Graham Treece Introduction Teaching Research Publications Software Videos Personal

Dr Graham Treece, Department of Engineering Personal I am married to Sarah, and we have two daughters, Hannah and Rachel, and a son Joseph. We live in Cambridge ...

Dr Graham Treece, Department of Engineering Publications * Patent Applications * Journal Papers * Invited Journal Articles * Invited Book Chapters ...

Dr Graham Treece, Department of Engineering Research My research is within the Medical imaging group in the Information engineering division. Most of my research ...

Dr Graham Treece, Department of Engineering Freely available software Much of the research described in these pages has been implemented in software, and the binary ...

Dr Graham Treece, Department of Engineering Teaching Most of my teaching is within Group G: Bioengineering. There are bioengineering courses offered in both IIA ...

Dr Graham Treece, Department of Engineering Videos Here are some very old videos of surface reconstructions and morphing sequences ... #JumpSurface In vivo surface ...

Dr Graham Treece, Department of Engineering ENGINEERING TRIPOS PART IIA Module 3G4 Medical Imaging and 3D Computer Graphics HTML, Java and GLUT demos Parametric ...

Dr Graham Treece, Department of Engineering High Definition Three Dimensional Ultrasound EPSRC Grant GR/N21062 Overview The objectives of this project are: ...

Dr Graham Treece, Department of Engineering F GMT11 1: Computer graphics: multi parameter visualisation on a 3D surface. \ The most straightforward way to ...

Dr Graham Treece, Department of Engineering F GMT11 2: Computer graphics: fracturing a simulated femur. \ There are various reasons for wanting to study the ...

Dr Graham Treece, Department of Engineering F GMT11 1: Medical imaging and computer graphics: using bone asymmetry to detect disease There are quite a few ...

Dr Graham Treece, Department of Engineering F GMT11 2: Medical imaging and computer graphics: accurate measurement of the skull cortex Here are some cortical ...

Dr Graham Treece, Department of Engineering F GMT11 1: Measuring bone cortical thickness of the skull Here are some cortical (the outer bone surface) thickness ...

Dr Graham Treece, Department of Engineering F GMT11 2: Cleaning up surface meshes derived from CT data This is a typical bone surface which has been automatically ...

Dr Graham Treece, Department of Engineering F GMT11 3: Image processing with structurally varying morphological operators This is a typical natural image ...

Dr Graham Treece, Department of Engineering F GMT11 1: Complex variable thickness bone cortices from CT data We already have a technique which can measure ...

Dr Graham Treece, Department of Engineering F GMT11 2: Simple ultrasound guided prostate biopsy of MRI based targets Prostate cancer is very common in ...

Dr Graham Treece, Department of Engineering F GMT11 3: Reducing noise due to metal in CT data Here are some typical CT images of someone with a metal hip ...

Dr Graham Treece, Department of Engineering F GMT11 2: Noise reduction with image sensitive morphological operators This is a typical natural image of ...

Dr Graham Treece, Department of Engineering F GMT11 1: Fast simulation of CT scanning in 3D This is a simulated 2D CT scan of a 'phantom' which is designed ...

Dr Graham Treece, Department of Engineering F GMT11 2: Mapping bone changes after osseointegrated implantation Osseointegration is where the implant is ...

Dr Graham Treece, Department of Engineering F GMT11 3: Assessing trabecular bone over the whole skeleton Here are some cortical (the outer bone surface ...

Dr Graham Treece, Department of Engineering F GMT11 2: Ankle prosthesis alignment from X rays The implant location on the tibia and the talus is planned ...

Dr Graham Treece, Department of Engineering F GMT11 1: Design of colour and material maps in volume rendering Volume rendering is potentially a very powerful ...

Dr Graham Treece, Department of Engineering F GMT11 2: Adjustment for prior smoothing in medical image analysis Medical data is often reconstructed in different ...

Dr Graham Treece, Department of Engineering F GMT11 3: Removal of metal artefacts in CT data Here are some typical CT images of someone with a metal hip ...

Dr Graham Treece, Department of Engineering F GMT11 1: Automatic mapping of density to material in volume rendering Volume rendering is potentially a very ...

Dr Graham Treece, Department of Engineering F GMT11 2: Prediction of metal artefacts in CT data Here are some typical CT images of someone with a metal ...

Dr Graham Treece, Department of Engineering F GMT11 1: When does bone have a cortical layer? Accurately predicting the amount of bone cortex (shown in red ...

Dr Graham Treece, Department of Engineering F GMT11 2: Efficient shadow mapping for omnidirectional lights This is a typical medical imaging example ...

Dr Graham Treece, Department of Engineering F GMT11 3: Automatic transfer functions for volume visualisation Volume rendering is potentially a very powerful ...

Dr Graham Treece, Department of Engineering ENGINEERING TRIPOS PART IIA Module 3G4 Medical Imaging and 3D Computer Graphics HTML, Java and GLUT demos Click to ...

Dr Graham Treece, Department of Engineering ENGINEERING TRIPOS PART IIA Module 3G4 Medical Imaging and 3D Computer Graphics Distance transformation Download wxChamfer ...

Dr Graham Treece, Department of Engineering EqnSurf For displaying isosurfaces of functions of three variables. Regularised marching tetrahedra is used to triangulate ...

Dr Graham Treece, Department of Engineering ENGINEERING TRIPOS PART IIA Module 3G4 Medical Imaging and 3D Computer Graphics GLUT surface rendering demos You will ...

Dr Graham Treece, Department of Engineering IsoSurf Note that the functionality in this software is now available (and in many ways improved) in Stradview, which ...

Dr Graham Treece, Department of Engineering ENGINEERING TRIPOS PART IIA Module 3G4 Medical Imaging and 3D Computer Graphics Single and multiple parametric curves ...

Dr Graham Treece, Department of Engineering Project SF2 Image Processing ENGINEERING TRIPOS PART IIA * The instructions for this lab are here. * The Matlab ...

Dr Graham Treece, Department of Engineering VolMorph For generating and visualising morphing sequences from one polygonal mesh to another. The morphing sequences ...

Dr Graham Treece, Department of Engineering ENGINEERING TRIPOS PART IIA Module 3G4 Medical Imaging and 3D Computer Graphics Titanium cranioplasty In this work ...

Dr Graham Treece, Department of Engineering ENGINEERING TRIPOS PART IIA Module 3G4 Medical Imaging and 3D Computer Graphics Delaunay triangulation and the Voronoi ...

Dr Graham Treece, Department of Engineering Ultrasound strain and attenuation imaging Ultrasound images in medicine usually display the amount of sound reflected ...

Dr Graham Treece, Department of Engineering ENGINEERING TRIPOS PART IIA Module 3G4 Medical Imaging and 3D Computer Graphics Bezier curves, multiple segments ...

Dr Graham Treece, Department of Engineering ENGINEERING TRIPOS PART IIA Module 3G4 Medical Imaging and 3D Computer Graphics Image sampling and interpolation ...

Dr Graham Treece, Department of Engineering ENGINEERING TRIPOS PART IIA Module 3G4 Medical Imaging and 3D Computer Graphics Bezier curves, single segment Click ...

Dr Graham Treece, Department of Engineering ENGINEERING TRIPOS PART IIA Module 3G4 Medical Imaging and 3D Computer Graphics Subdividing Bezier curves Click to ...

Dr Graham Treece, Department of Engineering ENGINEERING TRIPOS PART IIA Module 3G4 Medical Imaging and 3D Computer Graphics Bezier surface Bezier Surfaces The ...

Dr Graham Treece, Department of Engineering Sequential Freehand 3 D Ultrasound Background In the last two decades, a great many researchers have produced systems ...

Dr Graham Treece, Department of Engineering wxDicom wxDicom was originally written as a simple tool to demonstrate various image interpolation and filtering techniques ...

Dr Graham Treece, Department of Engineering Module 2P8: Bioengineering: Imaging the Eye Optical Coherence Tomography A simple application for looking at the effect ...

Medical Imaging Group Andrew Gee Richard Prager Graham Treece Welcome to the home page of the Medical Imaging Group. Our goal is to develop ...

Members of the Medical Imaging Group Staff * Prof Andrew Gee * Prof Richard Prager * Prof Graham Treece Teaching Associates * Dr Russell Hunter Research ...

Current and past projects in the Medical Imaging Group Cortical Analysis of Romosozumab / Teriparatide Effects on the Spine This is an industrial sponsored study ...

Free Software from the Medical Imaging Group Stradview is a user friendly medical 3D data visualisation package which can run under Windows or Linux, and implements ...

People in the MI Lab Academic Staff: * Dr Samuel Albanie * Dr Ignas Budvytis * Prof. Bill Byrne * Prof. Roberto Cipolla * Prof. Mark Gales * Prof ...

Research Themes The principal areas of interest are as follows: * Neural networks, pattern recognition and machine learning, including multi layer perceptrons, ...

Free Software from the MI Lab * HTK Hidden Markov model toolkit. * UCAM SMT: The Cambridge Statistical Machine Translation System. * StradView medical image ...

Dr Graham Treece, Department of Engineering Stradview Stradview is a visualisation and analysis package for 3D imaging data. It runs under Windows or Linux, and ...

Dr Graham Treece, Department of Engineering Stradview Version History 6.08, 31st July 2020 Bug fixes: * Frame slider re sizes correctly on loading data. ...

Medical Imaging Group, Department of Engineering Stradwin Note that Stradwin is no longer being actively developed. If you are not using Stradwin for 3D ultrasound ...

Tristan Whitmarsh Background Research Publications Position: Research Associate E mail: tw401 at cam.ac.uk Office Location: BN4 71 Background #JumpBackground ...

The Machine Intelligence Laboratory is part of the Information Engineering Division of Cambridge University Engineering Department. The Machine Intelligence Laboratory ...

Dr Graham Treece, Department of Engineering wxDicom documentation Image processing controls These controls are all associated with how the current image is processed ...

Dr Graham Treece, Department of Engineering wxDicom documentation Menus, mouse input and layout Layout wxDicom has one main window on the left which displays the ...

Dr Graham Treece, Department of Engineering wxDicom documentation CT metal artefact reduction controls These controls are all associated with metal artefact reduction ...

Dr Graham Treece, Department of Engineering wxDicom documentation CT reconstruction These controls are all associated with the CT reconstruction parameters. They ...

Dr Graham Treece, Department of Engineering wxDicom documentation Image sampling and display These controls are all associated with how the current image is interpolated ...