Abstract:
A method of the present invention includes the steps of identifying (801) a first frequency allocation and a second frequency allocation and programming a radio frequency device (401, 701, 901) to at least one of: a) simultaneously receive a first signal within the first frequency allocation and a second signal within the second frequency allocation; and b) simultaneously transmit a first signal within the first frequency allocation and a second signal within the second frequency allocation.
Abstract:
dispositivo e método de radiofreqüência para alocação de freqüência múltipla um método da presente invenção inclui as etapas de identificar (801) uma primeira alocação de freqüência e uma segunda alocação de freqüência e programar um dispositivo de radiofreqüência (401, 701, 901) para pelo manos uma entre a) receber simultaneamente um primeiro sinal dentro da primeira alocação de freqüência e um segundo sinal dentro da segunda alocação de freqüência; e b) transmitir simultaneamente um primeiro sinal dentro da primeira alocação de frequüência e um segundo sinal dentro da segunda alocação de freqüência.
Abstract:
The present invention addresses the need for an apparatus and method for facilitating and performing distributed speech processing in a wireless communication system. The present invention encompasses communication infrastructure embodiments that facilitate distributed speech processing by establishing voice and data pathways to support distributed speech processing services. The present invention also encompasses a communication unit that performs distributed voice recognition and distributed speech synthesis via the communication infrastructure. The communication unit (102) requests communication services from the communication infrastructure (101) that support both voice and data communication and utilizes a data connection to a distributed speech processing unit (116) to perform distributed voice recognition and distributed speech synthesis.
Abstract:
A wireless communication system (100) employs a method and apparatus for providing information to multiple communication units (121-129). The communication system includes a communication infrastructure (101, 102, 103, 105, 111-113, 120), a data network (107) and an information source (109). The multiple communication units each subscribe to an information service provided by the information source. The communication infrastructure creates a subscription group that includes the multiple communication units. The infrastructure receives subscriber information including at least one information unit from the information source and sets up a point-to-multipoint group call with the subscription group. The infrastructure then transmits the subscriber information to the multiple communication units. Any information unit not confirmed by the multiple communication units is re-transmit by the infrastructure. If any information unit remains unconfirmed after the re-transmission, the infrastructure sets up a point-to-point communication session with individual communication units and re-transmits the remaining unconfirmed information unit.
Abstract:
Data to be transmitted from an information source (301), associated with a local/wide area network (303), to a target destination (317) is formatted into a plurality of data packets. Based on a message type of the data packets, either a circuit-switched network (311) or a packet-switched network (309) is selected. When the circuit-switched network is chosen, a circuit-switched channel (314) is established to the target destination, and the data packets are transmitted to the target destination via the circuit-switched channel. When the packet-switched network is chosen, a packet-switched channel (313) is established to the target destination, and the data packets are transmitted to the target destination via the packet-switched channel.
Abstract:
Método para que una unidad de comunicación realice un procesamiento distribuido de palabra que comprende los pasos de: pedir un servicio de comunicación a una infraestructura de comunicación que soporta comunicaciones de voz y de datos; pedir una conexión de voz, provista por el servicio de comunicación, entre la unidad de comunicación y un dispositivo de comunicación; pedir una conexión de datos, provista por el servicio de comunicación, entre la unidad de comunicación y una unidad de procesamiento distribuido de palabra; extraer datos de procesamiento de palabra de una senal de voz; y transmitir los datos de procesamiento de palabra a la unidad de procesamiento distribuido de palabra a través de la conexión de datos. Unidad de comunicación usada en dicho método que comprende: un transmisor; un procesador, acoplado al transmisor, que da instrucciones al transmisor de transmitir a una infraestructura de comunicación un pedido de un servicio de comunicación que soporta comunicación de voz y datos, un pedido de una conexión de voz, provisto por el servicio de comunicación, entre la unidad de comunicación y un dispositivo de comunicación, y un pedido de una conexión de datos, provisto por el servicio de comunicación, entre la unidad de comunicación y una unidad de procesamiento de palabra; y un receptor, acoplado al procesador, que recibe datos de síntesis de palabra desde la unidad de procesamiento distribuido de palabra a través de la conexión de datos y provee al procesador los datos de procesamiento de palabra para la síntesis en palabra.
Abstract:
La presente se dirige a la necesidad de un aparato y un método para facilitar y realizar un procesamiento de conversación distribuida en un sistema de comunicación inalámbrica. La presente incluye realizaciones de infraestructura de comunicación que facilitan el procesamiento de conversación distribuida estableciendo rutas de voz y de datos para soportar servicios de procesamiento de conversación distribuida. La presente también incluye una unidad de comunicación que realiza reconocimiento de voz distribuida y síntesis de conversación distribuida a través de la infraestructura de comunicación. La unidad de comunicación (102) requiere servicios de comunicación de la infraestructura de comunicación (101) que soporta tanto comunicación de voz como de datos y utiliza una conexión de datos a una unidad de procesamiento de conversación distribuida (116) para realizar reconocimiento de voz distribuida y síntesis de conversación distribuida.
Abstract:
The present invention addresses the need for an apparatus and method for facilitating and performing distributed speech processing in a wireless communication system (100, 200). The present invention encompasses communication infrastructure embodiments (101, 201) that facilitate distributed speech processing by establishing voice and data pathways to support distributed speech processing services. The present invention also encompasses a communication unit (102, 202) that performs distributed voice recognition and distributed speech synthesis via the communication infrastructure (101, 201). The communication unit (102, 202) requests communication services from the communication infrastructure (101, 201) that support both voice and data communication and utilizes a data connection to a distributed speech processing unit (116, 216) to perform distributed voice recognition and distributed speech synthesis.
Abstract:
A wireless communication system (100) employs a method and apparatus for providing information to multiple communication units (121-129). The communication system includes a communication infrastructure (101, 102, 103, 105, 111-113, 120), a data network (107) and an information source (109). The multiple communication units each subscribe to an information service provided by the information source. The communication infrastructure creates a subscription group that includes the multiple communication units. The infrastructure receives subscriber information including at least one information unit from the information source and sets up a point-to-multipoint group call with the subscription group. The infrastructure then transmits the subscriber information to the multiple communication units. Any information unit not confirmed by the multiple communication units is re-transmit by the infrastructure. If any information unit remains unconfirmed after the re-transmission, the infrastructure sets up a point-to-point communication session with individual communication units and re-transmits the remaining unconfirmed information unit.
Abstract:
A method of the present invention is used for simultaneous transmission and/or reception of multiple different communication resources, with frequency allocations (FA1...FA8) and (FAA...FAH). A radio frequency device (901) of the present invention comprises a transmitter (903) which comprises a modulator (905) and a receiver (907) which comprises a demodulator (909) with frequency and time assignment as shown. Combined frequency and time division multiplexing is used for the transmission, for example, FA1, FA2, FA5, and FA8 are handled using a FDM technique. Frequency allocations FA3 and FA4 are combined into a single TDM resource.