Centre for Mathematical Imaging Techniques (CMIT)

Projects

Our research focuses on developing advanced mathematical models and algorithms for medical imaging, diagnostics, and data processing. These projects are funded by leading institutions such as the EPSRC, China Scholarship Council, and industrial partners, contributing to healthcare advancements and computational methodologies.

  • Funded by EPSRC Centre for Doctoral Training in Distributed Algorithms (2021-2025 , 90K) Industrial partner: Sivananthan Laboratories in the USA. Title: Optimized Sampling Approaches for Compressive Sensing in Multi-Dimensional Datastreams
  • Automatic CT Segmentation of the Lungs
  • Funded by China Scholarship Council-University of Liverpool (2016-2019, 88K) Title: Diffeomorphic Image Registration Models and Algorithms
  • Funded by EPSRC industrial studentship (2014-18 91K)
  • Industrial partner: Liverpool Heart and Chest Hospital (NHS) Development of automatic single image deblurring models and algorithms
  • Funded by EPSRC industrial studentship (2010-14 65K)
  • Industrial partner: St Pauls' eye unit, RLBUHT (NHS) Segmentation and co-registration models and algorithms for 4D CT with applications to cancer imaging
  • Funded by EPSRC industrial studentship (2013-17 67K)
  • Industrial partner: Clatterbridge Cancer Centre Development of a diagnostic tool for tissue properties
  • EPSRC project (2013-2016, 1.3m)
  • Joint Multidisciplanary Project for Heathcare thru Maths with University of Durham (J J Wu @ School of Engineering and Computing Sciences); University of Heriot-Watt (Y H Chen @ School of Engineering & Physical Sciences); University of Edinburgh (Pankaj Pankaj @ School of Engineering).

Other CMIT projects:

  • Synetic superimposition of dental 3D data from mono and dizygotic twins (registration of 3D surface shapes) (Math Sciences and Dental School - R N Smith, G Townsend, K Chen and A H Brook)
  • Automatic segmentation and reconstruction of organs in 3D (Math Sciences and Royal hospital - D Gould, N Badshah and K Chen)
  • Results Demo: 2D image and 3D image, 3D image, 3D image
  • Enhancement and analysis of fluorescein angiography (Clinial Sciences and Math Sciences - Y L Zheng, S Harding, K Chen and N Chumchob)

Find out more about group activities within Ke Chen's personal web pages.

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