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Revision 19
14 Dec 2023 - gmt11
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META TOPICPARENT name="MiMembers"

Graham Treece

Professor of Information Engineering

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Revision 18
11 Oct 2021 - gmt11
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META TOPICPARENT name="MiMembers"

Graham Treece

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Professor of Information Engineering

Office Location: BN4-75

Revision 17
09 Oct 2021 - gmt11
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Prof. Graham Treece

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Graham Treece

 

Professor of Information Engineering

Revision 16
05 Oct 2021 - gmt11
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META TOPICPARENT name="MiMembers"
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Dr Graham Treece

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Prof. Graham Treece

 
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Reader in Information Engineering

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Professor of Information Engineering

 

Office Location: BN4-75

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<		 Email: gmt11@eng.cam.ac.uk
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>		 Email: gmt11@cam.ac.uk
 

Background

Revision 15
25 Jan 2021 - gmt11
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Dr Graham Treece

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Dr Graham Treece

 

Reader in Information Engineering

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Revision 14
08 Jan 2020 - gmt11
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META TOPICPARENT name="MiMembers"

Dr Graham Treece

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<		 My interests are primarily in medical image analysis and visualisation, with a particular emphasis on developing engineering techniques for specific clinical problems tailored to the physical properties of the imaging system. I have been involved in developing Cortical Bone Mapping: the accurate assessment of bone and joints in Computed Tomography (CT) data, and RMAR: a technique to reduce artefacts due to metal in CT. I also work on morphological methods to reduce general image noise, in particular the Bitonic Filter. Previous work has included freehand 3D ultrasound data, ultrasound elastography (stiffness measurement), and Regularised Marching Tetrahedra for accurate surface extraction from sampled data. I support multiple software platforms for implementing all these technologies, most notably Stradwin for medical image acquisition, visualisation and analysis. These are described further in the research page.
>
>		 My interests are primarily in medical image analysis and visualisation, with a particular emphasis on developing engineering techniques for specific clinical problems tailored to the physical properties of the imaging system. I have been involved in developing Cortical Bone Mapping: the accurate assessment of bone and joints in Computed Tomography (CT) data, and RMAR: a technique to reduce artefacts due to metal in CT. I also work on morphological methods to reduce general image noise, in particular the Bitonic Filter. Previous work has included freehand 3D ultrasound data, ultrasound elastography (stiffness measurement), and Regularised Marching Tetrahedra for accurate surface extraction from sampled data. I support multiple software platforms for implementing all these technologies, most notably Stradview (and previously Stradwin) for medical image acquisition, visualisation and analysis. These are described further in the research page.
 

My research is within the Medical imaging group in the Information engineering division. Most of my research is cross-disciplinary within the Bioengineering research theme. Within this theme, I am topic leader for Biomedical Engineering, which derived from the Engineering for Clinical Practice initiative and focuses on improving clinical tools by the application of engineering research, techniques and innovation to the field of clinical medicine.

Revision 13
26 Feb 2019 - gmt11
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META TOPICPARENT name="MiMembers"

Dr Graham Treece

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My research is within the Medical imaging group in the Information engineering division. Most of my research is cross-disciplinary within the Bioengineering research theme. Within this theme, I am topic leader for Biomedical Engineering, which derived from the Engineering for Clinical Practice initiative and focuses on improving clinical tools by the application of engineering research, techniques and innovation to the field of clinical medicine.

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<		 I am also a Senior Visiting Fellow with the Department of Radiology and a Fellow of Queens' College.
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>		 I am also a Fellow of Queens' College.
 

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Revision 11
19 Dec 2017 - gmt11
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META TOPICPARENT name="MiMembers"

Dr Graham Treece

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<		 My interests are in medical imaging and computer graphics, with a particular emphasis on applying engineering techniques to solve clinical problems. I work mainly in algorithmic and system design, for instance 3D acquisition and visualisation of ultrasound data, use of ultrasound data to visualise stiffness, measurement and visualisation of cortical thickness for assessment of fracture risk, visualisation of cosmetic effects of radiotherapy. These are described further in the research page.
>
>		 My interests are primarily in medical image analysis and visualisation, with a particular emphasis on developing engineering techniques for specific clinical problems tailored to the physical properties of the imaging system. I have been involved in developing Cortical Bone Mapping: the accurate assessment of bone and joints in Computed Tomography (CT) data, and RMAR: a technique to reduce artefacts due to metal in CT. I also work on morphological methods to reduce general image noise, in particular the Bitonic Filter. Previous work has included freehand 3D ultrasound data, ultrasound elastography (stiffness measurement), and Regularised Marching Tetrahedra for accurate surface extraction from sampled data. I support multiple software platforms for implementing all these technologies, most notably Stradwin for medical image acquisition, visualisation and analysis. These are described further in the research page.
 

My research is within the Medical imaging group in the Information engineering division. Most of my research is cross-disciplinary within the Bioengineering research theme. Within this theme, I am topic leader for Biomedical Engineering, which derived from the Engineering for Clinical Practice initiative and focuses on improving clinical tools by the application of engineering research, techniques and innovation to the field of clinical medicine.

Revision 10
29 Sep 2016 - gmt11
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META TOPICPARENT name="MiMembers"

Dr Graham Treece

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Lecturer in Information Engineering

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Reader in Information Engineering

 

Office Location: BN4-75
Email: gmt11@eng.cam.ac.uk

Revision 9
04 Jul 2016 - gmt11
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META TOPICPARENT name="MiMembers"
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Dr Graham Treece

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Dr Graham Treece

 
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Evelyn Trust Lecturer in Engineering for Clinical Practice

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Lecturer in Information Engineering

 

Office Location: BN4-75
Email: gmt11@eng.cam.ac.uk

Revision 8
04 Nov 2014 - hcs58
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META TOPICPARENT name="MiMembers"

Dr Graham Treece

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Evelyn Trust Lecturer in Engineering for Clinical Practice

Office Location: BN4-75

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<		 Email: gmt11 [at] eng.cam.ac.uk
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>		 Email: gmt11@eng.cam.ac.uk
 

Background

Revision 7
14 Jul 2014 - gmt11
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META TOPICPARENT name="MiMembers"
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Dr Graham Treece

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Dr Graham Treece

 

Evelyn Trust Lecturer in Engineering for Clinical Practice

Revision 6
11 Jul 2014 - gmt11
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META TOPICPARENT name="MiMembers"

Dr Graham Treece

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<		 [ Introduction | Teaching | Research | Publications | Software | Videos | Personal ]
 

Evelyn Trust Lecturer in Engineering for Clinical Practice

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<		 Office Location:
Telephone:
Fax:
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>		 Office Location: BN4-75
  Email: gmt11 [at] eng.cam.ac.uk

Background

Revision 5
26 Jun 2014 - pr374
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META TOPICPARENT name="MiPeople"
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META TOPICPARENT name="MiMembers"
 

Dr Graham Treece

[ Introduction | Teaching | Research | Publications | Software | Videos | Personal ]

Revision 4
26 Jun 2014 - pr374
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META TOPICPARENT name="MiPeople"

Dr Graham Treece

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My interests are in medical imaging and computer graphics, with a particular emphasis on applying engineering techniques to solve clinical problems. I work mainly in algorithmic and system design, for instance 3D acquisition and visualisation of ultrasound data, use of ultrasound data to visualise stiffness, measurement and visualisation of cortical thickness for assessment of fracture risk, visualisation of cosmetic effects of radiotherapy. These are described further in the research page.

Changed:
<
<		 My research is within the Medical imaging group in the Information engineering division. Most of my research is cross-disciplinary within the Bioengineering research theme. Within this theme, I am topic leader for Biomedical Engineering, which derived from the Engineering for Clinical Practice initiative and focuses on improving clinical tools by the application of engineering research, techniques and innovation to the field of clinical medicine.
>
>		 My research is within the Medical imaging group in the Information engineering division. Most of my research is cross-disciplinary within the Bioengineering research theme. Within this theme, I am topic leader for Biomedical Engineering, which derived from the Engineering for Clinical Practice initiative and focuses on improving clinical tools by the application of engineering research, techniques and innovation to the field of clinical medicine.
 

I am also a Senior Visiting Fellow with the Department of Radiology and a Fellow of Queens' College.

Revision 3
12 May 2014 - pr374
Line: 1 to 1
 
META TOPICPARENT name="MiPeople"
Added:
>
>

Dr Graham Treece

[ Introduction | Teaching | Research | Publications | Software | Videos | Personal ]

Evelyn Trust Lecturer in Engineering for Clinical Practice

Office Location:
Telephone:
Fax:
Email: gmt11 [at] eng.cam.ac.uk

Background

My interests are in medical imaging and computer graphics, with a particular emphasis on applying engineering techniques to solve clinical problems. I work mainly in algorithmic and system design, for instance 3D acquisition and visualisation of ultrasound data, use of ultrasound data to visualise stiffness, measurement and visualisation of cortical thickness for assessment of fracture risk, visualisation of cosmetic effects of radiotherapy. These are described further in the research page.

My research is within the Medical imaging group in the Information engineering division. Most of my research is cross-disciplinary within the Bioengineering research theme. Within this theme, I am topic leader for Biomedical Engineering, which derived from the Engineering for Clinical Practice initiative and focuses on improving clinical tools by the application of engineering research, techniques and innovation to the field of clinical medicine.

I am also a Senior Visiting Fellow with the Department of Radiology and a Fellow of Queens' College.

  

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Revision 2
12 May 2014 - pr374
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