CCAAI 2012 - MICCAI Workshop on Computational and Clinical Applications in Abdominal Imaging

MICCAI Workshop on Computational and Clinical Applications in Abdominal Imaging

October 01, 2012
Nice / France

Website: http://abdominal-miccai.org/

SCOPE AND TOPICS

The workshop aims to bring together leading researchers and clinicians in the fields of medical imaging, computational modeling, computer-aided diagnosis, and interventional imaging to discuss emerging techniques and clinical challenging in the field of abdominal imaging. The workshop will be a forum for the dissemination of the state-of-the-art research and technologies, the initiation of collaborations and the exploration of new clinical applications for diagnosis, interventions, assessment and monitoring in abdominal imaging.
Following and expanding the previous workshops in the same discipline, the workshop will focus on the following three rapidly growing fields in abdominal imaging this year:

* Virtual colonoscopy and CAD
o Detection of polyps in CT colonography
Electronic cleansing of the colon in CT colonography
CAD for reduced-laxative or laxative-free CT colonography
CAD for Crohn's diseases in CT/MR enterography
CAD for MR colonography, capsule endoscopy, and other emerging modalities
CAD for abdominal tumor/organ analysis in CT/MR, such as liver, kidney, bladder, pancreas, etc.
Visualization and navigation in CT colonography: distortion-free colon flattening, patch view
Registration methods in CT colonography: supine-prone, colonoscopy-CT registration
Clinical implications of CAD in CT colonography, cystography, and other abdominal images

* Abdominal Intervention
o Intra-operative navigation and tracking: tool tracking, organ tracking, and tumor tracking
Augmented reality techniques for intervention, haptic devices, 3D US reconstruction
Inter- and intra-modality registration for planning and intervention: US, CT, MRI, DWI, PET
Registration methods for pre- and post-operative data
Visualization methods for operation planning
Segmentation methods for operation planning and intervention
Clinical applications in radio-frequency ablation, open surgery, and minimally invasive surgery

* Computational anatomy
o Abdominal multi-organ modeling and segmentation
Abdominal atlases
Shape analysis and morphology in abdominal structures and organs
Identification of parameters and error analysis in complex computational models
Detection of anatomical and functional landmarks and their role in the optimization of analysis
Detection and analysis of difficult lesions in the abdomen
Dynamic, functional, physiologic, and anatomical abdominal imaging
Registration methods for abdominal intra- and inter-patient variability
Strategies for personalization models of the abdomen
Clinical applications of imaging and modeling techniques

PAPER SUBMISSION

Papers will be limited to eight pages following the MICCAI submission guidelines. Prospective authors should refer to the Paper Submission section on the workshop website for details on how to submit papers to be presented at the workshop.
All submissions will be peer-reviewed by at least 2 members of the program committee. The selection of the papers will be based on the significance of results, novelty, technical merit, relevance and clarity of presentation. Papers will be presented in a day long single track workshop starting with plenary sessions. A poster session will accommodate further discussion on new ideas.
Accepted papers will be published as a post-proceedings volume in the Springer Lecture Notes in Computer Science (LNCS) series after the workshop.

WORKSHOP FORMAT

Accepted papers will be presented in a day long single track workshop. The final program will consist of invited speakers and original papers with time allocated for discussions as well as a poster session. Electronic proceedings will be arranged for all of the papers and posters presented at the workshop.

CONTACT

Inquires about the workshop should be sent to the Information Desk (info-AT-abdominal-miccai.org).

ORGANIZERS (in alphabetical order)

* Marius George Linguraru - National Institutes of Health, USA
* Georgios Sakas - Technische Universitaet Darmstadt / Fraunhofer Institute for Computer Graphics Research IGD, Germany
* Hiro Yoshida - Massachusetts General Hospital / Harvard Medical School, USA