International audienceThis paper introduces a new method for real-time shape sensing. Using a single inertial measurement unit (IMU), our method enables to scan physical objects and to reconstruct digital 3D models. By moving the IMU along the surface, a network of local orientation data is acquired together with traveled distances and network topology. We then reconstruct a consistent network of curves and fit these curves by a globally smooth surface. To demonstrate the feasibility of our approach, we have constructed a mobile device called the Morphorider, which is equipped with a 3A3M-sensor node and an odometer for distance tracking
This thesis presents a complete framework for 3D shape reconstruction using inertial and magnetic se...
National audienceWe are concerned with the reverse engineering problem of reconstructing physical su...
This thesis deals with the development of MorphoView application for An- droid mobile devices. The a...
International audienceThis paper introduces a new method for real-time shape sensing. Using a single...
International audienceWe introduce a new kind of monitoring device, allowing the shape acquisition o...
International audienceWe present a novel framework for acquisition and reconstruction of 3D curves u...
Shape estimation of soft robotic systems is challenging due to the range of deformations that can be...
Micro-sensors developed at the LETI (like microaccelerometers or micromagnetometers) are able to giv...
Shape estimation of soft robotic systems is challenging due to the range of deformations that can be...
This paper presents a novel solution to the metric, scaled reconstruction of objects using any smart...
We present a novel framework for jointly tracking a camera in 3D and reconstructing the 3D model of ...
Three dimensional(3-D) geometric shape measurements have found wide applications in the fields of i...
University of Minnesota Ph.D. dissertation. September 2018. Major: Computer Science. Advisor: Stergi...
The three-dimensional shape acquisition of objects has become more and more important in the last ye...
We describe components of a visual perception system to understand the geometry and semantics of the...
This thesis presents a complete framework for 3D shape reconstruction using inertial and magnetic se...
National audienceWe are concerned with the reverse engineering problem of reconstructing physical su...
This thesis deals with the development of MorphoView application for An- droid mobile devices. The a...
International audienceThis paper introduces a new method for real-time shape sensing. Using a single...
International audienceWe introduce a new kind of monitoring device, allowing the shape acquisition o...
International audienceWe present a novel framework for acquisition and reconstruction of 3D curves u...
Shape estimation of soft robotic systems is challenging due to the range of deformations that can be...
Micro-sensors developed at the LETI (like microaccelerometers or micromagnetometers) are able to giv...
Shape estimation of soft robotic systems is challenging due to the range of deformations that can be...
This paper presents a novel solution to the metric, scaled reconstruction of objects using any smart...
We present a novel framework for jointly tracking a camera in 3D and reconstructing the 3D model of ...
Three dimensional(3-D) geometric shape measurements have found wide applications in the fields of i...
University of Minnesota Ph.D. dissertation. September 2018. Major: Computer Science. Advisor: Stergi...
The three-dimensional shape acquisition of objects has become more and more important in the last ye...
We describe components of a visual perception system to understand the geometry and semantics of the...
This thesis presents a complete framework for 3D shape reconstruction using inertial and magnetic se...
National audienceWe are concerned with the reverse engineering problem of reconstructing physical su...
This thesis deals with the development of MorphoView application for An- droid mobile devices. The a...