Papers
2
Total Citations
19
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About
Yohan Payan is a leading figure in the field of computer-aided medical interventions (CAMI), with a particular focus on the complex biomechanics of soft tissues. His research bridges medicine, computer science, and mechanical modeling to address the challenges of deforming, mobile anatomical structures—a critical shift from traditional rigid-body approaches. Payan’s major contributions include pioneering work on patient-specific modeling for urology and digestive surgery, enabling more accurate and safer minimally invasive procedures. His 2006 paper on soft tissue applications in urology, with 15 citations, laid foundational groundwork for integrating real-time deformation models into surgical robotics. More recently, he has advanced the field through the development of CamiTK, an open-source modular framework designed to accelerate the rapid prototyping of interactive CAMI applications. This tool, detailed in his 2014 work, empowers interdisciplinary teams to collaborate more efficiently, reducing the time from research to clinical implementation. Payan’s work is distinguished by its translational impact, directly improving surgical precision and patient outcomes. His ongoing efforts continue to shape how clinicians and engineers approach the modeling and manipulation of soft tissues in interventional settings.
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