Abstract:
A computer-implemented system and method for simultaneously processing multiple call sessions is provided. Multiple call sessions assigned to an agent are monitored. Content of each call session is displayed to the agent on an agent console. A script selected by the agent is identified and provided as synthesized speech to a caller of one of the call sessions. A verbal conversation between the agent and a caller of another one of the call sessions is simultaneously monitored while the script is provided to the caller.
Abstract:
A computer-implemented system and method for processing user communications is provided. Instructions are received within a call center from a user via a vehicle calling system. A determination as to whether the instructions are correctly received is confirmed by processing the instructions, by providing results of the processed instructions to the user, and by receiving confirmation that the results are correct. The instructions are converted from speech to text upon the confirmation and are subsequently provided to an agent. A communication is received from the agent in response to the instructions and the communication is provided to the user via the vehicle calling system.
Abstract:
A system and method for processing calls in a call center are described. A call session from a caller via a session manager and including incoming text messages of a verbal speech stream is assigned. The incoming text messages are progressively visually presented throughout the call session to a live agent on an agent console operatively coupled to the session manager. The incoming text messages are progressively processed through a customer support scenario interactively monitored and controlled by the live agent via the agent console. The incoming text messages are processed through automated script execution in concert with the live agent. Outgoing text messages are converted into a synthesized speech stream. The synthesized speech stream is sent via the agent console to the caller.
Abstract:
A system and method for processing a call between a caller and a live agent is provided. A stream of verbal speech utterances is received from the caller and converted into text. Text messages are received from the agent in response to the stream of verbal speech utterances and converted into synthesized speech utterances. The synthesized speech utterances are provided to the caller. A record of the call is processed and presented to a further live agent for manipulation. The manipulated record is stored.
Abstract:
A system and method for processing calls in a call center are described. A call session from a caller via a session manager and including incoming text messages of a verbal speech stream is assigned. The incoming text messages are progressively visually presented throughout the call session to a live agent on an agent console operatively coupled to the session manager. The incoming text messages are progressively processed through a customer support scenario interactively monitored and controlled by the live agent via the agent console. The incoming text messages are processed through automated script execution in concert with the live agent. Outgoing text messages are converted into a synthesized speech stream. The synthesized speech stream is sent via the agent console to the caller.
Abstract:
A computer-implemented system and method for user-controlled processing of audio signals is provided. An audio signal including a reference segment and a segment preceding the reference segment is obtained. A value q is received from a user. Audio buffers in the preceding segment are defined, each having a width of N samples and a starting point a unique number of samples away from the preceding segment's start, based on a division of N by q. One or more of the buffers are transformed into discrete Fourier transform (DFT) buffers. A signature of the signal is generated using at least a portion of the reference segment and at least one of the DFT buffers. A new audio signal is received and a DFT for the audio signal is generated. The new audio signal is determined to match the audio signal based on a comparison of the DFT to the signature.
Abstract:
A computer-implemented system and method for processing user communications is provided. Instructions are received within a call center from a user via a vehicle calling system. A determination as to whether the instructions are correctly received is confirmed by processing the instructions, by providing results of the processed instructions to the user, and by receiving confirmation that the results are correct. The instructions are converted from speech to text upon the confirmation and are subsequently provided to an agent. A communication is received from the agent in response to the instructions and the communication is provided to the user via the vehicle calling system.
Abstract:
A computer-implemented system and method for identifying and masking special information within recorded speech is provided. A field for entry of special information is identified. Movement of a pointer device along a trajectory towards the field is also identified. A correlation of the pointer device movement and entry of the special information is determined based on a location of the trajectory in relation to the field. A threshold is applied to the correlation. The special information is received as verbal speech. A recording of the special information is rendered unintelligible when the threshold is satisfied.