IRIS publication 152263229
Semi-automated Airway Segmentation from 0.64mm Lung CT
RIS format for Endnote and similar
TY - CONF - P. Nardelli, P. Cantillon-Murphy, R. San-Jose Estepar - NAMIC Summer Project Week - Semi-automated Airway Segmentation from 0.64mm Lung CT - Cambridge, Massachusetts - Invited Lectures (Workshops) - 2012 - () - 0 - 18-JUN-12 - 22-JUN-12 - We are currently developing a system for endoscopic lung biopsy which would allow access to peripheral nodules using electromagnetic steering by means of external coils. The goal of the project is to steer a catheter inside the lung using an electromagnetic field (provided by 3 electromagnetic coils) and to couple this electromagnetic navigation system with real-time image registration so that the physician can see a 3D reconstruction of where he is in the airway by means of a virtual endoscopy system (registered to a prior CT). DA - 2012/NaN ER -
BIBTeX format for JabRef and similar
@unpublished{V152263229, = {P. Nardelli, P. Cantillon-Murphy and R. San-Jose Estepar }, = {NAMIC Summer Project Week}, = {{Semi-automated Airway Segmentation from 0.64mm Lung CT}}, = {Cambridge, Massachusetts}, = {Invited Lectures (Workshops)}, = {2012}, = {()}, = {0}, month = {Jun}, = {22-JUN-12}, = {{We are currently developing a system for endoscopic lung biopsy which would allow access to peripheral nodules using electromagnetic steering by means of external coils. The goal of the project is to steer a catheter inside the lung using an electromagnetic field (provided by 3 electromagnetic coils) and to couple this electromagnetic navigation system with real-time image registration so that the physician can see a 3D reconstruction of where he is in the airway by means of a virtual endoscopy system (registered to a prior CT).}}, source = {IRIS} }
Data as stored in IRIS
AUTHORS | P. Nardelli, P. Cantillon-Murphy, R. San-Jose Estepar | ||
TITLE | NAMIC Summer Project Week | ||
PUBLICATION_NAME | Semi-automated Airway Segmentation from 0.64mm Lung CT | ||
LOCATION | Cambridge, Massachusetts | ||
CONFERENCE_TYPE | Invited Lectures (Workshops) | ||
YEAR | 2012 | ||
TIMES_CITED | () | ||
PEER_REVIEW | 0 | ||
START_DATE | 18-JUN-12 | ||
END_DATE | 22-JUN-12 | ||
ABSTRACT | We are currently developing a system for endoscopic lung biopsy which would allow access to peripheral nodules using electromagnetic steering by means of external coils. The goal of the project is to steer a catheter inside the lung using an electromagnetic field (provided by 3 electromagnetic coils) and to couple this electromagnetic navigation system with real-time image registration so that the physician can see a 3D reconstruction of where he is in the airway by means of a virtual endoscopy system (registered to a prior CT). | ||
FUNDED_BY |