Abstract: Example methods and apparatus to facilitate voicemail interaction are disclosed. A disclosed example method involves, during a call session with a voicemail system, receiving an audio segment from the voicemail system. The example method also involves performing feature recognition on the audio segment and outputting a display element to a user interface based on a recognized feature in the audio segment.

Abstract: Example methods and apparatus to facilitate voicemail interaction are disclosed. A disclosed example method involves, during a call session with a voicemail system, receiving an audio segment from the voicemail system. The example method also involves performing feature recognition on the audio segment and outputting a display element to a user interface based on a recognized feature in the audio segment.

Abstract: A portable electronic device and a method to protect the portable electronic device from a battery bounce are provided. The portable electronic device (100) can comprise a free-fall condition sensor (105) enabled to detect a pre-battery bounce condition in the portable electronic device and a processor (110) coupled to the free-fall condition sensor (105). The processor (110), in response to a detection of the pre-battery bounce condition by the free-fall condition sensor (105), can be programmed to place the portable electronic device (100) in a pre-battery bounce setting. The method can include detecting a pre-battery bounce condition in the portable electronic device (405) and in response to the detection of the pre-battery bounce condition (405), placing the portable electronic device in a pre-battery bounce setting (410).

Abstract: A system and method are provided for managing hotel operations through a wireless communications network. A central computer includes software for organizing and prioritizing data regarding desired room usage based upon input from arriving hotel guests. The data is organized into shift orders which take into account particular hotel guests needs. The shift orders are transmitted wirelessly to mobile units in the hotel mounted to housekeeping carts. Housekeeping personnel respond to tasks or orders which appear on the screens of the mobile units. The mobile units are also used to wirelessly transmit back to the central computer the status of the work being completed, as well as to advise the central computer as to changing conditions encountered by the housekeeping personnel. The central computer continually updates shift orders, prioritizes assignments to the particular mobile units, and therefore enhances communications directly between the needs of the guests and housekeeping personnel.

Abstract: A device for verifying hardware in a circuit arrangement that includes one or more configuration elements (106) operable to configure hardware elements (108) that are electrically coupled by one or more electrically-conductive pathways (110). The device includes a hardware-verification register (202) coupled to at least one of the electrically-conductive pathways (110). The register (202) is operable to sample a voltage level on at least one of the electrically-conductive pathways (110) at a first time point; store in a memory one or more bits, each bit representing the voltage level on at least one of the electrically-conductive pathways (110) at the first time point; sample a voltage level on at least one of the electrically-conductive pathways (110) at a second time point; and compare, for at least one of the electrically-conductive pathways, the voltage level at the first time point and the voltage level at the second time point.

Abstract: A system and method are provided for managing hotel operations through a wireless communications network. A central computer includes software for organizing and prioritizing data regarding desired room usage based upon input from arriving hotel guests. The data is organized into shift orders which take into account particular hotel guests needs. The shift orders are transmitted wirelessly to mobile units in the hotel mounted to housekeeping carts. Housekeeping personnel respond to tasks or orders which appear on the screens of the mobile units. The mobile units are also used to wirelessly transmit back to the central computer the status of the work being completed, as well as to advise the central computer as to changing conditions encountered by the housekeeping personnel. The central computer continually updates shift orders, prioritizes assignments to the particular mobile units, and therefore enhances communications directly between the needs of the guests and housekeeping personnel.

Abstract: An apparatus for controlling access to a time division multiplexed (TDM) bus includes a frame address register having a plurality of storage registers for storing a plurality of frame addresses designated for use in communicating over said TDM bus. A frame address latch stores a current frame address. A frame comparator, coupled to the frame address register and the frame address latch, compares the designated frame addresses with the current frame address and produces a first signal indicative of the storage register containing a frame address matching the current frame address. A time slot register has a plurality of storage registers for storing a time slot number designated for use in communicating over said TDM bus. A time slot generator generates a current time slot number.