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      MediCIS       MediCIS
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-**Team Coordinator**, [[:members:pierre.jannin:index|Pierre Jannin]].+**Team Coordinator**: [[:members:pierre.jannin:index|Pierre Jannin]].
MediCIS is a research team of the [[http://www.ltsi.univ-rennes1.fr|UMR Inserm U1099 LTSI]] from [[http://www.univ-rennes1.fr|University of Rennes I]], affiliated to [[http://www.inserm.fr|INSERM]] (National Institute of Health and Scientific Research) and is located in Rennes, France at the medical school. MediCIS is a research team of the [[http://www.ltsi.univ-rennes1.fr|UMR Inserm U1099 LTSI]] from [[http://www.univ-rennes1.fr|University of Rennes I]], affiliated to [[http://www.inserm.fr|INSERM]] (National Institute of Health and Scientific Research) and is located in Rennes, France at the medical school.
-We aim at improving **surgical quality** through two directions. First, by computer assistance of the surgical decision-making process including managerial decisions, process of care, and outcome-based decisions. Second, by developing simulation systems for better surgical training and evaluation. A common methodological approach will be studied for both: the study of methods for symbolic and numeric modeling of the different technical and non-technical surgical skills. One aim is also to study low-cost and low-complexity technologies for, but not exclusively, neurosurgery.+We aim at improving **surgical quality** with [[https://www.nature.com/articles/s41551-017-0132-7|Surgical Data Science]]. This first includes study of Artificial Intelligence approaches for computer assistance of surgical decision-making process including managerial decisions, process of care, and outcome-based decisions. And secondly, the study of methods for symbolic and numeric modeling of the different technical and non-technical surgical skills for developing simulation systems for better surgical training and evaluation. One aim is also to study low-cost and low-complexity technologies for, but not exclusively, neurosurgery.
 +**[[HTTP://WWW.CARS2019.ORG|... WE ORGANIZED CARS 2019 CONFERENCE IN RENNES. See how successful it was ...]]
 +**
 +[[HTTP://WWW.CARS2019.ORG|{{ :cars_2019_-_d.png?100|}}]]
====== News ====== ====== News ======
{{rss>https://medicis.univ-rennes1.fr/feed.php?type=rss3&num=10&ns=news&mode=list&content=html 5}} {{rss>https://medicis.univ-rennes1.fr/feed.php?type=rss3&num=10&ns=news&mode=list&content=html 5}}
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====== Main Research Projects and Supports ====== ====== Main Research Projects and Supports ======
{{ :wordcount2b.jpg?200|}} {{ :wordcount2b.jpg?200|}}
-  * DBS-COMP: « Tractography and Deep Brain Stimulation » (PI-3 years) Funding from FRM +  * [[https://medicis.univ-rennes1.fr/activities/theme1/dbscomp|DBS-COMP: « Tractography and Deep Brain Stimulation » (PI-3 years) Funding from FRM]] 
-  * M-DBS: « Model Guided Deep Brain Stimulation : Understanding of underlying phenomenon and improvement of surgical procedure » (PI-4 years) Funding from INCR+  * [[http://www.incr.fr|M-DBS: « Model Guided Deep Brain Stimulation : Understanding of underlying phenomenon and improvement of surgical procedure » (PI-4 years) Funding from INCR]]
  * [[http://www.sunset.cominlabs.ueb.eu|SunSet: « Surgical Non-Technical Skills Training System » (PI-4 years) Funding from LabEx CominLabs]]   * [[http://www.sunset.cominlabs.ueb.eu|SunSet: « Surgical Non-Technical Skills Training System » (PI-4 years) Funding from LabEx CominLabs]]
-  * [[https://b-com.com/en/news/project-condor-bcom-and-its-partners-invent-hospital-future|CONDOR (Partner-3 years)]]+  * [[https://condor-project.eu|CONDOR (Partner-3 years)]]
  * [[http://www.s3pm.cominlabs.ueb.eu|S3PM: Surgical Process Model for Surgical Training (PI-4 years)]]   * [[http://www.s3pm.cominlabs.ueb.eu|S3PM: Surgical Process Model for Surgical Training (PI-4 years)]]
  * [[http://cami-labex.fr|CAMI LabEx: Computer Assisted Medical Interventions]]   * [[http://cami-labex.fr|CAMI LabEx: Computer Assisted Medical Interventions]]
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====== Involvement in Conferences ====== ====== Involvement in Conferences ======
-  * Participation à l'organisation de la [[http://www.cars-int.org/|conférence internationale CARS 2017]] Barcelona en Juin 2017 (Spain+  *[[HTTP://WWW.CARS2019.ORG|Organization of CARS 2019 CONFERENCE in RENNES June 17-21 2019...]] 
-  * P. Jannin: Program Chair for [[http://www.miccai2017.org/|MICCAI 2017 conference]], Quebec, Canada +  * Participation à l'organisation de la [[http://www.cars-int.org/|conférence internationale CARS 2018]] Berlin en Juin 2018 (Germany
-  * P. Jannin gives an invited talk on "Surgical Process Modeling: Methods and Applications" on October 17 2016, at [[http://care2016.imaging.robarts.ca/|the CARE workshop at MICCAI 2016]], Athens, Greece +  * Invited talk at "Autonomy in Surgical robots" Hamlyn Symposium Imperial College London, June 24-27, 2018 
-  * P. Jannin gives a plenary talk on "Surgical Skill Analysis and Modeling" on October 14 2016, at [[http://ksmr.or.kr/accas/index.php/|the Asian Conference on Computer Aided Surgery]], Daejeon, Korea +  * Invited talk at 2nd Biannual Summer School on Control of Surgical Robots (COSUR) 2018 9-13 July 2018 Department of Computer Science, University of Verona, Italy
-  * P. Jannin: Program Committee member for [[http://www.miccai2016.org/|MICCAI 2016 conference]], Athens, Greece+
[[:confs_page:index|See all ...]] [[:confs_page:index|See all ...]]
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Methods: Methods:
 +  - Surgical Data Science
 +  - Artificial Intelligence and Machine Learning
  - Study and understanding of surgical competencies within simulated and real clinical environments   - Study and understanding of surgical competencies within simulated and real clinical environments
  - Study of methods for modeling and evaluation of competencies from observed data   - Study of methods for modeling and evaluation of competencies from observed data
  - Implementation of models and methods within systems allowing evaluating, ensuring and/or optimising surgical quality   - Implementation of models and methods within systems allowing evaluating, ensuring and/or optimising surgical quality
-Our core competencies: Data fusion and image processing, Machine learning, Supervized and unsupervised analysis, Knowledge modeling+Our core competencies: Surgical Data Science, Artificial Intelligence and Machine Learning, Data fusion and image processing, Ontologies
For more details about the methodological and applicative objectives on these issues, go to the [[:activities|Scientific Activities]] page. For more details about the methodological and applicative objectives on these issues, go to the [[:activities|Scientific Activities]] page.
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