Tactile representation of location characteristics and content in 3D

1 . A method for providing location information of an object through touch via differentiation in stimuli between a plurality of somatosensory input points, the method comprising:

receiving, by a processor, a spatial position of an object emitting said information;

assigning, by the processor, for each of the plurality of somatosensory input points at least one of corresponding location characteristics of said object, based on a number of the plurality of somatosensory input points;

determining, by the processor, for each of the plurality of somatosensory input points a corresponding location coefficient based on an intended panning angle surrounding a recipient of the plurality of somatosensory input points;

determining, by the processor, a waveform based on a location characteristic of the object emitting the information;

outputting via each of the plurality of somatosensory input stimuli that is experienced through touch based on its respective location characteristic and at least one of: location coefficient and the waveform; and

determining, by the processor, for each of the plurality of somatosensory input points a corresponding azimuth amplitude coefficient;

wherein, if a first angle between a particular somatosensory input point of the plurality of somatosensory input points and an intended panning azimuthal angle is greater than a second angle between the particular somatosensory input point and an adjacent somatosensory input point, then the azimuth amplitude coefficient is zero, otherwise, the azimuth amplitude coefficient is based on the intended panning azimuthal angle, the position of the particular somatosensory input point, and the second angle between the particular somatosensory input point and the adjacent somatosensory input point.

2 . The method of claim 1 wherein the location characteristic is at least one of angle; azimuth; elevation; distance; and spatial parameters.

3 . The method of claim 1 wherein the somatosensory input points are provided via a multi frequency actuator.

4 . The method of claim 1 wherein the spatial position of the object is in cartesian coordinates, and further comprising converting the spatial position into spherical coordinates.

5 . The method of claim 1 wherein the waveform is a sawtooth wave with a frequency that is based on a minimum elevation and a maximum elevation.

6 . The method of claim 1 wherein the plurality of somatosensory input points are at least one of: fingers; chest; back; shoulders; wrists; ears; and feet.

7 . The method of claim 1 wherein the plurality of somatosensory input points are multi frequency actuators.

8 . The method of claim 1 wherein if said information is an integration of sound wave and location, the method further enhancing position and comprehension of audio.

9 . The method of claim 1 wherein the audio is in the ultrasound or infrasound frequency.

10 . The method of claim 1 wherein if the information is a sound wave, the method further comprises multiplying in a time domain the sound wave with waveform.

11 . The method of claim 1 wherein the method is used for enhancement capabilities of auditory localization.

12 . A system for providing location information of an object through touch via differentiation in stimuli between a plurality of somatosensory input points, said system comprising:

a processor configured for receiving a spatial position of an object emitting the information;

the processor configured for assigning, for each of the plurality of somatosensory input points at least one of corresponding location characteristics of said object, based on a number of the plurality of somatosensory input points;

the processor configured for determining, for each of the plurality of somatosensory input points a corresponding location coefficient, based on an intended panning angle surrounding a recipient of the plurality of somatosensory input points;

the processor configured for determining a waveform based on a location characteristic of the object emitting the information; and

at least one multi-frequency actuator configured for outputting via each of the plurality of somatosensory input stimuli that is experienced through touch based on its respective location characteristic and at least one of: location coefficient and the waveform; and

the processor configured for determining, for each of the plurality of somatosensory input points a corresponding azimuth amplitude coefficient;

wherein, if a first angle between a particular somatosensory input point of the plurality of somatosensory input points and an intended panning azimuthal angle is greater than a second angle between the particular somatosensory input point and an adjacent somatosensory input point, then the azimuth amplitude coefficient is zero, otherwise, the azimuth amplitude coefficient is based on the intended panning azimuthal angle, the position of the particular somatosensory input point, and the second angle between the particular somatosensory input point and the adjacent somatosensory input point.