Patent application number | Description | Published |
20100290366 | CONFIGURING NETWORK DEVICES - Improved systems and methods for configuring network devices are provided. Aspects of the invention relate to novel QoS configuration parameters and methods for using QoS configuration parameters to reduce impacts caused by security breach within a network. In one embodiment, a QoS configuration parameter is selected from a plurality of configuration parameters on a central database based upon unique identifying information of a network device and a status signal. In one embodiment, each configuration parameter comprises at least a first parameter for configuring a communication speed of the network device and a second parameter configurable to alter the ability of the network device to communicate with another device in the network. Further aspects of the invention relate to providing improved services to an end user. In one embodiment, services may be customized to an end user and allow increased flexibility for both the service provider and the end user. | 11-18-2010 |
20100299713 | Distributed Network Performance Monitoring - A probe is configured to monitor one or more communication parameters on one or more downstream frequency channels carried on a communication medium of an access network. Results of repeated monitoring are stored over a predetermined period. At the conclusion of the monitoring period, data reports reflecting the stored results are transmitted in upstream frequency channels carried on the same medium. The probe can also be configured to send immediate messages if a parameter exceeds predefined limits and can store a plurality of monitoring programs and can be reprogrammed remotely. The probe can be contained within a cable tap if the medium is, e.g., a coaxial cable. Numerous probes can be deployed throughout an access network so as to provide monitoring data from each of many locations over a prolonged period. | 11-25-2010 |
20110310213 | Centralized Communication Hub for Displaying Calls and Messages on a Display - Systems and methods are described that relate to a centralized communication hub at a user location for coordination of receiving/sending phone calls, SMS/MMS messages, and requests for video conferences to/from a display. A user may indicate that she wishes to receive a call/message by selecting an option on a remote control associated with the display. A microphone and/or camera connected to a gateway may provide audiovisual capabilities during a call. In a separate embodiment, the functionality of the communication hub may be split between two devices; one device detects incoming calls and a separate device routes the calls/messages to/from the appropriate gateway. | 12-22-2011 |
20110314107 | Downloading a Code Image to Remote Devices - A server downloads a code image to remote devices so that the remote devices are performing properly in accordance with an updated version of the code image. The server may include an application server that targets devices and informs the targeted devices about a multicasting session. The targeted devices subsequently join the multicast session supported by a multicasting server and extract the code image from the multicast session. After the multicast session has been completed, the downloading center polls the targeted devices to determine which devices have successfully downloaded the code image. The server may repeat the download to devices that did not successfully download the code image by subsequently scheduling a subsequent multicasting session or by individually sending the code image to the devices. Portions of the code image may be sent in multicasting messages based on a depth level and interval. | 12-22-2011 |
20120308005 | Media Storage and Playback of Encrypted Content - A content distribution system is disclosed that supports verification of transmission. In some embodiments, a remote probe device captures content and sends the content to a decrypting device so that decryption may be performed. The decrypting device may archive the content and may subsequently send the content to the probe device or to a playback device so that the content may be displayed. Consequently, the content distribution system can verify that specified content (e.g., an advertisement) was correctly distributed according to scheduled information. | 12-06-2012 |
20130208076 | Centralized Communication Hub for Displaying Calls and Messages on a Display - Systems and methods are described that relate to a centralized communication hub at a user location for coordination of receiving/sending phone calls, SMS/MMS messages, and requests for video conferences to/from a display. A user may indicate that she wishes to receive a call/message by selecting an option on a remote control associated with the display. A microphone and/or camera connected to a gateway may provide audiovisual capabilities during a call. In a separate embodiment, the functionality of the communication hub may be split between two devices; one device detects incoming calls and a separate device routes the calls/messages to/from the appropriate gateway. | 08-15-2013 |
20130305302 | DISTRIBUTED NETWORK PERFORMANCE MONITORING - A probe is configured to monitor one or more communication parameters on one or more downstream frequency channels carried on a communication medium of an access network. Results of repeated monitoring are stored over a predetermined period. At the conclusion of the monitoring period, data reports reflecting the stored results are transmitted in upstream frequency channels carried on the same medium. The probe can also be configured to send immediate messages if a parameter exceeds predefined limits and can store a plurality of monitoring programs and can be reprogrammed remotely. The probe can be contained within a cable tap if the medium is, e.g., a coaxial cable. Numerous probes can be deployed throughout an access network so as to provide monitoring data from each of many locations over a prolonged period. | 11-14-2013 |
20140012957 | Downloading a Code Image to Remote Devices - A server downloads a code image to remote devices so that the remote devices are performing properly in accordance with an updated version of the code image. The server may include an application server that targets devices and informs the targeted devices about a multicasting session. The targeted devices subsequently join the multicast session supported by a multicasting server and extract the code image from the multicast session. After the multicast session has been completed, the downloading center polls the targeted devices to determine which devices have successfully downloaded the code image. The server may repeat the download to devices that did not successfully download the code image by subsequently scheduling a subsequent multicasting session or by individually sending the code image to the devices. Portions of the code image may be sent in multicasting messages based on a depth level and interval. | 01-09-2014 |
20140328186 | CONFIGURING NETWORK DEVICES - Improved systems and methods for configuring network devices are provided. Aspects of the disclosure relate to novel QoS configuration parameters and methods for using QoS configuration parameters to reduce impacts caused by security breach within a network. In one embodiment, a QoS configuration parameter is selected from a plurality of configuration parameters on a central database based upon unique identifying information of a network device and a status signal. In one embodiment, each configuration parameter comprises at least a first parameter for configuring a communication speed of the network device and a second parameter configurable to alter the ability of the network device to communicate with another device in the network. Further aspects of the disclosure relate to providing improved services to an end user. In one embodiment, services may be customized to an end user and allow increased flexibility for both the service provider and the end user. | 11-06-2014 |