1 / 8

Overview

Ron Kikinis, M.D. Overview. Overview. Neurosurgery: Alex Golby, Sandy Wells, CF Westin Prostate: Clare Tempany, Noby Hata, Steve Haker Programmatic framework: NAC Ron Kikinis, BIRN: Steve Pieper, IGT: Clare Tempany, Amigo: Randy Ellis. Schedule. Neurosurgery Prostate NCRR portfolio

sveta
Download Presentation

Overview

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Ron Kikinis, M.D. Overview

  2. Overview Neurosurgery: Alex Golby, Sandy Wells, CF Westin Prostate: Clare Tempany, Noby Hata, Steve Haker Programmatic framework: NAC Ron Kikinis, BIRN: Steve Pieper, IGT: Clare Tempany, Amigo: Randy Ellis

  3. Schedule • Neurosurgery • Prostate • NCRR portfolio • Discussion

  4. Neuroimage Analysis Center: NAC • Biotechnology resource center • Year 08 started on 8/1/2005 • Algorithm development and software tools for basic and clinical neuroscience • Cores: White Matter Architecture from DT-MRI, Clinical Computational Anatomy, Developmental Neuroinformatics, fMRI Informatics, Visualization • Collaborations: Neurosurgery, Neurologic Imaging, Psychiatry

  5. Developmental Neuroanatomy fMRI Informatics WM Architecture from DT-MRI BIRN Projects Clinical Computational Anatomy Visualization Te c h n o l o g i e s Registration Segmentation Visualization Modeling Variability Modeling Anatomy Modeling Biomechanics Filtering Systems Engineering Matrix Organization

  6. NAC: the Onion View

  7. Interactions between NA-MIC, NAC, BIRN, IGT BIRN Focus: infrastructure, data, data distribution, computing e.g. Provides shared image databases and high speed network/computing for NA-MIC & NAC NA-MIC Focus: algorithms, engineering,general software tools e.g. Analysis of tensor and non-tensor diffusion data at three algorithm groups (UNC, Utah, MGH) , hosted on BIRN servers from four clinical sites (Dartmouth, Harvard, UCI, U of Toronto) National Level Science National Level Outreach Data Requirements,testing, tools Data repositories and access Advances in medical image computing IGT Focus: guided therapies, ilinical integration e.g. Guiding neurosurgery to minimize white matter damage NAC Focus: specific applications, custom software tools e.g. Tensor analysis for pioneering diffusion technology from BWH Local Level Science National Level Outreach

  8. NAC / BIRN / NA-MIC / IGT Interactions • NAC • Neuroimaging Science that Leverages Unique Abilities of BWH and Close Collaborators • Widely Distributed and Disseminated • BIRN • National Data, Networking, and Computation Infrastructure • Adapt and Apply Advanced Tools to Biomedical Problems through GCRC and other Clinical Partners • NA-MIC • National Software Methodology and Novel Algorithms Drawing on Wide Range of Research Institutions • Establish Best Practices for Biomedical Application Software • IGT • Leading Computation, Imaging, and Therapeutic Research in Closely Coupled Laboratory • Leverage NAC, BIRN, and NA-MIC for Clinical Application

More Related