Abstract: For each one of a plurality of subsequent access points, a respective quantity of client devices that roam from a current access point to each of the respective plurality of subsequent access points may be determined. Then, for each one of the plurality of subsequent access points based on the determined quantity of client devices that roam from the current access point to each of the plurality of subsequent access points, a corresponding respective weight indicating a likelihood of its respective corresponding one of the plurality of subsequent access points being roamed to may be determined. Next, a table may be created indicating the desirability of at least a portion of the plurality of subsequent access points to be roamed to based upon the corresponding respective weight of the plurality of subsequent access points indicated in the table. The current access point may be provided with the table.

Abstract: For each one of a plurality of subsequent access points, a respective quantity of client devices that roam from a current access point to each of the respective plurality of subsequent access points may be determined. Then, for each one of the plurality of subsequent access points based on the determined quantity of client devices that roam from the current access point to each of the plurality of subsequent access points, a corresponding respective weight indicating a likelihood of its respective corresponding one of the plurality of subsequent access points being roamed to may be determined. Next, a table may be created indicating the desirability of at least a portion of the plurality of subsequent access points to be roamed to based upon the corresponding respective weight of the plurality of subsequent access points indicated in the table. The current access point may be provided with the table.

Abstract: A method of automatically discovering home network device capabilities, ranking devices using the capabilities in accordance with ranking heuristics, and implementing traffic policy in accordance with the ranking.

Abstract: A method of describing highly valued traffic in a home network in terms that are meaningful for a human and that are translated to useful network parameters.

Abstract: A content aggregation server (CAS) establishes an IPSec tunnel with a gateway of a home network and discovers content on the home network. The CAS generates a web page that a user of the home network can access remotely to view an index of content hyperlinks, organize the content on the home network, and if desired select a hyperlink to access the content directly through the gateway, not the CAS, which thus is used for listing and managing content but not for hosting the content.

Abstract: A method, system and device for deterring spam on a communication medium are disclosed. The method includes detecting a call with a device for accessing the communication medium, wherein calls thereon include Internet Protocol traffic. The device includes an interface for allowing a user of to flag the call as a spam call (e.g., SPIT, SPIM, etc). Upon the flag, a signaling message associated with the call is accessed. The signaling message is stored as information relating to spam call sources. Upon detecting a subsequent call, a signaling message associated with the subsequent call is compared with the information relating to spam call sources. Upon a match between the signaling message associated with the subsequent call and the information relating to spam call sources, the subsequent call is blocked.

Abstract: A method of permitting a user to define preferred and acceptable audio/video experiences in a home network in terms that are meaningful for a human and that are translated to useful content transformation parameters.

Abstract: A method of describing highly valued traffic in a home network in terms that are meaningful for a human and that are translated to useful network parameters.

Abstract: A method of automatically discovering home network device capabilities, ranking devices using the capabilities in accordance with ranking heuristics, and implementing traffic policy in accordance with the ranking.

Abstract: A content aggregation server (CAS) establishes an IPSec tunnel with a gateway of a home network and discovers content on the home network. The CAS generates a web page that a user of the home network can access remotely to view an index of content hyperlinks, organize the content on the home network, and if desired select a hyperlink to access the content directly through the gateway, not the CAS, which thus is used for listing and managing content but not for hosting the content.

Abstract: An automated installation and configuration system automatically configures Digital Subscriber Line (DSL) modems and associated user systems without a user having any knowledge of operating or networking systems. The system eliminates the need for a truck roll and makes it possible for a DSL modem to be installed across an ordinary telephone line using a conventional modem. The automated system eliminates the errors that occur during the DSL installation and configuration process, and thus facilitates efficient and cost-effective access to DSL technology. The automated system provides three methods for installing a DSL modem. In the first method, an analog modem connects the subscriber's system to a DSL service provider's server and retrieves a configuration file. The automated system then uses the configuration file to configure the subscriber's DSL modem. In the second method, the configuration file is located on a disk or CD-ROM.