Prostheses that provide feedback to the patient are under active research because such feedback is indispensable for precise handling of objects. We propose the use of thinned CMOS pressure sensors as a sensing element for such prostheses because the integration of active electronics at the sensor node allows for multimodal, intelligent sensor systems with low wiring effort. Thinned silicon is bendable and can be applied to the curved surface of a prosthesis
In this work we present an electronic system to simultaneously measure dynamic and static normal pre...
The success of artificial prosthetic replacements depends on the fixation of the artificial prosthet...
Today’s prostheses provide numerous intuitive features including several gripping patterns and movem...
This paper examines the behavior of thinned and thereby flexible integrated silicon pressure sensors...
Tactile sensors, which achieve the resolution of the human skin and which are able to measure other ...
This paper introduces a study on flexible and stretchable sensor arrays as an add-on for tactile sen...
Artificial limbs, equipped with miniaturized tactile sensors, can handle objects with more dexterous...
We present an electronic sensory system capable of measuring both dynamic and static normal pressure...
We present an electronic sensory system capable of measuring both dynamic and static normal pressure...
The majority of prosthetic hands lack an intelligent feedback control system requiring the user to r...
There is an increasing need to establish skin-like ultra-thin sensors which can directly be deposite...
Recent achievements in the field of electronic skin have provided promising technology for prostheti...
The success of artificial prosthetic replacements depends on the fixation of the artificial prosthet...
Today’s prostheses provide numerous intuitive features including several gripping patterns and movem...
The paper presents the fabrication of transparent, flexible sensor patches developed using a casting...
In this work we present an electronic system to simultaneously measure dynamic and static normal pre...
The success of artificial prosthetic replacements depends on the fixation of the artificial prosthet...
Today’s prostheses provide numerous intuitive features including several gripping patterns and movem...
This paper examines the behavior of thinned and thereby flexible integrated silicon pressure sensors...
Tactile sensors, which achieve the resolution of the human skin and which are able to measure other ...
This paper introduces a study on flexible and stretchable sensor arrays as an add-on for tactile sen...
Artificial limbs, equipped with miniaturized tactile sensors, can handle objects with more dexterous...
We present an electronic sensory system capable of measuring both dynamic and static normal pressure...
We present an electronic sensory system capable of measuring both dynamic and static normal pressure...
The majority of prosthetic hands lack an intelligent feedback control system requiring the user to r...
There is an increasing need to establish skin-like ultra-thin sensors which can directly be deposite...
Recent achievements in the field of electronic skin have provided promising technology for prostheti...
The success of artificial prosthetic replacements depends on the fixation of the artificial prosthet...
Today’s prostheses provide numerous intuitive features including several gripping patterns and movem...
The paper presents the fabrication of transparent, flexible sensor patches developed using a casting...
In this work we present an electronic system to simultaneously measure dynamic and static normal pre...
The success of artificial prosthetic replacements depends on the fixation of the artificial prosthet...
Today’s prostheses provide numerous intuitive features including several gripping patterns and movem...