Signal processing apparatus for providing a conversion of audio and E-mail signals received from a network interface 13 and for supplying the signals either to an audio reception device 80 in the form of a telephone handset or to a video reception in the form of a video processor 8 for display on a television set 9 and, selectively, for converting the received signals for reception on the other reception device.
A communication device is described that includes a POTS interface system, a processing system, a conversion system, a voice interface system, and a digital interface system. When in operation, the POTS interface system receives analog voice signals for a call. The POTS interface system converts the analog voice signals from analog to digital to generate digital voice signals. The processing system performs an application on the digital voice signals to provide a presentation format of the digital voice signals of the call to a user. The conversion system then converts the digital voice signals into analog voice signals and a voice interface system transmits audible signals to the user. The digital interface system receives digital data signals from a data service provider and the processing system performs an application on the digital data signals to provide additional data to the user.
Detecting the presence of progress tones or progress audio messages and converting these tones or audio messages to a text form that is then displayed on a wireless telephone. This capability frees the user of the wireless telephone from having to place the wireless telephone to their ear and then, lower it to actuate the keypad when contacting a service provided by a remote communication system. A digital signal processor (DSP) is utilized to detect the progress tone and to convert audio messages to text using speech to text techniques. The operations of the DSP are controlled by the user performing operations on the keypad of the wireless telephone.
For use with a network having a limited address format, a system for, and method of, allowing the network to transmit a message to a non-compliant reply-to address without the network and a telecommunications infrastructure employing the same. In one embodiment, the system includes: (1) a compliant address generator that generates a spurious surrogate address employable within the network in lieu of the non-compliant reply-to address, the spurious surrogate address complying with the address format of the network and (2) a database manager, coupled to the compliant address generator, that stores a record containing the non-compliant reply-to address and the spurious surrogate address in an associated database to allow the non-compliant reply-to address to be substituted for the spurious surrogate address to permit the message to be transmitted to without the network.
An automated message processing system is disclosed which receives an electronic mail message, coverts the mail message into speech and delivers the converted message to one or more telephone recipients identified in the electronic mail message. The system includes means for creating an electronic mail message which identifies one or more telephone recipients, means for converting the electronic mail message to speech and means for delivering the converted electronic mail message to the one or more telephone recipients identified in the electronic mail message. The system of the present invention utilizes text-to-speech techniques to convert the text in the electronic mail message into speech.
A system for multi-protocol communication in the computer network has a user interface layer with a common data structure to permit instant messaging communication with multiple service providers that each have different communication protocols. Message data and commands are transferred to a conversion platform layer using an application programming interface (API). Within the conversion platform layer, the data and commands transformed to conform with the messaging requirements and communication protocol of the different service providers. The conversion process is transparent to the user and permits instant messaging to recipients regardless of the recipient's service provider. Incoming messages received from a recipient are received by the conversion platform layer and converted from the messaging requirements and communication protocol of the recipient's service provider to the common data structure of the user interface. The system also permits a user to establish and display a contact list even though the individuals in the contact list may be subscribers to different service providers. When the user logs on to the various service providers, the contact list data for each service provider is provided to the user interface and converted for display to the user.
