Abstract: Techniques are disclosed to facilitate a watch user interface (UI) that adjusts based upon watch orientation. The watch may include user input devices that allow a user to interact with the watch via the UI. The user input devices may be coupled to the watch at various locations, and the UI may rotate and/or otherwise compensate for changes determined in the watch orientation. As the watch is reoriented (e.g., rotated by 180 degrees), the user input devices are moved to new positions with respect to the user interface. The techniques described herein adjust the functionality provided by the user input devices to provide a consistent UI experience regardless of the watch orientation.

Abstract: Techniques are disclosed to facilitate a watch user interface (UI) that adjusts based upon watch orientation. The watch may include user input devices that allow a user to interact with the watch via the UI. The user input devices may be coupled to the watch at various locations, and the UI may rotate and/or otherwise compensate for changes determined in the watch orientation. As the watch is reoriented (e.g., rotated by 180 degrees), the user input devices are moved to new positions with respect to the user interface. The techniques described herein adjust the functionality provided by the user input devices to provide a consistent UI experience regardless of the watch orientation.

Abstract: Techniques are disclosed to facilitate a watch user interface (UI) that adjusts based upon watch orientation. The watch may include user input devices that allow a user to interact with the watch via the UI. The user input devices may be coupled to the watch at various locations, and the UI may rotate and/or otherwise compensate for changes determined in the watch orientation. As the watch is reoriented (e.g., rotated by 180 degrees), the user input devices are moved to new positions with respect to the user interface. The techniques described herein adjust the functionality provided by the user input devices to provide a consistent UI experience regardless of the watch orientation.

Abstract: A computing device can use a combination of input technologies in order to provide for more accurate input determinations, as well as to reduce the number of false inputs determined. A capacitance-sensing approach, which can be self- or mutual-capacitance in nature, can be combined with a force- or pressure-sensing approach. The approaches can share at least some components, such as one or more electrodes, in order to conserve space on the device and reduce cost. An input at one or more locations in one or more modes then can be accepted only if the input is determined to be valid for both approaches, which can prevent false input resulting from keys or other metallic objects being detected by the capacitance components, as well as objects applying pressure to the device as detected by the force sensing components.

Abstract: Various embodiments are directed to improved message addressing techniques. In one embodiment, a computing device may comprise a messaging client arranged to receive an input sequence of alphabetic or alphanumeric characters as a destination of an outbound message. The messaging client may recognize that the input sequence represents a mnemonic short code and may automatically generate a common short code comprising a sequence of numeric digits associated with the mnemonic short code. The messaging client may display both the input sequence comprising the mnemonic short code and the common short code and enable the outbound message to be sent using the common short code as the destination. Other embodiments are described and claimed.

Abstract: A peripheral device and attachment scheme is provided to enable peripheral devices to be detachably coupled to handheld computers. The attachment scheme enables a peripheral device to be piggy-backed with a handheld computer, with the two devices being connected so that the front face of the peripheral device is adjacent a back surface of the handheld computer. The peripheral attachment scheme includes a moveable latch element that is actuable through insertion of a laterally positioned mechanism. An operator may engage and disengage the latch element with the handheld computer with one hand.

Abstract: A peripheral device and attachment scheme is provided to enable peripheral devices to be detachably coupled to handheld computers. The attachment scheme enables a peripheral device to be piggy-backed with a handheld computer, with the two devices being connected so that the front face of the peripheral device is adjacent a back surface of the handheld computer. The peripheral attachment scheme includes a moveable latch element that is actuable through insertion of a laterally positioned mechanism. An operator may engage and disengage the latch element with the handheld computer with one hand.