Abstract: The present disclosure describes providing a biometric signal as an input to a dialog system. A biometric signal processor can derive contextual biometric information about the biometric signal based on stored information and received, user-provided information. The dialog system can be used to interface with a user to receive contextual data about the user's status or activities, and can be used to interact with the user to request information and provide the contextualized biometric information.

Abstract: Various systems and methods for queueing spoken dialogue output are provided herein. A system for queueing spoken dialogue output includes a memory device including a queue, and an output manager to: determine a relation between a first utterance and a second utterance in the queue; assign a revision strategy based on the relation; and apply the revision strategy to the queue, the queue used to provide spoken dialogue output to a user.

Abstract: Embodiments are directed to receiving a speech signal representative of audible speech, processing the speech signal to interpret the speech signal by a dialog system implemented at least partially in hardware, determining, by the dialog system, that the speech signal cannot be correctly interpreted, receiving a noise signal representative of audible background noise, identifying a noise level from the noise signal, determining, by the dialog system, that the noise level is too high for the speech signal to be correctly interpreted, and providing, by the dialog system, a message indicating that the noise level is too high for the speech signal to be correctly interpreted.

Abstract: Embodiments are directed to receiving a speech signal representative of audible speech, processing the speech signal to interpret the speech signal by a dialog system implemented at least partially in hardware, determining, by the dialog system, that the speech signal cannot be correctly interpreted, receiving a noise signal representative of audible background noise, identifying a noise level from the noise signal, determining, by the dialog system, that the noise level is too high for the speech signal to be correctly interpreted, and providing, by the dialog system, a message indicating that the noise level is too high for the speech signal to be correctly interpreted.