Microsoft Technology Licensing, LLC

Demand Media, Inc.

Christopher J Ambler

Andrew J Wallace

A method, apparatus, and system are directed towards employing machine representations of phonemes to generate and manage domain names, and/or messaging addresses. A voice input signal is received using at least one computing device. The voice input signal is converted into a text representation of the voice input signal. It is then determined if the voice input signal is to be employed for use as at least one of: a domain name and a messaging address. In response to determining the voice input signal is to be employed for use in a domain name, a uniform resource identifier (URI) is generated by appending to the text representation of the voice input signal at least a top-level domain identifier. A registration status of the URI is then determined, the registration status comprising one of: registered and unregistered.

Platform for enabling voice commands to resolve phoneme based domain name registrations

A method, apparatus, and system are directed towards employing machine representations of phonemes to generate and manage domain names, and/or messaging addresses. A user of a computing device may provide an audio input signal such as obtained from human language sounds. The audio input signal is received at a phoneme encoder that converts the sounds into machine representations of the sounds using a phoneme representation viewable as a sequence of alpha-numeric values. The sequence of alpha-numeric values may then be combined with a host name, or the like to generate a URI, a message address, or the like. The generated URI, message address, or the like, may then be used to communication over a network.

The present invention enables an electronic message to be distributed sequentially to selected recipients. The electronic message is associated with a routing map, which defines the route of the electronic message. The routing map includes a list of operations, at least some of which are implemented in script. A routing engine controls the current state and the state transition of the routing map while predefined routing objects assist in the manipulation and processing of the routing map. Routing maps are associated with folders and any electronic message dropped in the folder is associated with the routing map. The operations of the routing map are executed in a stateful manner in response to events occurring in the messaging system until the electronic message has been sequentially distributed to the intended recipients.

Routing of electronic messages using a routing map and a stateful script engine

A client computer in a communications network with a server computer assembles a record set that has a MIME declaration header with a multipart content type and a content sub-type indicative of a workflow media type. The first client computer also assembles a binary file having therein an encoded workflow specification. The record set is then transmitted with the binary file to the communications network. A second client computer on the communications network receives both the record set and the binary file and begins decoding the workflow specification. The second client computer uses an application program to execute the decoded workflow specification so as to perform all or a portion of the workflow process that is specified therein. The workflow specification is optionally written in eXtensible Mark-up Language (XML).

System, method, and computer program product for workflow processing using internet interoperable electronic messaging with MIME multipart content type

A client computer in a communications network with a server computer assembles a record set that has a MIME declaration header with a multipart content type and a content sub-type indicative of a workflow media type. The first client computer also assembles a binary file having therein an encoded workflow specification. The record set is then transmitted with the binary file to the communications network. A second client computer on the communications network receives both the record set and the binary file and begins decoding the workflow specification. The second client computer uses an application program to execute the decoded workflow specification so as to perform all or a portion of the workflow process that is specified therein. The workflow specification is optionally written in Extensible Mark-up Language (XML).

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Redmond, WA, United States of America

Christopher J Ambler