SIP service for home network device and service mobility
First Claim
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1. A services gateway environment having a plurality of available services within a gateway framework, the improvement comprising:
- a SIP service architecture that enables SIP entities to register with itself and translates such registrations into gateway aware registrations.
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Abstract
An improved services gateway environment is provided within a gateway framework. The improvement comprising a SIP service architecture that enables SIP entities to register with itself and translates such registrations into gateway aware registrations.
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Citations
21 Claims
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1. A services gateway environment having a plurality of available services within a gateway framework, the improvement comprising:
a SIP service architecture that enables SIP entities to register with itself and translates such registrations into gateway aware registrations. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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13. A services gateway environment having a plurality of available services with a gateway framework, comprising:
a SIP service having an interface for instantiating SIP User Agents and operable to instantiate a SIP registration server within the gateway environment;
wherein the SIP registration/proxy server automatically registers the SIP User Agents with itself and with a gateway-aware service registry.- View Dependent Claims (14, 15)
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16. A method for supporting device mobility between at least two service gateway environments, each gateway environment having a plurality of available services defined in accordance with a service gateway specification, comprising:
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registering a SIP-enabled device with a SIP registration/proxy server instantiated in a first gateway environment;
registering the SIP-enabled device with a SIP registration/proxy server instantiated in a second gateway environment upon the device moving from the first gateway environment to the second gateway environment;
obtaining location information for the SIP-enabled device at the second gateway environment; and
registering the location information for the SIP-enabled device with the SIP registration/proxy server in the first gateway environment. - View Dependent Claims (17)
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18. A device access model for communicating between entities residing on different gateways, comprising:
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an application bundle residing in a first gateway environment;
a SIP service architecture accessible to the application bundle and associated with the first gateway environment;
a device driver service residing in a second gateway environment;
a SIP service architecture accessible to the device driver service and associated with the second gateway environment, wherein each of the SIP service architectures expose an interface which allows messages to be carried automatically between the application bundle and the device driver service. - View Dependent Claims (19)
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20. A device access model for communicating between entities residing on different gateways, comprising:
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a device driver service residing in a first gateway environment;
a SIP service architecture accessible to the device driver service and associated with the first gateway environment;
a device residing in a second gateway environment;
a SIP service architecture accessible to the device and associated with the second gateway environment, wherein each of the SIP service architectures expose an interface which allows messages to be carried automatically between the device driver service and the device. - View Dependent Claims (21)
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Specification