Thesis Publication + Journal Publication + Conference Publications

Statistical Models of Shape for the Analysis of Protein Spots in 2-D Electrophoresis Gel Images

M Rogers, J Graham and R P Tonge, "Statistical Models of Shape for the Analysis of Protein Spots in 2-D Electrophoresis Gel Images", Proteomics, vol 3, pp 887-896, 2003. PDF | Wiley InterScience: Proteomics

Using Statistical Image Models for Objective Evaluation of Spot Detection in 2D Gels

M Rogers, J Graham and R P Tonge, "Using Statistical Image Models for Objective Evaluation of Spot Detection in 2D Gels", Proteomics, vol 3, pp 879-886, 2003. PDF | Wiley InerScience: Proteomics 

Robust Active Shape Model Search for Medical Image Analysis

M Rogers and J Graham, "Robust Active Shape Model Search for Medical Image Analysis", Proceedings of Medical Image Understanding and Analysis, 2002.

Exploiting Weak Constraints on Object Structure and Appearance for Segmentation of 2-D Images

M Rogers, "Exploiting Weak Constraints on Object Structure and Appearance for Segmentation of 2-D Images", PhD Thesis, The University of Manchester, September 2001. PDF | BMVA Thesis Archive 

Robust Active Shape Model Search

M Rogers and J Graham, "Robust Active Shape Model Search", Proceedings of the European Conference on Computer Vision, pp 517-530, 2002. PDF

Structured Point Distribution Models: Modelling Intermittently Present Features

M Rogers and J Graham, "Structured Point Distribution Models: Modelling Intermittently Present Features", Proceedings of the British Machine Vision Conference, pp 33-42, 2001. PDF

Exploiting Weak Shape Constraints to Segment Capillary Images in Microangiopathy

M Rogers, J Graham and R A Malik, "Exploiting Weak Shape Constraints to Segment Capillary Images in Microangiopathy", Proceedings of MICCAI, pp 71-726, 2000. PDF

Segmentation of Capillary Images for Quantitative Investigation in Diabetic Neuropathy

M Rogers, J Graham and R A Malik, "Segmentation of Capillary Images for Quantitative Investigation in Diabetic Neuropathy", Proceedings of Medical Image Analysis and Understanding, pp 33-37, 2000. PDF

Syndicate content