Abstract: The claimed subject matter provides a system and/or a method that facilitates providing data entry associated with a keypad and a touchpad. An interface can facilitate receiving input data. A combined circuitry component can employ a keypad functionality and a touchpad functionality based on the input data utilizing a single circuitry.

Abstract: Systems and methods that integrate audio capabilities within a display. A multilayered arrangement of dielectric and conductive layers can form a transducer that is integrated into the display. The dielectric layer can subsequently be charged (e.g., a biased voltage) and subject to a voltage to produce distortions and/or deflections of the dielectric layer, to produce acoustic waves that are audible to a user.

Abstract: The claimed subject matter provides a system and/or a method that facilitates providing data entry associated with a keypad and a touchpad. An interface can facilitate receiving input data. A combined circuitry component can employ a keypad functionality and a touchpad functionality based on the input data utilizing a single circuitry.

Abstract: Systems and methods of pointing in hand-held devices are described. In accordance with this scheme, a user may control the position where a pointer is displayed on a display screen simply by changing the orientation of the hand-held device relative to a currently preferred device orientation, which is tracked automatically. In addition, unintentional device orientation changes, such as periodic device orientation changes that might be caused by carrying the hand-held device while walking or driving, are filtered out dynamically. In this way, the pointer may be positioned accurately and reliably at any one of a plurality of pointer screen locations based upon changes in device orientation under a wide variety of different usage conditions.

Abstract: Systems and methods of pointing in hand-held devices are described. In accordance with this scheme, a user may control the position where a pointer is displayed on a display screen simply by changing the orientation of the hand-held device relative to a currently preferred device orientation, which is tracked automatically. In addition, unintentional device orientation changes, such as periodic device orientation changes that might be caused by carrying the hand-held device while walking or driving, are filtered out dynamically. In this way, the pointer may be positioned accurately and reliably at any one of a plurality of pointer screen locations based upon changes in device orientation under a wide variety of different usage conditions.

Abstract: Systems and methods of pointing in hand-held devices are described. In accordance with this scheme, a user may control the position where a pointer is displayed on a display screen simply by changing the orientation of the hand-held device relative to a currently preferred device orientation, which is tracked automatically. In addition, unintentional device orientation changes, such as periodic device orientation changes that might be caused by carrying the hand-held device while walking or driving, are filtered out dynamically. In this way, the pointer may be positioned accurately and reliably at any one of a plurality of pointer screen locations based upon changes in device orientation under a wide variety of different usage conditions.

Abstract: Systems and methods of pointing in hand-held devices are described. In accordance with this scheme, a user may control the position where a pointer is displayed on a display screen simply by changing the orientation of the hand-held device relative to a currently preferred device orientation, which is tracked automatically. In addition, unintentional device orientation changes, such as periodic device orientation changes that might be caused by carrying the hand-held device while walking or driving, are filtered out dynamically. In this way, the pointer may be positioned accurately and reliably at any one of a plurality of pointer screen locations based upon changes in device orientation under a wide variety of different usage conditions.