Learn More
The effect of active and passive finger movement on cutaneous sensitivity to nonpainful electric stimulation was studied in 7 healthy human subjects. Active and passive finger movement produced a suppression of threshold stimuli, whereas the amplitude discrimination of suprathreshold stimuli was enhanced during passive but not active movement.
ABSTRACT We propose a system for the active cancellation of exhaust sound power where the desired outcome is a compact and lightweight solution to reduce exterior noise levels to inaudible operation at 20 meters. We have identified two challenges in developing this solution. The first is the integration of COTS technology to provide the signal processing(More)
The purpose of this study was to find out whether the finger movement-induced modulation of cutaneous discrimination thresholds varies with the intensity level of the test stimulation in various movement conditions. The effect of active and passive finger movement on cutaneous sensitivity to nonpainful electrical stimulation of threshold and suprathreshold(More)
  • 1