39results about How to "Guarantee service continuity" patented technology

The embodiment of the application provides mobility measurement methods, mobility measurement devices and a mobility measurement system, and relates to the field of communication. Service continuity in a terminal movement process is guaranteed. The method specifically includes: receiving, by a terminal, measurement configuration information which is sent by the network equipment and is of a neighboring area of a service cell where the terminal is currently located, wherein the measurement configuration information includes frequency point information of at least one Anchor sub-band of the neighboring area; measuring, by the terminal, signal strength and / or signal quality of at least one Anchor sub-band in Anchor sub-bands corresponding to the frequency point information included in the measurement configuration information, and acquiring a measurement result of each Anchor sub-band measured by the terminal; and sending a measurement report by the terminal to the network equipment, wherein the measurement report includes identifiers of Anchor sub-bands which are in the Anchor sub-bands measured by the terminal and correspond to measurement results meeting a preset condition.

The invention discloses a main equipment election method and device and a machine readable storage medium, which are used for reducing the influence of a VRRP protocol on service continuity in the main equipment election process. According to the invention, after the main equipment receives VRRP notification messages sent by other main equipment, the priorities, the key resource weights and the IPaddresses carried by the notification messages are compared, the main equipment election is carried out based on the priority sequence, and the new main equipment is determined. According to the method, the decision condition for judging the key resource weight on the main equipment is added in the main equipment election rule, and the main equipment state of the main equipment with the large keyresource weight is maintained preferentially, so that the influence on the current ongoing service is reduced, and the service continuity of client hosts or users is ensured as much as possible.

This invention relates to a method for carrying out flow management based on tunnel and a radio access transfer system including: setting up layer communication path based on the tunnel between the data loading points of BS and those of RS belonging to MSS / SS, when BS determines that the received flow message needs the RS transfer and adds control information to it, it carries out tunnel package process and sends out the processed flow messages via said communication path, when said flow message arrives at the RS, which de-packages it and picks up said control information then to transmit it according to said control information.

Disclosed is a method for simultaneous data transmission service in heterogeneous networks, comprising: a data splitting step in which a transmission device splits data into two or more partial data; a data transmission step in which the transmission device transmits, through two or more networks, the items of split partial data, each including access information for a virtual network; a data receiving step in which a receiving device receives each of items of the partial data through two or more networks; a first data generation step in which the receiving device generates data by combining the items of partial data on the basis of the virtual network access information accompanying each of the items of partial data received thereby; an abnormality occurrence confirmation step in which the transmission device confirms an occurrence of an abnormality in a particular network among the two or more networks; a data transmission switch step in which the transmission device transmits the partial data, which is transmitted through the particular network, and which includes the access information for the virtual network, is transmitted through another network among the two or more networks to which a switch has been made; a second data generation step in which the receiving device generates data by authenticating the virtual network access information for the partial data received after a switch has been made to another network. Thus, by enabling data transmission and reception through valid networks on the basis of the virtual network access information, even during disconnection from a particular network in a heterogeneous network, continuity of service is guaranteed, and consequently, an efficient and highly reliable simultaneous data transmission service in heterogeneous networks can be achieved.