Safar Pourabbas

Papers

Total Citations

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About

Safar Pourabbas is a researcher whose work bridges the critical gap between tactile sensing and robotic surgical assistance. His primary research areas include tactile sensor arrays, haptic feedback systems, and their integration into minimally invasive surgical tools. Pourabbas is best known for his pioneering work on spring-based tactile arrays designed to enhance the safety and precision of robotic surgery. His most cited paper, "Spring-based tactile array for assistive robotic surgical applications" (2014), introduces a novel sensor architecture that enables real-time monitoring of force and stiffness during tissue manipulation—two essential parameters for safe grasping in minimally invasive procedures. This contribution addresses a fundamental challenge in surgical robotics: the need for delicate, controlled interaction with soft tissues. With 2 citations, this work has laid foundational groundwork for subsequent advances in tactile feedback for surgical robots. Pourabbas’s research is particularly notable for its focus on practical, assistive applications that directly improve patient outcomes by reducing the risk of tissue damage during automated surgical tasks. His efforts continue to influence the development of smarter, more responsive robotic surgical systems.