Abstract: A network device may receive a subscriber's activity data for a plurality of network resources associated with the subscriber. The subscriber's activity data may be analyzed and a tailored notification instruction may be provided for alerting the subscriber.

Abstract: Systems, methods, and apparatuses may use an unmanned vehicle to communicate an alert, such as an emergency alert, to a region, such as one affected by a natural disaster. A method may include receiving a message, which may comprise an alert and information associated with a region, from an alert originator. The message may then be transmitted, via a communication access device, to an unmanned vehicle. After receiving the message, the unmanned vehicle may travel to the region. Upon reaching the region, the unmanned vehicle may communicate the alert, whereby individuals' reception devices within the region may receive the alert.

Abstract: A network device may receive a subscriber's activity data for a network resource associated with the subscriber. The subscriber's activity data may be analyzed and a tailored notification instruction may be provided for alerting the subscriber.

Abstract: Social media may be utilized to facilitate distribution of emergency alert messages. An emergency alert server may receive an indication of emergency and generate an emergency alert message based on the indication. The emergency alert message may then be distributed via social media and/or other mediums. An indication of trustworthiness may be incorporated in the emergency alert message. The indication of trustworthiness may be validated by validation system.

Abstract: Cell site congestion may result in dropped calls, time-outs on data sessions, web access problems, or the like. A network congestion status may be used to minimize network congestion. In an example embodiment, messages which are distributed via a network may be formatted based on the network's congestions status and a device's connection mechanism. Further, a network access may be based on the network's congestion status and on a device's connection mechanism.

Abstract: Cell site congestion may result in dropped calls, time-outs on data sessions, web access problems, or the like. A network congestion status may be used to minimize network congestion. In an example embodiment, messages which are distributed via a network may be formatted based on the network's congestions status and a device's connection mechanism. Further, a network access may be based on the network's congestion status and on a device's connection mechanism.

Abstract: A network device may receive a subscriber's activity data for a network resource associated with the subscriber. The subscriber's activity data may be analyzed and a tailored notification instruction may be provided for alerting the subscriber.

Abstract: Different emergency alert messages may be provided to different mobile devices within a common geographic region subdivided into a plurality of inner regions. Each inner region may have different emergency alert messages and may be geographically located inside another region.

Abstract: A network device may receive a subscriber's activity data for a plurality of network resources associated with the subscriber. The subscriber's activity data may be analyzed and a tailored notification instruction may be provided for alerting the subscriber.

Abstract: Cell site congestion may result in dropped calls, time-outs on data sessions, web access problems, or the like. A network congestion status may be used to minimize network congestion. In an example embodiment, messages which are distributed via a network may be formatted based on the network's congestions status and a device's connection mechanism. Further, a network access may be based on the network's congestion status and on a device's connection mechanism.

Abstract: Social media may be utilized to facilitate distribution of emergency alert messages. An emergency alert server may receive an indication of emergency and generate an emergency alert message based on the indication. The emergency alert message may then be distributed via social media and/or other mediums. An indication of trustworthiness may be incorporated in the emergency alert message. The indication of trustworthiness may be validated by validation system.

Abstract: Parameters may be converted to a specific language or media type. Parameters may be nontext parameters. The language in which to convert a parameter may be determined dynamically based on a location of a device. The language in which to convert a parameter may be based on location and motion of the device. A message may be generated in the determined language. The message may comprise local colloquialisms, shibboleths, dialects, or the like, based on the location of the device. The message may comprise an emergency alert message generated in accordance with the Common Alerting Protocol (CAP) without text fields, wherein parameters may be incorporated into the fields (former text fields). And the parameters may be converted to a specific language or media type.

Abstract: A network device may receive a subscriber's activity data for a plurality of network resources associated with the subscriber. The subscriber's activity data may be analyzed and a tailored notification instruction may be provided for alerting the subscriber.

Abstract: An emergency alert message may be distributed to notify the public of an emergency condition. Recipients of the emergency alert message be determined, for example, based on a geographic region. A recipient may receive an emergency alert message and may be informed that an emergency condition has been reported to emergency response personnel. The distribution of an emergency alert message may be broadcast or tailored to specific recipients according to various embodiments.

Abstract: Different emergency alert messages may be provided to different mobile devices within a common geographic region subdivided into a plurality of inner regions. Each inner region may have different emergency alert messages and may be geographically located inside another region.

Abstract: Different emergency alert messages may be provided to different mobile devices within a common geographic region subdivided into a plurality of inner regions. Each inner region may have different emergency alert messages and may be geographically located inside another region.