Finger length ratios have received much attention among researchers as the 2D:4D ratio has been linked to several physical and mental characteristics. This study explores the feasibility of using a Smartphone as an instrument for measuring finger length ratios. The approach taken in this study is to use the Smartphone camera to take freehand photos of the hand which is subsequently subjected to image analysis. Measurement procedures include hand near and far from the body, palms up or down, or hands in mid air versus hands resting on a flat surface. Experimental evaluations show that the most accurate measurements are achieved by resting the hand on a surface with the palm facing up. These results are comparable to those achieved with conve...
The current study examined the effects of display curvature and hand length on various smartphone us...
Smartphones can be used as magnifying devices to compensate for low visual acuity. However, it can b...
Due to the demanding size and cost constraints of camera phones, the mobile imaging industry needs t...
Finger length ratios have received much attention among researchers as the 2D:4D ratio has been link...
Finger lengths have fascinated scientific researchers for a long time and people hardly notice diffe...
This study presents the results of preliminary test on the interaction between fingertip and touch s...
2D:4D finger ratios are commonly measured manually. Previous automatic method s have relied...
Featured Application The grip posture information identified from this study can provide fundamental...
Greater understanding of the grip postures preferred by users is needed for the ergonomic design of ...
This paper is focused on the possibilities of data collection via photogrammetry methods, using smar...
Te use of photogrammetry and laser scanners has become the standard method of documenting 3D. Based ...
Although the digital camera is readily available and the price is decreasing, many users still consi...
The purpose of this study was to examine the effects of display curvature and hand length on smartph...
Within traditional Chinese medicine, as well as the popular Chinese culture, it is believed that the...
AbstractAnthropometrics show that the lengths of many human body segments follow a common proportion...
The current study examined the effects of display curvature and hand length on various smartphone us...
Smartphones can be used as magnifying devices to compensate for low visual acuity. However, it can b...
Due to the demanding size and cost constraints of camera phones, the mobile imaging industry needs t...
Finger length ratios have received much attention among researchers as the 2D:4D ratio has been link...
Finger lengths have fascinated scientific researchers for a long time and people hardly notice diffe...
This study presents the results of preliminary test on the interaction between fingertip and touch s...
2D:4D finger ratios are commonly measured manually. Previous automatic method s have relied...
Featured Application The grip posture information identified from this study can provide fundamental...
Greater understanding of the grip postures preferred by users is needed for the ergonomic design of ...
This paper is focused on the possibilities of data collection via photogrammetry methods, using smar...
Te use of photogrammetry and laser scanners has become the standard method of documenting 3D. Based ...
Although the digital camera is readily available and the price is decreasing, many users still consi...
The purpose of this study was to examine the effects of display curvature and hand length on smartph...
Within traditional Chinese medicine, as well as the popular Chinese culture, it is believed that the...
AbstractAnthropometrics show that the lengths of many human body segments follow a common proportion...
The current study examined the effects of display curvature and hand length on various smartphone us...
Smartphones can be used as magnifying devices to compensate for low visual acuity. However, it can b...
Due to the demanding size and cost constraints of camera phones, the mobile imaging industry needs t...