@inproceedings{ANXIONNAT:2002:INRIA-00100904:1, author = {Anxionnat, Ren{\'e} and Marchal, C. and Cordebar, A. and Buchheit, I. and Kerrien, Erwan and Trousset, E. and Berger, Marie-Odile and Bey, Pierre and Aletti, Pierre and Bracard, Serge and Coulbois, S. and Auque, J. and Picard, Luc}, title = {Radiosurgery of complex shaped brain arteriovenous malformations using multileaf collimator. Interest of 3D X-ray angiography and fusion with MRI for the delineation of the target}, booktitle = {Symposium Neuroradiologicum, 2002}, year = {2002}, volume = {29}, number = {1}, pages = {1S83}, address = {Paris, France}, editor = {Journal of neuroradiology}, url = {http://hal.inria.fr/inria-00100904/en/} }
@inproceedings{BERGER:2004:INRIA-00099969:1, author = {Berger, Marie-Odile and Anxionnat, Ren{\'e} and Kerrien, Erwan}, title = {A Methodology for Validating a New Imaging Modality with Respect to a Gold Standard Imagery: Example of the Use of 3DRA and MRI for AVM Delineation}, booktitle = {Medical Image Computing and Computer-Assisted Intervention - MICCAI 2004, 2004}, year = {2004}, volume = {3216}, series = {Lecture Notes in Computer Science}, pages = {516-524}, address = {Saint Malo, France}, publisher = {Springer-Verlag}, url = {http://www.loria.fr/~berger/PublisAvant2004/bergerMICCAI2004.pdf} }
@inproceedings{BERGER:2004:INRIA-00107783:1, author = {{B}erger, {M}arie-{O}dile and {A}nxionnat, {R}en{\'e} and {K}errien, {E}rwan}, title = {{T}he {U}se of 3{D} {X}ray angiographic {I}mages for {V}olume {D}etermination of {C}erebral {A}rteriovenous {M}alformations}, booktitle = {{SPIE} {M}edical {I}maging 2004 }, year = {2004}, pages = {634-643 }, address = {{S}an {D}iego }, abstract = {{T}he radiotherapic treatment of cerebral arterious malformations ({AVM}) requires an accurate estimation of the {AVM} shape. {T}his estimation is classically obtained from the delineation of the {AVM} in several 2{D} angiographic views. {I}n this paper, a clinical study of the inter-observer variability in the {AVM} detection is first performed. {I}t proves that the estimated volume varies a lot between observers. {F}or these reasons, we propose a framework for {AVM} delineation which makes use of 2{D} and 3{D} angiographic images: the initial estimate obtained with 2{D} angiographic images is then refined within the 3{D} volume using deformable models. {R}esults are presented demonstrating shape delineation on various {AVM}s.}, affiliation = {{ISA} - {INRIA} {L}orraine - {LORIA} - {INRIA} - {CNRS} : {UMR}7503 - {U}niversit{\'e} {H}enri {P}oincar{\'e} - {N}ancy {I} - {U}niversit{\'e} {N}ancy {II} - {I}nstitut {N}ational {P}olytechnique de {L}orraine }, keywords = {medical imaging; reconstruction; statistical model || imagerie medicale; reconstruction; modele statistique}, url = {http://www.loria.fr/~berger/PublisAvant2004/spieBerger2004.pdf} }
@patent{GORGES:2004:INRIA-00000392:1, number = {0453054}, year = {2004}, author = {Gorges, S{\'e}bastien and Trousset, Yves and Pescatore, J{\'e}r{\'e}mie and Kerrien, Erwan and Berger, Marie-Odile and Vaillant, R{\'e}gis}, title = {Proc{\'e}d{\'e} pour d{\'e}terminer une g{\'e}om{\'e}trie d'acquisition d'un syst{\`e}me m{\'e}dical}, address = {France}, url = {http://hal.inria.fr/inria-00000392/en/} }
@inproceedings{KERRIEN:1999:INRIA-00098777:1, author = {Kerrien, Erwan and Berger, Marie-Odile and Maurincomme, Eric and Launay, Laurent and Vaillant, R{\'e}gis and Picard, Luc}, title = {Recalage automatique d'images d'angiographie}, booktitle = {Journees ORASIS'99, 1999}, year = {1999}, pages = {9 p}, address = {Aussois, France}, url = {http://hal.inria.fr/inria-00098777/en/} }
@inproceedings{KERRIEN:1999:INRIA-00108049:1, author = {Kerrien, Erwan and Berger, Marie-Odile and Maurincomme, Eric and Launay, Laurent and Vaillant, R{\'e}gis and Picard, Luc}, title = {Fully automatic 3D/2D subtracted angiography registration}, booktitle = {International Conference for Medical Image Computing \& Computer Assisted Intervention - MICCAI'99, 1999}, year = {1999}, volume = {1679}, series = {Lecture Notes in Computer Science}, pages = {664--671}, address = {Cambridge, England}, url = {http:www.loria.fr/~berger/PublisAvant2004/kerrienMICCAI99.pdf} }
@inproceedings{kerrien97a, author = {Kerrien, Erwan and Berger, Marie-Odile and Vaillant, R{\'e}gis}, title = {{Etude de la pr{\'e}cision de la machine pour le recalage 2D/3D d'images d'angiographie soustraite}}, booktitle = {{Seminaires Orasis, La Colle sur Loup, France}}, year = {1997}, pages = {39-48}, month = oct, category = {6}, crinnumber = {97-R-290}, equipe = {ISA}, url = {http://www.loria.fr/publications/1997/97-R-290/97-R-290.ps} }
@inproceedings{KERRIEN:1998:INRIA-00098697:1, author = {Kerrien, Erwan and Vaillant, R{\'e}gis and Launay, Laurent and Berger, Marie-Odile and Maurincomme, Eric}, title = {Machine precision assessment for 3D/2D digital subtracted angiography images registration}, booktitle = {SPIE Medical Imaging'98, 1998}, year = {1998}, pages = {11 p}, address = {San Diego, USA}, pdf = {http://www.loria.fr/~berger/PublisAvant2004/kerrienSPIE98.pdf} }
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@incollection{anxionnat:hal-00865726, author = {Anxionnat, Ren{\'e} and Berger, Marie-Odile and Kerrien, Erwan}, title = {{Time to Go Augmented in Vascular Interventional Neuroradiology?}}, booktitle = {{Augmented Environments for Computer-Assisted Interventions}}, publisher = {Springer}, year = {2013}, editor = {Cristian A. Linte Elvis C.S. Chen Marie-Odile Berger John T. Moore David R. Holmes III (Eds.) }, volume = {7815}, series = {Lecture Notes in Computer Sciences }, pages = {3-8}, abstract = {{This editorial paper reports on our experience in introducing augmented reality (AR) in interventional neuroradiology environments. Our expectations about the next AR tools, in particular for more advanced visualization, are also put forward. For practical reasons, the references will be restricted to our contributions. For further information, the last recommendations concerning the medical management of aneurysm induced hemorrhages can be found in [connolly12]}}, affiliation = {D{\'e}partement de neuroradiologie diagnostique et th{\'e}rapeutique [Nancy] , MAGRIT - INRIA Nancy - Grand Est / LORIA}, audience = {internationale }, doi = {10.1007/978-3-642-38085-3\_2 }, file = {edito.pdf:http\://hal.inria.fr/hal-00865726/PDF/edito.pdf:PDF}, hal_id = {hal-00865726}, url = {http://hal.inria.fr/hal-00865726} }
@misc{anxionnat:inria-00432289, author = {Anxionnat, Ren{\'e} and Rocca, Federico and Bracard, Serge and Dequidt, J{\'e}r{\'e}mie and Kerrien, Erwan and Duriez, Christian and Berger, Marie-Odile and Cotin, St{\'e}phane}, title = {{Evaluation of a computer-based simulation for the endovascular treatment of intracranial aneurysms}}, howpublished = {{10th congress of the World Federation of Interventional and Therapeutic Neuroradiology - WFITN 2009}}, month = jun, year = {2009}, abstract = {{Purpose: Endovascular treatment (EVT) of intracranial aneurysms requires highly trained physicians and careful pre-therapeutic evaluation of the aneurysm morphology. A realistic interventional neuroradiology simulator would provide procedural and skill training for either educational purpose or pre-therapeutic simulation in complex cases. This work aims at evaluating the clinical realism of a computer-based simulator for the EVT of aneurysms. Material and Methods: A prototype computer-based EVT simulation system was developed and implemented. A silicon vascular phantom (Elastrat, Geneva, Switzerland) as well as two patient data sets were used for the evaluation. A coil adapted to the aneurysm was deployed under fluoroscopy. Then, a simulation was done with the same, as well as larger and smaller coils under the same viewing incidence and was visually assessed and compared to fluoroscopic images. The maximum of coil pressure onto the aneurysm sac was recorded during all simulations. Results: In all cases, simulation with the correct coil showed a realistic coil behaviour and aneurysm filling. As expected, full and stable coiling of the aneurysm was impossible to simulate with too small coils. Protrusions outside the sac were observed with too large coils. In this latter case, the pressure onto the aneurysm wall dramatically increased as compared with the correct coil. Conclusion: A preliminary evaluation of a computer-based EVT simulation system was made on both phantom and patient data. Our report emphasizes the clinical realism of the simulated deployment of coils, in particular with regard to potential hazards related to an inadequate choice of coil.}}, address = {Montr{\'e}al, Canada}, affiliation = {MAGRIT - INRIA Lorraine - LORIA , D{\'e}partement de neuroradiologie diagnostique et th{\'e}rapeutique [Nancy] , SHACRA - INRIA Lille - Nord Europe / INRIA Nancy - Grand Est / LIFL}, audience = {internationale }, file = {WFITN\\_poster.pdf:http\://hal.inria.fr/inria-00432289/PDF/WFITN\\_poster.pdf:PDF}, hal_id = {inria-00432289}, type = {Poster}, url = {http://hal.inria.fr/inria-00432289} }
@inproceedings{ANXIONNAT:2005:INRIA-00000499:1, author = {{A}nxionnat, {R}en{\'e} and {K}errien, {E}rwan and {B}erger, {M}arie-{O}dile and {B}racard, {S}erge and {P}icard, {L}uc}, title = {{R}adiosurgical planning of brain arteriovenous malformations ({AVMS}): {A} user interface for the delineation of 3{D} target from 2{D} angiographic projections}, booktitle = {{XXX} {C}ongress of the {E}uropean {S}ociety of {N}euroradiology {N}euroradiology }, year = {2005}, volume = {47 (suppl. 1) }, pages = {{S}143 }, address = {{B}arcelona {S}pain }, month = {09}, abstract = {{A} precise delination of the target is a critical part of radiosurgical treatment planning of brain {AVM}s. {T}his target delineation is performed by drawing the contours of the nidus, the active part of the {AVM}, on calibrated (using a stereotactic frame) digital subtraction angiography ({DSA}) projections assuming that {DSA} remains the imaging gold standard. {T}his manual delineation is a difficult and time consuming task. {I}nconsistency between the delineations performed in the different views, usually {AP} and lateral, may led to a wrong target and so on to a poor anatomical result. {T}he aims of this study are 1) to describe an original and helpful user interface to delineate a 3{D} target by drawing its contours on multiple 2{D} projections from {DSA}; 2) to validate the interest of this interface.}, affiliation = {{D}{\'e}partement de neuroradiologie diagnostique et th{\'e}rapeutique - {CHU} {N}ancy - {U}niversit{\'e} {H}enri {P}oincar{\'e} - {N}ancy {I} - {MAGRIT} - {INRIA} {L}orraine - {LORIA} - {CNRS} : {UMR}7503 - {INRIA} - {U}niversit{\'e} {H}enri {P}oincar{\'e} - {N}ancy {I} - {U}niversit{\'e} {N}ancy {II} - {I}nstitut {N}ational {P}olytechnique de {L}orraine }, keywords = {medical imaging, interventional neuroradiology, arterio-venous malformations, radiosurgery, lesion contouring, user interface}, url = {http://hal.inria.fr/inria-00000499/en/} }
@article{berger:inria-00321688, author = {Berger, Marie-Odile and Anxionnat, Ren{\'e} and Kerrien, Erwan and Picard, Luc and S{\"o}derman, Michael}, title = {{A methodology for validating a 3D imaging modality for brain AVM delineation: Application to 3DRA.}}, journal = {Computerized Medical Imaging and Graphics}, year = {2008}, volume = {32}, pages = {544-553}, number = {7 }, abstract = {{A general methodology is described to validate a 3D imaging modality with respect to 2D digital subtracted angiography (DSA) for brain AVMs (BAVM) delineation. It relies on the assessment of the statistical compatibility of the radiosurgical target delineated in 3D with its delineations in 2D. This methodology is demonstrated through a preliminary evaluation of rotational 3D angiography (3DRA). Generally speaking, BAVM delineation cannot be performed on 3DRA alone. However, in our study, 3DRA showed similar performances to DSA for rather easy cases, and even better for 3 patients. Conversely, 3 problematic cases are identified and discussed.}}, affiliation = {MAGRIT - INRIA Lorraine - LORIA , D{\'e}partement de neuroradiologie diagnostique et th{\'e}rapeutique [Nancy] , UHP , Karolinska Institutet}, audience = {internationale }, doi = {10.1016/j.compmedimag.2008.06.003 }, file = {CMIG08\\_berger\\_etal.pdf:http\://hal.inria.fr/inria-00321688/PDF/CMIG08\\_berger\\_etal.pdf:PDF}, hal_id = {inria-00321688}, keywords = {Angiography ; Brain Arteriovenous Malformation ; Radiosurgery ; Validation ; Principal Component Analysis}, publisher = {Robert S. Ledley}, url = {http://hal.inria.fr/inria-00321688} }
@inproceedings{GORGES:2005:INRIA-00000390:1, author = {Gorges, S{\'e}bastien and Kerrien, Erwan and Berger, Marie-Odile and Trousset, Yves and Pescatore, J{\'e}r{\'e}mie}, title = {An effective technique for calibrating the intrinsic parameters of a vascular C-arm from a planar target}, booktitle = {SPIE International Symposium Medical Imaging 2006, 07/02/2006}, year = {2006}, address = {San Diego, USA}, url = {http://hal.inria.fr/inria-00000390/en/} }
@patent{gorges:inria-00336786, number = {EP1986159 }, year = {2008}, author = {Gorges, S{\'e}bastien and Trousset, Yves and Pescatore, J{\'e}r{\'e}mie and Bismuth, Vincent and Berger, Marie-Odile and Kerrien, Erwan}, title = {{System and method to improve visibility of an object in an imaged subject}}, address = {Europe}, month = oct, note = {Extension to Europe of US patent US20070740734 published on 2007-04-26 }, url = {http://hal.inria.fr/inria-00336786}, affiliation = {General Electric Medical Systems [Buc] - GE Healthcare , MAGRIT - INRIA Lorraine - LORIA}, hal_id = {inria-00336786}, howpublished = {patent no. EP1986159 } }
@patent{GORGES:2005:INRIA-00000388:1, number = {0501588}, year = {2005}, author = {Gorges, S{\'e}bastien and Trousset, Yves and Pescatore, J{\'e}r{\'e}mie and Kerrien, Erwan and Berger, Marie-Odile}, title = {Proc{\'e}d{\'e} de d{\'e}termination des param{\`e}tres g{\'e}om{\`e}trique d'un dispositif par rayon X}, address = {France}, url = {http://hal.inria.fr/inria-00000388/en/} }
@inproceedings{GORGES:2006:INRIA-00000390:1, author = {{G}orges, {S}{\'e}bastien and {K}errien, {E}rwan and {B}erger, {M}arie-{O}dile and {T}rousset, {Y}ves and {P}escatore, {J}{\'e}r{\'e}mie}, title = {{A}n effective technique for calibrating the intrinsic parameters of a vascular {C}-arm from a planar target}, booktitle = {{SPIE} {I}nternational {S}ymposium {M}edical {I}maging 2006}, year = {2006}, pages = {6141-69 }, address = {{S}an {D}iego {U}nited {S}tates }, month = {02}, abstract = {{T}he real time recovery of the projection geometry is a fundamental issue in interventionnal navigation applications (e.g. guide wire reconstruction, medical augmented reality). {I}n most works, the intrinsic parameters are supposed to be constant and the extrinsic parameters ({C}-arm motion) are deduced either from the orientation sensors of the {C}-arm or from additional sensors. {H}owever, due to the weight of the {X}-ray tube and the {C}-arm, the system is undergoing deformations which induces variations of the intrinsic parameters as a function of the {C}-arm orientations. {I}n our approach, we proposed to measure the effects of the mechanical deformations onto the intrinsic parameters in a calibration procedure. {R}obust calibration methods exist (the gold standard is the \emph{the multi-image calibration}) but they are time consuming and too tedious to set up in a clinicalcontext. {F}or these reasons, we developed an original and easy to use method, based on a planar calibration target, which aims at measuring with a high level of accuracy the variation of the intrinsic parameters on a vascular {C}-arm. {T}he precision of the planar based method was evaluated with error propagation method and its appeared that the precision of intrinsic parameters are very good compared to the gold standard method. {T}he method was also successfully used to assess to behavior of the {C}-arm with respect to the {C}-arm orientations. {R}esults showed a clear variation of the principal point when the {LAO}/{RAO} orientation was changed. {I}n contrast, the intrinsic parameters do not change during a cranio-caudal {C}-arm motion.}, affiliation = {{GE} {H}ealthcare - {B}uc - {MAGRIT} - {INRIA} {L}orraine - {LORIA} - {CNRS} : {UMR}7503 - {INRIA} - {U}niversit{\'e} {H}enri {P}oincar{\'e} - {N}ancy {I} - {U}niversit{\'e} {N}ancy {II} - {I}nstitut {N}ational {P}olytechnique de {L}orraine }, day = {07}, keywords = {{N}euroradiology ; {R}egistration ; {C}alibration ; {C}omputer {V}ision}, url = {http://hal.inria.fr/inria-00000390/en/} }
@inproceedings{GORGES:2005:INRIA-00000386:1, author = {{G}orges, {S}{\'e}bastien and {K}errien, {E}rwan and {B}erger, {M}arie-{O}dile and {T}rousset, {Y}ves and {P}escatore, {J}{\'e}r{\'e}mie and {A}nxionnat, {R}en{\'e} and {P}icard, {L}uc}, title = {{M}odel of a {V}ascular {C}-{A}rm for 3{D} {A}ugmented {F}luoroscopy in {I}nterventional {R}adiology}, booktitle = {{M}edical {I}mage {C}omputing and {C}omputer-{A}ssisted {I}ntervention {MICCAI} 2005: 8th {I}nternational {C}onference, {P}alm {S}prings, {CA}, {USA}, {O}ctober 26-29.}, year = {2005}, volume = {3750 }, series = {{L}ecture {N}otes in {C}omputer {S}cience }, pages = {214-222 }, address = {{P}alm {S}prings {U}nited {S}tates }, month = {10}, publisher = {{S}pringer }, abstract = {{T}his paper deals with the modeling of a vascular {C}-arm to generate 3{D} augmented fuoroscopic images in an interventional radiology context. {A} methodology based on the use of a multi-image calibration is proposed to assess the physical behavior of the {C}-arm. {F}rom the knowledge of the main characteristics of the {C}-arm, realistic models of the acquisition geometry are proposed. {T}heir accuracy was evaluated and experiments showed that the {C}-arm geometry can be predicted with a mean 2{D} reprojection error of 0.5 mm. {T}he interest of 3{D} augmented uoroscopy is also assessed on a clinical case.}, affiliation = {{GE} {H}ealthcare - {B}uc, {F}rance - {MAGRIT} - {INRIA} {L}orraine - {LORIA} - {CNRS} : {UMR}7503 - {INRIA} - {U}niversit{\'e} {H}enri {P}oincar{\'e} - {N}ancy {I} - {U}niversit{\'e} {N}ancy {II} - {I}nstitut {N}ational {P}olytechnique de {L}orraine - {D}{\'e}partement de neuroradiologie diagnostique et th{\'e}rapeutique - {CHU} {N}ancy - {U}niversit{\'e} {H}enri {P}oincar{\'e} - {N}ancy {I} }, doi = {10.1007/11566489_27}, url = {http://hal.inria.fr/inria-00000386/en/} }
@inproceedings{GORGES:2005:INRIA-00000387:1, author = {{G}orges, {S}{\'e}bastien and {K}errien, {E}rwan and {B}erger, {M}arie-{O}dile and {T}rousset, {Y}ves and {P}escatore, {J}{\'e}r{\'e}mie and {A}nxionnat, {R}en{\'e} and {P}icard, {L}uc}, title = {{C}alibration of the intrinsic parameters of a vascular c-arm for 3{D} enhanced fluoroscopy}, booktitle = {19th {I}nternational {C}ongress and {E}xhibition {C}omputer {A}ssisted {R}adiology and {S}urgery - {CARS}'05 -}, year = {2005}, pages = {1307 }, address = {{B}erlin {G}ermany }, month = {06}, publisher = {{E}lsevier }, affiliation = {{GE} {H}ealthcare - {B}uc - {MAGRIT} - {INRIA} {L}orraine - {LORIA} - {CNRS} : {UMR}7503 - {INRIA} - {U}niversit{\'e} {H}enri {P}oincar{\'e} - {N}ancy {I} - {U}niversit{\'e} {N}ancy {II} - {I}nstitut {N}ational {P}olytechnique de {L}orraine - {D}{\'e}partement de neuroradiologie diagnostique et th{\'e}rapeutique - {CHU} {N}ancy - {U}niversit{\'e} {H}enri {P}oincar{\'e} - {N}ancy {I} }, keywords = {{N}euroradiology � {R}egistration � {C}alibration � {C}omputer {V}ision}, url = {http://hal.inria.fr/inria-00000387/en/} }
@inproceedings{GORGES:2006:INRIA-00110850:1, author = {{G}orges, {S}{\'e}bastien and {K}errien, {E}rwan and {B}erger, {M}arie-{O}dile and {T}rousset, {Y}ves and {P}escatore, {J}{\'e}r{\'e}mie and {A}nxionnat, {R}en{\'e} and {P}icard, {L}uc and {B}racard, {S}erge}, title = {3{D} {A}ugmented {F}luoroscopy in {I}nterventional {N}euroradiology: {P}recision {A}ssessment and {F}irst {E}valuation on {C}linical {C}ases}, booktitle = {{W}orkshop on {A}ugmented environments for {M}edical {I}maging and {C}omputer-aided {S}urgery - {AMI}-{ARCS} 2006 (held in conjunction with {MICCAI}'06) }, year = {2006}, address = {{C}openhagen {D}enmark }, month = {11}, organization = {{W}olfgang {B}irkfellner, {N}assir {N}avab and {S}tephane {N}icolau }, abstract = {{T}o improve the tool (guide wire and catheter) guidance in interventional radiology, a new approach is to project 3{D} {X}-ray {A}ngiography (3{DXA}) information in real time onto a fluoroscopy image ("\emph{3{D} {A}ugmented {F}luoroscopy"} - 3{D} {AF}). {R}ecovering the acquisition geometry is a crucial step for such augmented reality application. {A}s 3{DXA} and fluoroscopy images are acquired on the same vascular {C}-arm, a machine-based 3{D}-2{D} registration is possible. {T}he feasibility of such an approach was proved and demonstrated in \cite{gorges05}. {A}s a result, a complete {A}ugmented {R}eality ({AR}) system, which enables to superimpose the 3{DXA} onto real time fluoroscopy images is going to be developed and installed in one of the vascular room of our institution. {T}he system promises to help the radiologist to guide the tool to the pathology to be treated without the need to inject contrast medium. {T}he {X}-ray dose, injected volume of contrast agent, procedure time and patient discomfort are expected to be reduced. {T}his paper extends our previous work \cite{gorges05} in two ways. {F}irst, the study to assess the precision of the machine-based registration is completed, including various {C}-arm orientations and different focal lengths. {A} mean 2{D} error of 1 mm was observed. {S}econdly, a preliminary clinical evaluation of the {AR} system is reported and clinical evaluation grid is proposed as a ground to an objective and perceptual evaluation of such an {AR} application implying many observers and patient cases. {T}his study demonstrates the potential of the 3{D} {AF} to improve navigation in interventional radiology.}, affiliation = {{GE} {H}ealthcare - {B}uc, {F}rance - {MAGRIT} - {INRIA} {L}orraine - {LORIA} - {CNRS} : {UMR}7503 - {INRIA} - {U}niversit{\'e} {H}enri {P}oincar{\'e} - {N}ancy {I} - {U}niversit{\'e} {N}ancy {II} - {I}nstitut {N}ational {P}olytechnique de {L}orraine }, day = {06}, keywords = {{M}edical {A}ugmented {R}eality, {I}nterventional {R}adiology, 3{D}/2{D} {R}egistration, {C}alibration}, url = {http://hal.inria.fr/inria-00110850/en/} }
@book{linte:hal-00865724, title = {{Augmented Environments for Computer-Assisted Interventions}}, publisher = {Springer}, year = {2013}, editor = {Cristian A. Linte Elvis C.S. Chen Marie-Odile Berger John T. Moore David R. Holmes }, author = {Linte, Christian and Chen, Elvis and Berger, Marie-Odile and Moore, John and Holmes, D.}, volume = {LNCS 7815}, pages = {180}, affiliation = {MAGRIT - INRIA Nancy - Grand Est / LORIA}, audience = {internationale }, hal_id = {hal-00865724}, url = {http://hal.inria.fr/hal-00865724} }
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