Electronic Journal

  Meeting Minutes June 15, 2015 1. Attendees: Tom Vercauteren Pankaj Daga Michael Ebner 2. Discussed Topics: Results of reconstruction pipeline so far: Resampling of target volume (‘best looking’ fetal stack) to uniform grid Rigid registration of all stacks to

I had two ways to go. 1. Compute the position and orientation of the camera for the time sequence. I have a demo already done for that. The problem is that in order to estimate the fundamental matrix, I need

Attendance: Tom Vercauteren, Maria Zuluaga Valencia, Guotai Wang Topics: MICCAI workshop MICCAI registration Journal Paper Action Items: I have investigated the effects of scribble length on segmentation in the start slice. I’ll continue with investigating its effect on the whole

See attached powerpoint presentation (PhD meeting 1st May)

Here are posted all meeting slides from the meetings from September to June of 2015. https://drive.google.com/folderview?id=0BzAb4eEzlAXmRTdwaU5VbEpMYjg&usp=sharing  

– Tom is organising a summer school the first week of August and he is going on vacations the last two weeks of July. – In one month I should have a first draft of the thesis: lit. review plus

Meeting Minutes June 09, 2015 1. Attendees: Tom Vercauteren Michael Ebner 2. Discussed Topics: Pipeline of own volumetric reconstruction algorithms Different approaches of volumetric reconstruction 3. Action Items: IRTK Volumetric reconstruction pipeline (Talk to Mark regarding possible functions/methods) Summary of

1- RSG meeting preparation. 2- Consolidation and evaluation of compilation in different platforms of the Slic-Seg algorithm (placenta segmentation). 3- Annual leave.

We published a two-page paper to Hamlyn Symposium on Medical Robotics entitled: Practical Dry Calibration With Medium Adaptation For Fluid-Immersed Endoscopy – F. Chadebecq, T. Vercauteren, R. Wimalasundera, G. Attilakos, A.L David, J. Deprest, S.Ourselin, D. Stoyanov. This preliminary work

The following weeks will be spent investigating the use of high performance computing (HPC), particularly the use of NVIDIA powered GPUs, to see if we can perform image stitching in real time during a fetoscopic intervention. The action plans are: