Abstract: A system, method, and service of managing data comprises establishing a computerized user profile guideline corresponding to selected television programming interests of a user; instructing a processor to manage data based on the computerized user profile guideline, wherein the data is received from a television programming broadcaster; and managing access to specified television programming when the computerized user profile guideline corresponding to the selected television programming interests of the user is satisfied. The process of managing access may comprise alerting the user with information pertaining to the specified television programming.

Abstract: A system, method, and service of managing data comprises establishing a computerized user profile guideline corresponding to selected television programming interests of a user; instructing a processor to manage data based on the computerized user profile guideline, wherein the data is received from a television programming broadcaster; and managing access to specified television programming when the computerized user profile guideline corresponding to the selected television programming interests of the user is satisfied. The process of managing access may comprise alerting the user with information pertaining to the specified television programming.

Abstract: A system, method, and service of managing data comprises establishing a computerized user profile guideline corresponding to selected television programming interests of a user; instructing a processor to manage data based on the computerized user profile guideline, wherein the data is received from a television programming broadcaster; and managing access to specified television programming when the computerized user profile guideline corresponding to the selected television programming interests of the user is satisfied. The process of managing access may comprise alerting the user with information pertaining to the specified television programming.

Abstract: A wireless communications device uses an amplifier module to transmit signals. The amplifier module is configured to amplify a signal. The amplifier module includes an amplifier circuit and a control module. The control module is configured to vary the operating parameters of the amplifier circuit based on a desired output power level. The control module relies on stored data values to dynamically vary the operating parameters of the amplifier circuit so as to increase the efficiency of the amplifier circuit.

Abstract: A system for receiving a transmitted signal is provided. The system includes a first receiver that can receive the transmitted signal and decode the transmitted signal according to a first demodulation format, such as a CDMA or PCS format. A second receiver, such as an FM demodulator, is connected to the first receiver at a suitable location, such as after initial signal amplification and processing has been completed. The second receiver can decode the transmitted signal according to a second demodulation format, such as AMPS.

Abstract: A communications device includes an amplifier module configured to amplify a signal. The amplifier module includes a parallel arrangement of amplifiers each designed to operate with increased efficiency for different power level ranges. A controllable switch selectively interconnects the power amplifiers. A controller in communication with the controllable switch selectively interconnects the power amplifiers to increase the efficiency of the amplifier module.

Abstract: A wireless communications device uses an amplifier module to transmit signals. The amplifier module is configured to amplify a signal. The amplifier module includes an amplifier circuit and a control module. The control module is configured to vary the operating parameters of the amplifier circuit based on a desired output power level. The control module relies on stored data values to dynamically vary the operating parameters of the amplifier circuit so as to increase the efficiency of the amplifier circuit.

Abstract: A wireless communications device uses an amplifier module to transmit signals. The amplifier module is configured to amplify a signal. The amplifier module includes an amplifier circuit and a control module. The control module is configured to vary the operating parameters of the amplifier circuit based on a desired output power level. The control module relies on stored data values to dynamically vary the operating parameters of the amplifier circuit so as to increase the efficiency of the amplifier circuit.

Abstract: A wireless communications device includes an amplifier module configured to amplify a signal. The amplifier module includes a serial arrangement of amplifiers. Each of the amplifiers are designed to operate with increased efficiency for different power level ranges. The amplifiers are connectable via controllable switches. A controller, in communication with the controllable switches, selectively connects the amplifiers to increase the efficiency of the amplifier module.