This document presents the design of a 6-degree of freedom fiberoptic force-torque-sensor for integration in instruments for minimally invasive robotic surgery. The measuring system based on fiber Bragg gratings as well as the calibration procedure are explained. Measurement properties of the sensor are verified in a test setup
A 5 mm diameter tri-axial force sensor has been developed for minimally invasive robotic surgery. To...
Force sensing has become an important determinant of mitigating tissue injury in robotic flexible ur...
Force sensing has become an important determinant of mitigating tissue injury in robotic flexible ur...
In minimally invasive robotic surgery long and slender instruments are introduced into the body of t...
This paper proposes a force/torque sensor structure that can be easily integrated into a flexible ma...
AbstractIn recent years, the needs of force measurement in medicine are becoming stronger to realize...
We report on the design, mathematical modeling and preliminary development work for a novel fiber op...
We report on the design, mathematical modeling and preliminary development work for a novel fiber op...
Summary: A 5 mm diameter tri-axial force sensor has been developed for minimally invasive robotic su...
Robot-assisted Minimally Invasive Surgery (RMIS) typically uses a master–slave surgical configuratio...
Robot-assisted minimally invasive surgery (RMIS) typically uses a master–slave surgical configuratio...
This paper introduces the fabrication of a six degreeof- freedom force and torque sensor based on fi...
This article presents a novel force sensor to detect the distal force of tendon-sheath mechanisms (T...
Surgical robots have been widely researched due to their features of accurate positioning, no jitter...
Surgical robots have been widely researched due to their features of accurate positioning, no jitter...
A 5 mm diameter tri-axial force sensor has been developed for minimally invasive robotic surgery. To...
Force sensing has become an important determinant of mitigating tissue injury in robotic flexible ur...
Force sensing has become an important determinant of mitigating tissue injury in robotic flexible ur...
In minimally invasive robotic surgery long and slender instruments are introduced into the body of t...
This paper proposes a force/torque sensor structure that can be easily integrated into a flexible ma...
AbstractIn recent years, the needs of force measurement in medicine are becoming stronger to realize...
We report on the design, mathematical modeling and preliminary development work for a novel fiber op...
We report on the design, mathematical modeling and preliminary development work for a novel fiber op...
Summary: A 5 mm diameter tri-axial force sensor has been developed for minimally invasive robotic su...
Robot-assisted Minimally Invasive Surgery (RMIS) typically uses a master–slave surgical configuratio...
Robot-assisted minimally invasive surgery (RMIS) typically uses a master–slave surgical configuratio...
This paper introduces the fabrication of a six degreeof- freedom force and torque sensor based on fi...
This article presents a novel force sensor to detect the distal force of tendon-sheath mechanisms (T...
Surgical robots have been widely researched due to their features of accurate positioning, no jitter...
Surgical robots have been widely researched due to their features of accurate positioning, no jitter...
A 5 mm diameter tri-axial force sensor has been developed for minimally invasive robotic surgery. To...
Force sensing has become an important determinant of mitigating tissue injury in robotic flexible ur...
Force sensing has become an important determinant of mitigating tissue injury in robotic flexible ur...
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