摘要:
Determining if non-voice emergency services (NOVES) are available is accomplished via an indicator provided via a control channel and/or via a query to a network entity. For example, a NOVES indicator can be provided, via a control channel message, to a communications device, indicating whether non-voice emergency services (NOVES) are available or not available. Additionally, capabilities of public safety answering points (PSAPs) providing NOVES can be included. For example, the indicator can include information as to whether an identified PSAP can receive a text based emergency message, an emergency message comprising a image, and emergency message comprising audio, and/or an emergency message comprising video. In another example configuration, a communications device can query a communications network to determine the availability of NOVES and PSAP capabilities. A response to the query can include an indication as to whether non-voice services are available, and, if appropriate, the types of NOVES services available.
摘要:
Connections and/or transmission times to or from machine-to-machine (M2M) type devices are staggered and/or randomized. M2M data/call sessions are distributed during a time interval. The distributed connections during a time frame can be random, pseudorandom, and/or distributed in accordance with a scheme to mitigate network congestion.
摘要:
A voice based emergency call, such as a call to 911, is provided to a public safety answering point (PSAP) triggered from a non-voice based emergency call. When a non-voice based call is sent to a PSAP that does not accept non-voice based calls, upon determining that the PSAP can not handle non-voice based calls, the communication network is utilized to establish a voice based call with the PSAP.
摘要:
A dynamic voice-based emergency notification system (ENS) provides wireless operators the ability to manage and deliver voice-based ENS services to subscribers within an alert area who are serviced by the wireless operator. The ENS services are provided efficiently with minimal impact to other wireless subscribers. In an example embodiment, only wireless devices, including any visitors or roamers, within the alert area receive ENS notifications.
摘要:
A voice based emergency call, such as a call to 911, is provided to a public safety answering point (PSAP) triggered from a non-voice based emergency call. When a non-voice based call is sent to a PSAP that does not accept non-voice based calls, upon determining that the PSAP can not handle non-voice based calls, the communication network is utilized to establish a voice based call with the PSAP.
摘要:
Determining if non-voice emergency services (NOVES) are available is accomplished via an indicator provided via a control channel and/or via a query to a network entity. For example, a NOVES indicator can be provided, via a control channel message, to a communications device, indicating whether non-voice emergency services (NOVES) are available or not available. Additionally, capabilities of public safety answering points (PSAPs) providing NOVES can be included. For example, the indicator can include information as to whether an identified PSAP can receive a text based emergency message, an emergency message comprising a image, and emergency message comprising audio, and/or an emergency message comprising video. In another example configuration, a communications device can query a communications network to determine the availability of NOVES and PSAP capabilities. A response to the query can include an indication as to whether non-voice services are available, and, if appropriate, the types of NOVES services available.
摘要:
A dynamic voice-based emergency notification system (ENS) provides wireless operators the ability to manage and deliver voice-based ENS services to subscribers within an alert area who are serviced by the wireless operator. The ENS services are provided efficiently with minimal impact to other wireless subscribers. In an example embodiment, only wireless devices, including any visitors or roamers, within the alert area receive ENS notifications.
摘要:
Emergency communication initiated from an internet protocol enabled device may be recognized and established. An address representative of a designated recipient with which communication is to be established may be provided to a first communication service operating on the internet protocol enabled device, such as a wireless mobile device. The communication may be a non-voice communication or a voice communication. The communication may be determined to be indicative of an emergency. The communication may be established with a recipient associated with the designated recipient address via a second communication service operating on the internet protocol enabled device and a predetermined network upon the communication being indicative of an emergency. The predetermined network may provide the communication between the internet protocol enabled device and the recipient securely.
摘要:
Connections and/or transmission times to or from machine-to-machine (M2M) type devices are staggered and/or randomized. M2M data/call sessions are distributed during a time interval. The distributed connections during a time frame can be random, pseudorandom, and/or distributed in accordance with a scheme to mitigate network congestion.
摘要:
Geographical locations can be encoded in alert messages and the encoded geographical locations can be processed are disclosed. Emergency alerts can be received from an emergency provider or governmental agency comprising a geographical code. The code can be evaluated to determine a geographical location by determining a primary location, such as a state or region, and a secondary location such as a county. This information can be used to determine the devices within a wireless network that should receive the alert message.