Abstract: A wireless access point receives configuration information assigned to a particular service provider. The configuration information includes information indicating a wireless network identifier (such as a network name or SSID value) assigned to the service provider. The wireless network identifier is available for use by communication devices to establish a wireless connection with the wireless access point and perform multiple different functions. For example, the configuration information can include multiple resource links assigned to the particular service provider. Via use of the wireless network identifier, a communication device can establish a wireless communication link with the wireless access point. The communication device communicates a selected one of the multiple links to the wireless access point to indicate which of multiple functions (such as online sign-up or actual use of wireless network services) can is being requested.

Abstract: Systems and methods of tracking authentication sessions performed between Wi-Fi-enabled devices and authentication servers via wireless access points in Wi-Fi networks that allow authentication messages to be easily correlated to determine the authentication sessions to which the authentication messages belong. The systems and methods employ a tracking tag that an authentication server can insert into each authentication message that it sends to a Wi-Fi-enabled device via a wireless access point in an authentication session.

Abstract: Systems and methods of tracking authentication sessions performed between Wi-Fi-enabled devices and authentication servers via wireless access points in Wi-Fi networks that allow authentication messages to be easily correlated to determine the authentication sessions to which the authentication messages belong. The systems and methods employ a tracking tag that an authentication server can insert into each authentication message that it sends to a Wi-Fi-enabled device via a wireless access point in an authentication session.

Abstract: Systems and methods of performing end-to-end QoS control during the access of Wi-Fi-enabled communications devices to remote networks. The systems and methods employ a bandwidth manager, a policy server, a near-end gateway located within a Wi-Fi network, and a far-end gateway located within a service provider network. Throughout the duration of a call placed by a wireless device user using a Wi-Fi-enabled communications device, the bandwidth manager can have access to service profiles stored in a database of the policy server for use in monitoring levels of bandwidth usage, for tunneled and/or local breakout traffic, at least at the near-end gateway to the service provider network and at the far-end gateway to a remote network, and performing end-to-end QoS control by dynamically making adjustments, as needed, to one or more service profiles at least at the near-end gateway and/or at the far-end gateway based on the monitored bandwidth usage levels.

Abstract: According to one configuration, an access point control resource receives channel allocation information indicating a change to allocation of channels in a wireless band currently used by multiple wireless access points to communicate with multiple communication devices in a network. The access point control resource uses the channel allocation information to identify a particular wireless channel (such as a de-allocated wireless channel) to be terminated from use by the multiple wireless access points. In accordance with the channel allocation information, when vacating use of the de-allocated channel, the access point control resource controls an order of terminating use of the particular wireless channel by the multiple wireless access points.

Abstract: Systems and methods of performing end-to-end QoS control during the access of Wi-Fi-enabled communications devices to remote networks. The systems and methods employ a bandwidth manager, a policy server, a near-end gateway located within a Wi-Fi network, and a far-end gateway located within a service provider network. Throughout the duration of a call placed by a wireless device user using a Wi-Fi-enabled communications device, the bandwidth manager can have access to service profiles stored in a database of the policy server for use in monitoring levels of bandwidth usage, for tunneled and/or local breakout traffic, at least at the near-end gateway to the service provider network and at the far-end gateway to a remote network, and performing end-to-end QoS control by dynamically making adjustments, as needed, to one or more service profiles at least at the near-end gateway and/or at the far-end gateway based on the monitored bandwidth usage levels.

Abstract: Systems and methods of performing end-to-end QoS control during the access of Wi-Fi-enabled communications devices to remote networks. The systems and methods employ a bandwidth manager, a policy server, a near-end gateway located within a Wi-Fi network, and a far-end gateway located within a service provider network. Throughout the duration of a call placed by a wireless device user using a Wi-Fi-enabled communications device, the bandwidth manager can have access to service profiles stored in a database of the policy server for use in monitoring levels of bandwidth usage, for tunneled and/or local breakout traffic, at least at the near-end gateway to the service provider network and at the far-end gateway to a remote network, and performing end-to-end QoS control by dynamically making adjustments, as needed, to one or more service profiles at least at the near-end gateway and/or at the far-end gateway based on the monitored bandwidth usage levels.

Abstract: According to one configuration, an access point control resource receives channel allocation information indicating a change to allocation of channels in a wireless band currently used by multiple wireless access points to communicate with multiple communication devices in a network. The access point control resource uses the channel allocation information to identify a particular wireless channel (such as a de-allocated wireless channel) to be terminated from use by the multiple wireless access points. In accordance with the channel allocation information, when vacating use of the de-allocated channel, the access point control resource controls an order of terminating use of the particular wireless channel by the multiple wireless access points.

Abstract: Techniques disclosed herein include systems and methods for providing active mobility of Wi-Fi enabled devices within a given wireless local area network (WLAN). In general, techniques include dynamically commanding Wi-Fi enabled devices to disconnect from a corresponding access point in response to meeting predetermined conditions. A forced disconnect can be based on various criteria such as low-power or lost packet thresholds triggering the forced disconnect. Such techniques cause a Wi-Fi enabled device to disconnect from one access point and connect to another access point before a connection quality deteriorates to a point that causes noticeable interruptions in connectivity or a generally poor experience, thereby enabling a smooth transition among access points.

Abstract: Systems and methods of tracking authentication sessions performed between Wi-Fi-enabled devices and authentication servers via wireless access points in Wi-Fi networks that allow authentication messages to be easily correlated to determine the authentication sessions to which the authentication messages belong. The systems and methods employ a tracking tag that an authentication server can insert into each authentication message that it sends to a Wi-Fi-enabled device via a wireless access point in an authentication session.

Abstract: Systems and methods of discovering and registering with a WiFi controller by a wireless access point that can provide location awareness in the WiFi controller discovery and registration process. The systems and methods employ a DNS server that can receive a DNS query containing the FQDN of a WiFi controller from an access point, and compare the FQDN of the WiFi controller and the source IP address of the DNS query against a mapping table, which maps FQDNs of WiFi controllers and ranges of source IP addresses of DNS queries to groups of WiFi controllers. By comparing the FQDN of the WiFi controller and the source IP address against the mapping table, the DNS server can resolve the FQDN to IP addresses of a group of WiFi controllers, which can belong to a particular broadband service provider, and/or serve a target market of mobile subscribers located within a geographical area.

Abstract: A user-operated communication device stores security association information that is initially used to wirelessly connect the user-operated communication device to a first wireless access point made available by a first private wireless network service provider. Assume that the user-operated communication device roams out of a first wireless coverage region supported by the first wireless access point into wireless range of a second wireless access point operated by a second private wireless network service provider. Instead of performing full authentication to establish a wireless communication link with the second wireless access point, the user-operated communication device requests authentication resumption and utilizes the stored security association information (provided by the first service provider) to more quickly, wirelessly connect the communication device to the second wireless access point.

Abstract: A wireless access point receives configuration information assigned to a particular service provider. The configuration information includes information indicating a wireless network identifier (such as a network name or SSID value) assigned to the service provider. The wireless network identifier is available for use by communication devices to establish a wireless connection with the wireless access point and perform multiple different functions. For example, the configuration information can include multiple resource links assigned to the particular service provider. Via use of the wireless network identifier, a communication device can establish a wireless communication link with the wireless access point. The communication device communicates a selected one of the multiple links to the wireless access point to indicate which of multiple functions (such as online sign-up or actual use of wireless network services) can is being requested.

Abstract: A network environment includes a wireless access point providing access to a corresponding network. One or more mobile communication devices communicate with the wireless access point to access the network. In response to receiving a request from a mobile communication device to establish the wireless communication link, the wireless access point conveys communications between the mobile communication device and a remote server to authenticate the mobile communication device. During authentication, the wireless access point receives a policy assigned to the mobile communication device. The policy specifies how to route subsequent received data traffic from the mobile communication device. Subsequent to authentication, the wireless access point routes the subsequent data traffic received from the mobile communication device in accordance with the received policy.

Abstract: Techniques disclosed herein include systems and methods for providing active mobility of Wi-Fi enabled devices within a given wireless local area network (WLAN). In general, techniques include dynamically commanding Wi-Fi enabled devices to disconnect from a corresponding access point in response to meeting predetermined conditions. A forced disconnect can be based on various criteria such as low-power or lost packet thresholds triggering the forced disconnect. Such techniques cause a Wi-Fi enabled device to disconnect from one access point and connect to another access point before a connection quality deteriorates to a point that causes noticeable interruptions in connectivity or a generally poor experience, thereby enabling a smooth transition among access points.

Abstract: A network environment includes a message-processing resource that receives a communication originated by a communication device and transmitted from the communication device over a wireless communication link. By way of non-limiting example, the communication can be a request for retrieval of content from server resource disposed in the network environment. The message-processing resource processes the communication transmitted over the wireless communication link to identify a network address assigned to the communication device. The message-processing resource maps the network address to corresponding status information associated with the communication device.

Abstract: A network environment includes a message-processing resource that receives a communication originated by a communication device and transmitted from the communication device over a wireless communication link. By way of non-limiting example, the communication can be a request for retrieval of content from server resource disposed in the network environment. The message-processing resource processes the communication transmitted over the wireless communication link to identify a network address assigned to the communication device. The message-processing resource maps the network address to corresponding status information associated with the communication device.

Abstract: A network environment includes a wireless access point providing access to a corresponding network. A server resource initiates verification (such as authorization) of a mobile communication device attempting to establish a secured wireless link between the mobile communication device and a network access point. Based on an outcome of the verification, the server resource produces control information. The server resource forwards the control information to a gateway resource that controls a flow of communications between the network access point and a network. The gateway resource facilitates transmission of one or more messages to the mobile communication device in accordance with the control information.

Abstract: A network environment includes a wireless access point providing access to a corresponding network. One or more mobile communication devices communicate with the wireless access point to access the network. In response to receiving a request from a mobile communication device to establish the wireless communication link, the wireless access point conveys communications between the mobile communication device and a remote server to authenticate the mobile communication device. During authentication, the wireless access point receives a policy assigned to the mobile communication device. The policy specifies how to route subsequent received data traffic from the mobile communication device. Subsequent to authentication, the wireless access point routes the subsequent data traffic received from the mobile communication device in accordance with the received policy.

Abstract: The use of broadcast channels for television programming on a wireless telecommunications data network is optimized. Proxy servers at base stations receive more programming than can be broadcast by the base station. Programming then is queued for changes in broadcast content. Management servers coordinate the broadcasts across multiple sectors so that centralized control is possible. Management servers operate in conjunction with necessary gateways on the connectivity services network to route content to access service network. Quality of service (QoS) guarantees are actualized by centrally managing the broadcast of requested content from the proxy servers. Handoffs are possible from one area to another by coordinating the broadcasts across access service networks.