Abstract: An apparatus (625) with a first plurality of input keys (635). Some of the first input keys may be associated with both a numeric value and a first set of alphabetic values and arranged in a first alphabetic keypad layout. The apparatus (625) is further provided with a second plurality of input keys (645), positioned adjacent to the first plurality of input keys (635), and being associated with at least one alphabetic value. Some of the input keys of the second plurality of input keys (645) may be arranged in a second alphabetic keypad layout different from the first alphabetic keypad layout. Further, in various embodiments, at least some input keys of the first plurality of input keys (635) have a second set of alphabetic values that is used as part of the second alphabetic keypad layout. Additionally, in various embodiments, at least some of the alphabetic values of the second keyboard layout are arranged at least partially based on a frequency of use of such alphabetic values.

Abstract: An apparatus (625) with a first plurality of input keys (635). Some of the first input keys may be associated with both a numeric value and a first set of alphabetic values and arranged in a first alphabetic keypad layout. The apparatus (625) is further provided with a second plurality of input keys (645), positioned adjacent to the first plurality of input keys (635), and being associated with at least one alphabetic value. Some of the input keys of the second plurality of input keys (645) may be arranged in a second alphabetic keypad layout different from the first alphabetic keypad layout. Further, in various embodiments, at least some input keys of the first plurality of input keys (635) have a second set of alphabetic values that is used as part of the second alphabetic keypad layout. Additionally, in various embodiments, at least some of the alphabetic values of the second keyboard layout are arranged at least partially based on a frequency of use of such alphabetic values.

Abstract: A wireless mobile device is equipped with a menu driver that facilitates direct navigation between main menu items or activities. In one embodiment, a user may navigate from a last sub-menu item/sub-activity state of a menu item/activity to another last sub-menu item/sub-activity state of another menu item/activity. In one embodiment, sub-menu items or sub-activities are presented as in place scroll list replacing a selected sub-menu item/sub-activity.

Abstract: A wireless mobile phone is provided with the capability to visually convey various information to users, using a number of light emitting devices (LEDs). The information may include notification of an incoming call, text messages of a call (in Morse code representations), complementary graphics for non-graphics contents, and visual representations of attributes of sound. In various embodiments, the implementations may include a visualization controller to selectively activate and deactivate the LEDs, and applicable ones of an event, text and sound visualization clients. In various embodiments, all or selected combinations of the elements may be part of the base unit of the wireless mobile phone, while the remaining elements, if any, may be part of an interchangeable face plate or a covering skin.

Abstract: The invention is directed to mobile device (FIG. 5, No 502) that obtains presence information for multiple users of other mobile devices (FIG. 5, No 508) and aggregating this information for display by at least one of the users. The aggregated presence information can include the physical (FIG. 5, No 516), virtual and ordinal (FIG. 5, Nos 512 and 514) locations for multiple users of the invention. Each user can opt in to, or out of, displaying at least a portion of the aggregated presence information in real time or over time (FIG. 5, No 504). Also statistics can be provided for analyzing presence information over time.