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A. Gasparetto and V. Zanotto
Toward an optimal performance index for neurosurgical robot's design
Robotica (2010), volume 28, issue 02, pp. 279-296

Abstract: In the past years a large number of new surgical devices have been developed to improve the operation outcomes and reduce the patient's trauma. Nevertheless, the dexterity and accuracy required in positioning the surgical tools are often unreachable if the surgeons are not assisted by a suitable system. Since a medical robot works in an operating room, close to the patient and the medical staff, it has to satisfy much stricter requirements with respect to an industrial one. From a kinematic point of view, the robot must reach any target position in the patient's body, being as less invasive as possible for the surgeon's workspace. In order to meet such requirements, the right robot structure has to be chosen by means of the definition of suitable kinematic performance indices.


Area: Robotica Medica
Attivitą: DAANS: Double Action Actuator for Neuro Surgery

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