Abstract: A speech processor uses at least two speech processing features to enhance the quality of speech signals received by a user during a telephone call. The speech processing features are applied to the speech signals. However, the user only hears speech signals affected by one speech processing feature until both features have fully converged or ramped-up, and the two features are no longer interfering with each other. At that point, a “flash-cut” of the second speech processing feature is activated. The flash-cut instantaneously switches to speech signals affected by both features. This quick transition makes the speech processing features more noticeable to the user, and the user is not subjected to the period where the features interfere. Further, an optional audio indicator is generated before implementing the flash-cut, so the user is alerted to the flash-cut, and the speech processing features are even more noticeable.

Abstract: A system and method that provides specialized processing based on the source of the communication and/or type of communication being made. The system includes at least one user device connected to at least one network through a communications link. The network includes a specialized processor that has access to at least one database and which determine the source and/or type of communication being made. The database stores information necessary for identifying the appropriate processing for the type of communication. The specialized processor performs the appropriate specialized processing based on the source and/or type of communication and the information obtained from the database. The method according to the invention includes automatically determining the source and/or type of communication being made.

Abstract: A technique for creating, training, and using a telecommunication network-based automatic voice-dialing system is provided through the automatic determination, by a network element, of likely called parties for a given customer. This determination is made based on records of network usage by the customer. Names of the likely called parties are determined through the use of, e.g., a conventional reverse telephone directory database.

Abstract: A telecommunications network-based method for alerting a calling party, placed on hold by the called party, that a called party is ready to communicate comprising the steps of receiving an activation signal for activating the network-based system; monitoring the called party's telephone line for availability, where "availability" refers to the situation when the called party removes the hold condition or when the called party is ready to communicate with the calling party, and informing the called party that the Call Hold Stand-by service is alerting the calling party that the called party is available. The network-based method can operate as calling party feature, independent of the called party, or as a feature that is provided by the called party to the calling party.

Abstract: A speech processor uses at least two speech processing features to enhance the quality of speech signals received by a user during a telephone call. The speech processing features are applied to the speech signals. However, the user only hears speech signals affected by one speech processing feature until both features have fully converged or ramped-up, and the two features are no longer interfering with each other. At that point, a "flash-cut" of the second speech processing feature is activated. The flash-cut instantaneously switches to speech signals affected by both features. This quick transition makes the speech processing features more noticeable to the user, and the user is not subjected to the period where the features interfere. Further, an optional audio indicator is generated before implementing the flash-cut, so the user is alerted to the flash-cut, and the speech processing features are even more noticeable.

Abstract: A voice dialing system that includes a voice dialing device and a terminal. The voice dialing device is coupled to the terminal through a network. The voice dialing device stores a telephone directory that includes text-based and voice entries. The terminal is coupled to the voice dialing device through a network and sends to the voice dialing device text-based telephone directory information. The voice dialing device modifies the telephone directory based on the text-based telephone directory information sent by the terminal. At a later time, a subscriber calls and the voice dialing device selects an entry from the telephone directory based on a name spoken by the subscriber. The voice dialing device dials a telephone number retrieved from the selected entry of the telephone directory and connects the subscriber with a called party.

Abstract: A call through a telecommunications network (10) that is dialed by a caller (12) to a lifetime number of a subscriber (14) that may be in common with the lifetime number of at least one other subscriber is routed in accordance with the past call history of one of the calling party and the subscribers with lifetime numbers common to the dialed number. The call from the caller is routed to that lifetime number subscriber to whom the caller has previously called on the basis that the caller is more likely to want a connection with someone who the caller had previously called.

Abstract: A system and method of providing a telephone calling card service including the steps of providing a user with an access number to a telephone network and a personal identification code, prompting the user to input a personal identification code to initiate automatic dialing of at least one pre-selected telephone number associated with the personal identification code, and determining whether a call has been successfully completed to a called party via the pre-selected telephone number. The system may continue dialing pre-selected telephone numbers until a call has been successfully connected. In the alternative, the system may automatically and simultaneously dial all of the pre-selected phone numbers. An arrangement for determining whether an answering machine has answered a call is also provided.

Abstract: A speech processor uses a plurality of speech processing features to enhance the quality of speech signals received by a user during a telephone call. The activation of a second speech processing feature is delayed for a time duration measured after the initiation of a particular call or measured after the activation of a first speech processing feature. This delay eliminates any interference between the second speech processing feature and the first speech processing feature that is active when the call is initiated. The delay also increases the time it takes for the speech processing features to become fully effective, thus making the enhancement in the quality of the speech signals more noticeable to the user. Further, an optionally generated audio indicator is provided when the second speech processing feature is applied so that the additional feature is even more noticeable to the user.