A Pipeline for Computer Aided Polyp Detection Wei Hong, Feng Qiu, and Arie Kuafman Center for Visual Computing (CVC) and Department of Computer Science.
SPM5 Segmentation. A Growing Trend Larger and more complex models are being produced to explain brain imaging data. Bigger and better computers allow.
Can You Get Performance from Xeon Phi Easily? Lessons Learned from Two Real Cases
HST.187: Physics of Radiation Oncology #9. Radiation therapy: optimization in the presence of uncertainty Alexei Trofimov, PhD [email protected] Jan.
Footprint Evaluation for Volume Rendering A Feed-forward Approach - a.k.a. Splatting (We ‘used’ to be called Ohio Splatting University (OSU))
Principles of Robust IMRT Optimization Timothy Chan Massachusetts Institute of Technology Physics of Radiation Oncology – Sharpening the Edge Lecture 10.
Voxel-Based Morphometry with Unified Segmentation Ged Ridgway University College London Thanks to: John Ashburner and the FIL Methods Group.
Voxel-Based Morphometry with Unified Segmentation Ged Ridgway Centre for Medical Image Computing University College London Thanks to: John Ashburner and.
1 Automated Feature Abstraction of the fMRI Signal using Neural Network Clustering Techniques Stefan Niculescu and Tom Mitchell Siemens Medical Solutions,
GPS derived TEC Measurements for Plasmaspheric Studies: A Tutorial and Recent Results Mark Moldwin LD Zhang, G. Hajj, I. Harris, T. Mannucci, X. PI.
1 Modeling a flexible Detector Response Function in small animal SPECT using Geant4 Z. El Bitar 1, R. H. Huesman 2, R. Buchko 2, D. Brasse 1, G. T. Gullberg.
