Abstract — This paper presents a technique termed Eigen-Nails to classify fingertip force during contact based on the coloration patterns in the fingernail and surrounding skin. Fingertip force is classified into six directions: no force, normal force only, two directions (left/right) of lateral shear force, and two directions (forward/backward) of longitudinal shear forces. Based on the face recognition technique Eigenfaces, a small number of EigenNails are sufficient to express the color pattern features for shear force direction classification. Results show that 98 % of 960 fingernail images of 8 different subjects are correctly classified. The lowest imaging resolution without sacrificing classification accuracy is found to be 10-by-10....
Abstract—We demonstrate a simple approach with which finger force can be measured from nail col-orat...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
When the human fingertip is pressed against a surface or bent, the hemodynamic state of the fingerti...
This paper presents a technique termed eigennails to classify fingertip force during contact based o...
This paper presents a method of imaging the coloration pattern in the fingernail and surrounding ski...
This paper presents a method of imaging the coloration pattern in the fingernail and surrounding ski...
A method based on principal component analysis of the fingernail coloration pattern is presented to ...
This paper presents an external camera method for measuring fingertip forces by imaging the fingerna...
Fingertip tactile sensing is an important perception for both human and robots. It can provide abund...
A new method for measuring both the posture of human fingers and shear force at human fingertips is ...
This paper presents a method for automatically calibrating a fingernail imaging system used to detec...
This paper demonstrates a system for 3D force prediction using fingernail imaging, in which video im...
A tactile record and playback system will progress tactileology—a new cross-disciplinary field relat...
When the human fingertip is pressed against a surface or bent, the hemodynamic state of the fingerti...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2002.Includ...
Abstract—We demonstrate a simple approach with which finger force can be measured from nail col-orat...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
When the human fingertip is pressed against a surface or bent, the hemodynamic state of the fingerti...
This paper presents a technique termed eigennails to classify fingertip force during contact based o...
This paper presents a method of imaging the coloration pattern in the fingernail and surrounding ski...
This paper presents a method of imaging the coloration pattern in the fingernail and surrounding ski...
A method based on principal component analysis of the fingernail coloration pattern is presented to ...
This paper presents an external camera method for measuring fingertip forces by imaging the fingerna...
Fingertip tactile sensing is an important perception for both human and robots. It can provide abund...
A new method for measuring both the posture of human fingers and shear force at human fingertips is ...
This paper presents a method for automatically calibrating a fingernail imaging system used to detec...
This paper demonstrates a system for 3D force prediction using fingernail imaging, in which video im...
A tactile record and playback system will progress tactileology—a new cross-disciplinary field relat...
When the human fingertip is pressed against a surface or bent, the hemodynamic state of the fingerti...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2002.Includ...
Abstract—We demonstrate a simple approach with which finger force can be measured from nail col-orat...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
When the human fingertip is pressed against a surface or bent, the hemodynamic state of the fingerti...