Abstract:
A mechanism is provided for filtering an address book. Contacts are read of the address book of a user. An operative connection is maintained to a social networking site related to the user. Social networking communication data of the user is extracted from the social networking site. The contacts are ranked in the address book based on the social networking communication data of the user.
Abstract:
A disclosed method for controlling access to content provided by a multimedia content delivery network includes detecting a remote control signal, determining identification information and action information in the remote control signal, generating a CPE code based on a combination of the identification and action information, and performing a content control action based on the CPE code. The identification information may indicate a setting of a switch of the remote control device or a user of the remote control device. Generating the CPE code may include generating a first CPE code when the identification information indicates a first user and generating a different CPE code when the identification information indicates a second user. Generating the CPE code may still further include accessing parental control restrictions associated with a user or user class indicated by the identification information and generating a CPE code in compliance with the parental control restrictions.
Abstract:
Signals from a remote control device may be received in a first viewing area and retransmitted to a second viewing area to control customer premises equipment (CPE) devices in the second viewing area. In some embodiments, signals are translated for compatibility with the CPE devices in the second viewing area. A repeater in the first viewing area may receive infrared signals encoded with a remote control command and retransmit the remote control command with an RF signal to a receiver in the second viewing area. The repeater may be incorporated into a multimedia processing resource such as a set-top box.
Abstract:
A system that incorporates teachings of the present disclosure may include, for example, a system having a controller to monitor incoming and outgoing calls associated with one or more communication devices, identify communication identifiers initiating the incoming calls and communication identifiers targeted by the outgoing calls, determine one or more related communication identifiers for each of the initiating and targeted communication identifiers, record in a communications log the incoming calls with the initiating communication identifiers and one or more related communication identifiers, and record in the communications log the outgoing calls with the targeted communication identifiers and one or more related communication identifiers. Other embodiments are disclosed.
Abstract:
Presentation settings for a multimedia processing resource (MPR) are distributed to other MPRs. Example presentation settings include brightness, contrast, and tint. Security credentials may be required before a receiving MPR accepts presentation settings from a delivering MPR. MPR presentation settings may be delivered over a wired or wireless local area network, for example.
Abstract:
A method and system for resuming a desired program on a selected viewing channel is provided using a multimedia content distribution network (MCDN). A user of the MCDN may select a primary channel for viewing the desired program transmitted by the MCDN. The MCDN may also transmit channel metadata for detecting interruptions to programs. During an interruption to the desired program, the user may become distracted, for example, by selecting a second viewing channel. A resume alert may be provided to indicate that the interruption has ended and that the desired program has resumed.
Abstract:
A multimedia processing resource (MPR) includes interactive voice response capabilities. A user may control MPR commands and functions over a telephone interface. For example, through a telephone connection a user may receive a listing of electronic programming guide data, may schedule a multimedia program for recording, or may receive a report related to a multimedia program that is viewed at the present time.
Abstract:
A system that incorporates teachings of the present disclosure may include, for example, a presence system having a controller to transmit to a calendar system presence information of a subscriber of the presence system for recording said presence information in a calendar event. Other embodiments are disclosed.
Abstract:
A system and method for sharing location data amongst wireless communication devices uses a token system to grant permission to share location data. The tokens may be created automatically as the result of user activation of a different function. Location data may be exchanged when two wireless communication devices, authorized to exchange location data, are within a predetermined distance from each other. Location data may also be automatically exchanged upon the occurrence of a scheduled calendar event within a wireless communication device. Location data may be exchanged a single time or can be exchanged on a continuous or periodic basis so long as the token still exists. The token may be destroyed manually by some user activity or may be terminated automatically.
Abstract:
Signals from a remote control device may be received in a first viewing area and retransmitted to a second viewing area to control customer premises equipment (CPE) devices in the second viewing area. In some embodiments, signals are translated for compatibility with the CPE devices in the second viewing area. A repeater in the first viewing area may receive infrared signals encoded with a remote control command and retransmit the remote control command with an RF signal to a receiver in the second viewing area. The repeater may be incorporated into a multimedia processing resource such as a set-top box.