Abstract:
A processing method and apparatus after warning message transmission process are provided in the present invention. The method includes the following steps: after transmitting a write-replace warning request message to an evolved Node B (eNB), a Mobility Management Entity (MME) judges the warning broadcast failure areas according to a write-replace warning response message corresponding to the write-replace warning request message returned by the eNB, then the MME controls the eNB to retransmit the warning message to the warning broadcast failure areas. The method can ensure that the disaster information associated with the earthquake and tsunami warning system can be notified to all users within the broadcast failure areas timely and effectively, thus the escape or prevention warnings can be transmitted to them and, further, the great loss of people's life and property can be minimized when disaster comes.
Abstract:
A method for synchronously implementing media switch in gateways used for IP FAX is disclosed. The method comprises sending a message for notification of fax event from a media gateway which firstly detects a fax event to the other media gateway of the fax event; implementing a media switch in the media gateway which firstly detects the fax event into fax mode; implementing a media switch in the other media gateway of the fax event into fax mode after receiving said message for notification of fax event. Therefore, the method of the invention overcomes the disadvantages of the related art and more particularly prevents fax failure due to difference of routing for a born network and cross-domain. The IP FAX used by the method of the invention can be applied broadly as the method also improves compatibility and reliability for IP FAX.
Abstract:
The present invention provides a warning message transmission method and apparatus after the warning message transmission procedure is completed. The method comprises: after sending a WRTTE-REPLACE WARNING REQUEST message to an eNB and receiving a WRITE-REPLACE WARNING RESPONSE message corresponding to the WRITE-REPLACE WARNING REQUEST message and returned by the eNB, a mobility management entity (MME) determining areas where warning broadcast fails based on the WRTTE-REPLACE WARNING RESPONSE message corresponding to the WRITE-REPLACE WARNING REQUEST message and returned by the eNB, and then controlling the eNB to resend a warning message to the areas where warning broadcast fails. The present invention can ensure that disastrous information associated with the ETWS can be timely and effectively notified to all users in areas where broadcast fails so as send an escape or precaution warning to them to further minimize huge losses of human life and property when the disaster comes.
Abstract:
Disclosed is a fax control method, including: presetting a preprocessing configuration policy for preprocessing a fax signal in a gateway device, herein the preprocessing configuration policy contains a configuration policy of a fax control parameter that affects a success rate; and the gateway device acquiring a fax parameter negotiation signal in a fax process, reconfiguring the fax parameter negotiation signal according to the preset preprocessing configuration policy, and then sending the reconfigured fax parameter negotiation signal to a corresponding fax machine. As compared with traditional VBD fax, the solution changes the situation that a traditional gateway device can only transparently transmit a fax signal and cannot participate in afax process; and the gateway device can modify the fax control parameter according to the preprocessing configuration policy and can flexibly configure a fax negotiation parameter, thereby the compatibility of the gateway device with the fax machine is improved, while the fax success rate is improved, the fax control parameter can be modified directly via a gateway when the problem of fax failure occurs, the operation is not limited to modification of adjustment parameters of the fax machine only, and the user experience can be improved to a greater extent.
Abstract:
A method for sending a wireless packet is described. A signal strength of a client is acquired. A priority queue to which the client belongs is set according to the signal strength of the client. A priority of a wireless packet to be sent to the client is set according to the priority queue so as to send the set wireless packet. In the meanwhile, a device for sending a wireless packet is also described. The disclosure can be utilized to put a wireless packet sent to a remote client (STA) having a weak signal into a low priority service queue and put a wireless packet sent to a close STA having a strong signal strength into a high priority service queue, so as to ensure data transmission of the close STA having a good signal and reduce the impact of the remote STA having a weak signal on the performance of the whole wireless network, thus improving reasonable allocation of wireless network resources and the Quality of Service (QoS) of the wireless network to further improve the satisfaction of user experience.
Abstract:
The present invention provides a processing method after configuration update failure and a network element device. The method comprises: after a configuration of a first network element device changes, the first network element device sending a configuration update message to all its adjacent network element devices; if the first network element device receives a configuration update failure message returned by any of its adjacent network element devices, and the configuration update failure message does not contain information instructing the first network element device to perform subsequent processing, the first network element device rolling its configuration back to the one prior to configuration update; and the first network element device resending the configuration update message to all its adjacent network element devices in the rolled-back configuration. The method and network element device ensure continuous optimization of the network and enhancing robustness and stability of the system.