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-MediCIS - UMR U1099 LTSI activities concern the development of new information science algorithms dedicated to the study of modeling approaches for model guided surgery and interventions.+MediCIS - UMR U1099 LTSI activities concern the development of new information science algorithms dedicated to the study of modeling approaches for model guided surgery and interventions. It aims at **improving surgical quality** by means of **surgical decision support** and **surgical skill evaluation and training**.
-{{ :mgssystems2.gif?400}} 
====== General Methodological Objectives ====== ====== General Methodological Objectives ======
 +{{:schema2bs.jpg|Our approach for surgical decision support systems}}
Our objective is to study methods for modelling and analysis surgical and interventional knowledge and processes allowing the development of a new generation of computer assisted surgical (CAS) systems with full decision-making support. In this context, we are addressing the general problems of conception of **the surgical room of the future**. We address the issue of modelling through two complementary approaches: numeric with data fusion inspired approaches and symbolic with conceptual modelling and formal ontologies. Our objective is to study methods for modelling and analysis surgical and interventional knowledge and processes allowing the development of a new generation of computer assisted surgical (CAS) systems with full decision-making support. In this context, we are addressing the general problems of conception of **the surgical room of the future**. We address the issue of modelling through two complementary approaches: numeric with data fusion inspired approaches and symbolic with conceptual modelling and formal ontologies.
-  * [[:activities:theme1|more details on Numerical Modeling approaches for Model guided Surgery]] +  * [[:activities:projects|more details on current and past projects]]
-  * [[:activities:theme3|more details on Symbolic Modeling approaches for Model guided Surgery]]+
 +{{:schema2s.jpg|Our approach for surgical skill evaluation and training}}
-====== General Application Domains ======+====== Clinical Applications ======
-Main clinical applications are on cranial and spinal surgery with special focus on functional neurosurgery (such as Deep Brain Stimulation), surgery of brain tumors, spinal surgery, and interventional neuroradiolog Image Guided Neurosurgery through the integration of new intra-operative sensors and the semantic modeling of surgical procedures. More generally, our application objectives concern epilepsy, neuro-degenerative brain diseases, brain vascular diseases, Deep Brain Stimulation, and tumor surgery. +Cranial and spinal surgery. Functional neurosurgery (such as Deep Brain Stimulation). Surgery of brain tumors. Eye surgery. Laparoscopic surgery.
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-====== Research projects ====== +
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-  * [[:activities:theme1:msds|Model based surgical decision support]] +
-  * [[:activities:theme1:mgdbs|Model guided deep brain stimulation]] +
-  * [[:activities:theme1:spm|Surgical Procedural Knowledge Modeling]] +
-  * [[:activities:theme1:cmcfo|Conceptual modeling and creation of formal ontologies]] +
-  * [[:activities:theme1:spm|Surgical competencies evaluation and training]] +
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-====== Previous research projects ====== +
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-  * [[:activities:theme1:projects|Image guided neurosurgery]] +
-  * [[:activities:theme3:projects|Management of information in neuroimaging]]+
====== Keywords ====== ====== Keywords ======
-Surgical Quality, Patient Safety, Computer Assisted Surgery, Surgical Training, Surgical Evaluation, Non technical surgical skills, Ontology, Semantic Modeling, Image guided Surgery, Machine learning, Surgical Process Models, Knowledge Modeling, Surgical Workflow+Surgical Data Science, Surgical Quality, Patient Safety, Computer Assisted Surgery, Surgical Training, Surgical Evaluation, Non technical surgical skills, Ontology, Semantic Modeling, Image guided Surgery, Machine learning, Surgical Process Models, Knowledge Modeling, Surgical Workflow
inserm rennes1 ltsi