Google Inc.

Ben Franklin Patent Holding LLC

Intellectual Ventures I LLC

Other

Ben Franklin Patent Holdings L.l.c.

Mitsuru Oshima

Alexander Friedrich Kuscher

Marianna Tessel

Eugene Ponomarenko

Daniel Burkes

Tjoen Min Tjong

Jennifer Shien-Ming Chen

Daniel Lange

William J Byrne

Danny Lange

Michael W Achenbach

Beth A Bottos

Dai Zhu

Aspects of the subject technology relate to a method for using a voice command for multiple computing devices. First voice input data is received from a first computing device associated with a user account, where the first voice input data comprises a first voice command captured at the first computing device. Second voice input data is received from a second computing device associated with the user account where the second voice input data comprises a second voice command captured at the second computing device. An intended voice command is determined based on the obtained first and second voice input data. Based on the intended voice command, a first target computing device is determined. First instructions associated with the intended voice command are provided to the first target computing device for execution.

Voice commands across devices

A system and method is disclosed for migrating media content between different devices based on user location. A display screen is configured to detect a presence of a user at the display screen. In response to the detecting the user, media content being provided for the user at a different display screen remote from the first display screen is determined. The determined media content is then provided for broadcast at the display screen starting at a content location associated with the different display screen.

Media content migration based on user location

A system and method for processing voice requests from a user for accessing information on a computerized network and delivering information from a script server and an audio server in the network in audio format. A voice user interface subsystem includes: a dialog engine that is operable to interpret requests from users from the user input, communicate the requests to the script server and the audio server, and receive information from the script server and the audio server; a media telephony services (MTS) server, wherein the MTS server is operable to receive user input via a telephony system, and to transfer the user input to the dialog engine; and a broker coupled between the dialog engine and the MTS server. The broker establishes a session between the MTS server and the dialog engine and controls telephony functions with the telephony system.

Open architecture for a voice user interface

A method for providing an interactive voice response service is provided. The method uses a VoiceXML interpreter in cooperation with a voice/audio application. The voice/audio application uses scripts coded in VoiceXML with embedded Java Server Pages (JSP). The use of VoiceXML along with JSP allows the present invention to provide an implementation that minimizes interaction between the voice/audio application and the VoiceXML server.

System for embedding programming language content in XML

A system and method for processing voice requests from a user for accessing information on a computerized network and delivering information from a script server and an audio server in the network in audio format. A voice user interface subsystem includes: a dialog engine that is operable to interpret requests from users from the user input, communicate the requests to the script server and the audio server, and receive information from the script server and the audio server; a media telephony services (MTS) server, wherein the MTS server is operable to receive user input via a telephony system, and to transfer the user input to the dialog engine; and broker coupled between the dialog engine and the MTS server. The broker establishes a session between the MTS server and the dialog engine and controls telephony functions with the telephony system.

A VoiceXML Dialog Engine ('VDE') is employed to handle requests via a brokered session from a media communications server. The VDE interfaces with one or more information providers, such as a script server or an audio server, in order to service the requests received via the brokered session. The VDE can provide a response to the requests to the media communications server based on information retrieved from the information providers.

Servicing of information requests in a voice user interface

System for embedding programming language content in voiceXML

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San Jose, CA, United States of America

Mitsuru Oshima