peer reviewedIn this paper, a new steering mechanism for wireless capsule devices is presented. The proposed system consists of a platform generating a magnetic field to direct and control the motion of a capsule. The platform contains an upper and a lower set of electromagnets. A permanent magnet is implanted inside the capsule to initiate the movement, which is set by the magnetic field delivered by the electromagnets. The total magnetic field at the capsule's location is the sum of the contributions of each electromagnet. An experimental setup has been designed for testing and comparing between the performance of the capsule mobility in practice and simulations. © 2017 IEEE
Traditional endoscopy based on flexible endoscopes is reliable and effective, but poorly tolerated b...
In this study, we propose a new magnetically actuated anchoring system for wireless capsule endoscop...
AbstractThe development of active locomotion schemes for endoscopic capsules - as opposed to passive...
Traditional endoscopy based on flexible endoscopes is reliable and effective, but poorly tole...
peer reviewedConventional radiological and endoscopic techniques utilizing long tubes were ineffecti...
peer reviewedThis paper describes a new method to control the motion of swallowable wireless capsule...
The gastrointestinal tract is home of some of the most deadly human diseases. The main problems are ...
This project is sponsored by ADI with the reference NFCE – FCOMP-01-0202-FEDER-005358 and also spons...
This paper describes a technique to control the navigation of traditional wireless endoscopic capsul...
We report on a remotely actuated novel anchoring system (patent-pending) based on a curved scissor-e...
The development of active locomotion approaches for endoscopic capsules - as opposed to the passive ...
Traditional endoscopy based on flexible endoscopes is reliable and effective, but poorly tolerated b...
In this study, we propose a new magnetically actuated anchoring system for wireless capsule endoscop...
AbstractThe development of active locomotion schemes for endoscopic capsules - as opposed to passive...
Traditional endoscopy based on flexible endoscopes is reliable and effective, but poorly tole...
peer reviewedConventional radiological and endoscopic techniques utilizing long tubes were ineffecti...
peer reviewedThis paper describes a new method to control the motion of swallowable wireless capsule...
The gastrointestinal tract is home of some of the most deadly human diseases. The main problems are ...
This project is sponsored by ADI with the reference NFCE – FCOMP-01-0202-FEDER-005358 and also spons...
This paper describes a technique to control the navigation of traditional wireless endoscopic capsul...
We report on a remotely actuated novel anchoring system (patent-pending) based on a curved scissor-e...
The development of active locomotion approaches for endoscopic capsules - as opposed to the passive ...
Traditional endoscopy based on flexible endoscopes is reliable and effective, but poorly tolerated b...
In this study, we propose a new magnetically actuated anchoring system for wireless capsule endoscop...
AbstractThe development of active locomotion schemes for endoscopic capsules - as opposed to passive...