Dixon and Thesjaswini Raghavan
- Best in Computer Security and Networks - Jasmine Grosso and Shin Wan
- Best in Machine Learning and Artificial Intelligence - Tom Wood, Abeer Almowallad, Gabriele Pergola, Haoyi Wang, Junyu Li and Helen McKay
- Best in High Performance Computing and Databases - Richard Kirk and Dean Chester
- Best in Urban Science - Jonathan Davies, Teddy Cunningham, Elisa Baioni, Ivana Tosheva and Shanaka Perera
It is with great sadness that we report that Professor Roland Wilson passed away on 19 November 2019. He joined the Department of Computer Science as Senior Lecturer in 1985, becoming Reader in 1992 and Professor in 1999, serving as Head of Department from 2006 to 2009, and retiring to Emeritus Professor in 2010.
Professor Wilson was one of the world's foremost experts in image processing leading one of the UK's largest image processing groups, at the University of Warwick. He conducted image processing research at an international level for more than 30 years, publishing over 130 papers, and supervising over 20 PhD students to completion. He was jointly awarded the 1985 Pattern Recognition Society medal for best paper in the journal Pattern Recognition.
Roland was renowned for his deep knowledge and understanding of signal and image processing and information theory and was one of the earliest proponents for the idea of multiscale image analysis, an idea common place in modern artificial neural networks. This led to some break-through works in image representations, including spatial/spatial-frequency representations such as the multi-resolution wavelet transform (MFT) for which he and his many PhD students were able to show to have numerous useful applications from image restoration, object detection, image segmentation and music transcription. Many of his ideas developed from interests in the working of the human visual system and further inspired by his long and fruitful collaboration with colleagues from the University of Linkoping, Sweden, Gösta Grunland and Hans Knutsson. This had begun during a visit to Linkoping in the early 1980s.
At Warwick, Roland taught probability theory, digital signal processing (with colleagues from Engineering) and neural computing for many years. Even up to this day, his neural computing course (which he first taught in the early 1990s, way before the current fashions in machine learning) continues to be hugely popular. On it he showed students not only the mathematics and principles of artificial neural networks, but also how it is understood our brains perform computation for perception and how memory works. Roland had a great passion for this subject and a unique and profound understanding of it, having read widely in neuroscience and neurophysiology. Over the years, he has been an inspirational teacher to many hundreds of Warwick computer science graduates.
In 2006 Roland co-founded a University spin-out tech company (Warwick Warp) to apply his ideas on image analysis to the challenging problem of fingerprint matching. He used his knowledge and ingenuity to solve the problem of fast and accurate fingerprint matching and this led to a set of novel methods. These were later patented and a software implementation was bench-marked in 2010, ranking in the world's top three commercial fingerprint matching solutions. The algorithm he devised are being used to this day for humanitarian work with the UNHCR and in a commercial setting for access-control at numerous construction sites in the UK. In 2010, he decided to take part-retirement and to focus more on commercial research, enjoying the challenge of the need to create practical solutions within the constraints of speed and data storage.
Roland was a wonderfully supportive father and grandfather and will be greatly missed by family, friends and colleagues. Our deep condolences are sent to his children Neil and Katy, and grandchildren, Robin, Sam, Charlie and Isla.
Colleagues and friends are invited to attend a celebration of Roland's life at Cannon Hill Chapel, Canley Crematorium, Friday 13 December at 10:30am.