Abstract: Various embodiments of the disclosed subject matter provide methods and systems to record broadcast programming for at least one television channel for a period of time, wherein the recording is performed upstream from subscribers in a television distribution system, and further including after the period of time, keeping recorded programming by request from at least one subscriber. And further wherein the request is for at least one television program contained in the recorded programming or for a time window for a particular channel. According to another embodiment a subscriber requests that broadcast programming be saved for the subscriber upstream from the subscriber in a television distribution system, and wherein the subscriber may request the programming be saved for later viewing by the subscriber between the time the programming was broadcast and a later point in time.

Abstract: Systems, methods, and apparatus are disclosed to enable backup wireless devices. An example method disclosed herein includes receiving an activation code from a first wireless device, transmitting a deactivation instruction to a second wireless device in response to receiving the activation code for the first wireless device, transmitting a location instruction to the second wireless device to invoke a location function of the second wireless device, receiving information indicative of the location of the second wireless device in response to the transmitted location instruction, and sending an e-mail message indicative of the location of the second wireless device to an account owner of the second wireless device in response to receiving the information indicative of the location.

Abstract: The present disclosure provides a system and method configured to manage and facilitate network security. When a lack of security in a communication network is detected by a security agent or when a remote device requests security, a security profile can be determined by a security manager based on the detection or the request and the available network equipment. The security profile may contain numerous executable security objects that are selected based on the security issue and parameters of the specific network device(s) that will be implementing the security feature. The system and method may include a plurality of executable security objects configured to provide security for operations associated with multiple network devices communication over the network.

Abstract: Various embodiments of the disclosed subject matter provide methods and systems to record broadcast programming for at least one television channel for a period of time, wherein the recording is performed upstream from subscribers in a television distribution system, and further including after the period of time, keeping recorded programming by request from at least one subscriber. And further wherein the request is for at least one television program contained in the recorded programming or for a time window for a particular channel. According to another embodiment a subscriber requests that broadcast programming be saved for the subscriber upstream from the subscriber in a television distribution system, and wherein the subscriber may request the programming be saved for later viewing by the subscriber between the time the programming was broadcast and a later point in time.

Abstract: Network services systems and methods are provided. A particular system includes an information store including connection information to initiate connections to content sources. The connection information includes an address and a connection rule associated with a video content source. The system includes an access engine to receive a request for an information stream output by the video content source from a user device. The system also includes a services engine to retrieve the connection rule from the information store and to initiate establishment of at least a portion of a point to point protocol communication link between the user device and the video content source in accordance with the connection rule. The system includes a metrics engine to track a metric associated with the point to point protocol communication link and to generate a billing record at least partially based upon the metric.

Abstract: VoIP traffic bandwidth through a router port is controlled so that it does not exceed a predetermined bandwidth to ensure a desired quality of service for all VoIP calls routed through the port. Information of a packet received by the port is extracted from a packet header. The information includes source and destination addresses and port numbers as well as the bandwidth used by the packet. If the packet is from an existing call, the packet is routed and the time the packet was received is updated. If the packet is from a new call, it is determined whether the port has sufficient bandwidth to route the new call. If the port has sufficient bandwidth, the packet is routed, bandwidth is allotted for subsequent packets from the new call, and the port information is updated to accept the subsequent packets. If the port does not have sufficient bandwidth, the packet is dropped.

Abstract: A system and method for providing managed point-to-point services are disclosed. In one embodiment of a system incorporating teachings of the present disclosure, a services management center may be capable of receiving a request for connection to a video content source. A requesting user may be part of one managed network and the content source may be part of another network. The content source may be able output an information stream. In operation, the center may determine an address for the video content source and initiate the formation of at least a portion of a point-to-point communication link between the requesting user and the video content source. In some embodiments, the center may be able to track a metric associated with communication of the information stream and may generate a billing record at least partially based upon the metric.

Abstract: Systems, methods, and apparatus are disclosed to enable backup wireless devices. An example method disclosed herein includes receiving an activation code from a first wireless device, transmitting a deactivation instruction to a second wireless device in response to receiving the activation code for the first wireless device, transmitting a location instruction to the second wireless device to invoke a location function of the second wireless device, receiving information indicative of the location of the second wireless device in response to the transmitted location instruction, and sending an e-mail message indicative of the location of the second wireless device to an account owner of the second wireless device in response to receiving the information indicative of the location.

Abstract: Systems and methods for processing data and communicating encrypted data are provided. A method of processing data and communicating encrypted data may include receiving input traffic data at a first interface of a channel service unit/data service unit (CSU/DSU). The method may also include encrypting management data associated with the input traffic data at the CSU/DSU to produce encrypted management data. The method may further include sending the encrypted management data via a second interface of the CSU/DSU to a remote terminal of a local area network via a data router coupled to the CSU/DSU.

Abstract: A system is disclosed for detecting packetization delay of packets in a network. The system includes a router to receive at least one packet containing data. A detection system, which is in communication with the router, extracts a codec information and a packet length information from the packet. A management system, which is in communication with the router, receives the codec information and the packet length information and determines packetization delay based on the codec information and the packet length information.

Abstract: Systems, methods, and apparatus are disclosed to enable backup wireless devices. An example method disclosed herein includes receiving a first activation code from a first wireless device, comparing the first activation code associated with the first wireless device with a first activation code in a database, activating the first wireless device when the first activation code associated with the first wireless device matches the first activation code in the database, and when a second wireless device is active, deactivating the second wireless device in response to receipt of the first activation code associated with the first wireless device.

Abstract: Systems and methods for processing data and communicating encrypted data are provided. A method of processing data and communicating encrypted data may include receiving input traffic data at a first interface of a channel service unit/data service unit (CSU/DSU). The method may also include determining management data associated with the input traffic data. The method may also include encrypting the management data at the CSU/DSU to produce encrypted management data. The method may further include sending the encrypted management data via a second interface of the CSU/DSU to a remote terminal of a local area network for viewing by user via a data router coupled to the CSU/DSU.

Abstract: A communications system is described for enforcing a service level agreement for a specified customer on a network. The communications system includes a router to receive at least one packet containing data. A management system is in communication with the router, where the management system provides access control commands to the router for the specified customer based upon an agreed upon codec and an agreed upon packet length. A detection system is in communication with the router. The detection system extracts a codec information and a packet length information from the packet. If the codec matches the agreed upon codec and the packet length matches the agreed upon packet length, then the packet is allowed to proceed. Otherwise the packet is dropped from the network.

Abstract: A method and apparatus for convenient changing of a character display on a handheld device is disclosed. An example handheld device includes a screen to display an alphanumeric character, the alphanumeric character being displayable in at least two different font sizes. A user input device enables selection between the at least two different font sizes. The device includes a processor responsive to the user input device to change the font size of the alphanumeric character. A second user input device is provided to change the brightness of the screen when a user touches the second control device.

Abstract: Systems, methods, and apparatus are disclosed to enable backup wireless devices. An example method disclosed herein includes receiving a first activation code from a first wireless device, comparing the first activation code associated with the first wireless device with a first activation code in a database, activating the first wireless device when the first activation code associated with the first wireless device matches the first activation code in the database, and when a second wireless device is active, deactivating the second wireless device in response to receipt of the first activation code associated with the first wireless device.

Abstract: A method and apparatus for convenient changing of a character display on a handheld device is disclosed. An example handheld device includes a screen to display an alphanumeric character, the alphanumeric character being displayable in at least two different font sizes. A user input device enables selection between the at least two different font sizes. The device includes a processor responsive to the user input device to change the font size of the alphanumeric character. A second user input device is provided to change the brightness of the screen when a user touches the second control device.

Abstract: Systems and methods for processing data and communicating encrypted data are provided. A method of processing data and communicating encrypted data may include receiving input traffic data at a first interface of a channel service unit/data service unit (CSU/DSU). The method may also include determining management data associated with the input traffic data. The method may also include encrypting the management data at the CSU/DSU to produce encrypted management data. The method may further include sending the encrypted management data via a second interface of the CSU/DSU to a remote terminal of a local area network for viewing by user via a data router coupled to the CSU/DSU.

Abstract: Various embodiments of the disclosed subject matter provide methods and systems to store a policy specifying at least one rule relating to recording, storage or delivery of broadcast programming to a consumer of such programming, and to record, store or deliver broadcast programming in response to at least one of the rules in the policy. According to another example embodiment, a method and system provide for a subscriber requesting that at least one broadcast television program be saved for the subscriber upstream from the subscriber in a television distribution system, and further that the at least one program offered to the subscriber for saving is determined based on a policy established for the at least program.

Abstract: Various embodiments of the disclosed subject matter provide methods and systems to record broadcast programming for at least one television channel for a period of time, wherein the recording is performed upstream from subscribers in a television distribution system, and further including after the period of time, keeping recorded programming by request from at least one subscriber. And further wherein the request is for at least one television program contained in the recorded programming or for a time window for a particular channel. According to another embodiment a subscriber requests that broadcast programming be saved for the subscriber upstream from the subscriber in a television distribution system, and wherein the subscriber may request the programming be saved for later viewing by the subscriber between the time the programming was broadcast and a later point in time.

Abstract: A system and method are disclosed for predicting updates to network operations. A system that incorporates teachings of the present disclosure may include, for example, a network management system (NMS) (100) having a memory (104), a communications interface (110), and a controller (102). The controller is programmed to observe (202) packet traffic in a network, and predict (208, 214) a need for updating operations of the network according to the packet traffic and one or more service level agreements (SLAs).