286results about How to "Reduce signaling interaction" patented technology

The invention discloses an addressing method which comprises the steps of: receiving an accessing request messages carrying temporary marks and transmitted by an accessing network management network element by a first movable management network element when user equipment (UE) is switched in different systems; determining the address of the management entity registered before the UE is switched and obtaining that the registered management entity before the UE switch is a second movable management network element according to the temporary marks; obtaining the shared ID of the second movable management network element; and transmitting the shared ID to the accessing network management unit, wherein the shared ID is used for helping the accessing network management network element to address the second movable management network element. By applying the technical proposal of the embodiment of the invention, the management entity accessed before the user switch and the management entity accessed after user switch are ensured to be at the same movable management network element, thus reducing the signaling interaction between different system management entities.

This invention discloses a method for re-transmitting data used in data re-transmission in the switch of HS-DSCH in the WCDMA system including: a radio network controller (RNC) gets the radio link control packet data unit (RLC PDU), which should be re-transmitted to the user terminal, the RNC sends the RLC PDU should be re-transmitted to the user terminal to the switched high speed media access control MAC-hs queue of the switched target area base station in terms of the sequence number from small to big in batches based on the pre-set or actual transmitted each time in the physical layer RLC PDU number then to re-transmit it to the user terminal.

Disclosed are a trunked service realization system and device, for reducing the signaling interaction during trunked service process, reducing trunked service time delay and improving trunked service efficiency. The trunked service realization system provided by the present application comprises a TMSE and a scheduling server; the TMSE is used to convert a trunked service request message received from a user equipment (UE) into a session initiation protocol (SIP) message, and transmit the SIP message to the scheduling server; the TMSE is further used to convert the SIP message received from the scheduling server into a message identifiable for the UE, and transmit the message to the UE; the scheduling server is used to receive the SIP message transmitted by the TMSE, conduct processing according to the SIP message, and transmit the processing result to the TMSE via the SIP message.

The invention discloses a resource perception adaption method with good expandability. The resource perception adaption method comprises the steps that: each region controller obtains service resources provided by a corresponding service resource entity according to registration of a service resource entity belonging to the region controller or updated registration information; a network resource entity under each region controller updates state information, topological information and performance information according to a preset resource perception mechanism, and realizes controller resource dynamic perception; each region controller collects the received service resource information and network resource information and generates corresponding summary information, and outwards send the summary information according to a hierarchical relationship until the summary information reaches a root controller; when one region controller receives an interest packet sent by a user, the region controller determines whether the region controller has corresponding resources or not; if yes, performing resource adaption in the region according to the collected service resources and network resource information; and if not, sending the interest packet to a superior region controller to perform inter-region resource adaption. By adopting the method disclosed by the invention, the expandability, the service quality and the user experience are improved.

The invention discloses a bearer establishing method, a relay node and a base station. The method comprises the following steps: after a radio link fails or radio resource control connection reconstruction fails, a non-access stratum of the relay node determines whether a donor evolved base station is the same as a donor evolved base station which is connected with before failure; when the donor evolved base station is the same as the donor evolved base station which is connected with before failure, a service request process is initiated and an original evolved packet system bearer is activated; and, when the donor evolved base station is not the same as the donor evolved base station which is connected with before failure, an attachment process is initiated and a bearer is established. According to the method disclosed by the invention, in the event that the donor evolved base station is not changed, the relay node can be used for establishing a connection with the donor evolved base station as soon as possible; therefore, the signalling interactive process is reduced; in the event that the donor evolved base station is changed, the problem of incapability of changing a packet data gateway in the prior art can be solved; and, because of adoption of the traditional parameters in the implementation, the realizing complexity is low.

The invention provides a method for initiating a circuit switch (CS) domain voice call by an LTE (long term evolution) multimode terminal under an LTE access mode, and the method comprises: the terminal forcibly initiates cell reselection onto a GERAN (GSM EDGE radio access network) or UTRAN (UMTS terrestrial radio access network) cell when initiating the CS domain voice call; the terminal initiates a location area upgrading process on the reselected cell; and the terminal initiates a normal CS domain voice call building process on the reselected cell. In the technical scheme, the cell reselection is forcibly carried out when the terminal initiates the CS domain voice call, and the normal CS domain voice call building process is initiated when being reselected onto the GERAN or UTRAN cell, so that the whole calling flow is simplified, the signaling interaction between the terminal and a network is reduced, only one location area upgrading process is between the terminal and the network even if an ISR (interrupt service routine) is not supported when the terminal is in the registering process of an LTE access technology mode, the interaction of core networks of the LTE and the GERAN / UTRAN is also decreased.

The invention discloses an electric energy optimization method comprising that: a network side and a UE select a long dormant cycle according to a time-delay demand of an application; in order to enter the long dormant cycle, the UE sends request information to the network side or the network side sends indication information to the UE; during the dormant period of the long dormant cycle, the UE enters the long dormant cycle again or a longer dormant cycle after the end of the long dormant cycle if there is no arrival of packet service to the UE; during the dormant cycle, the UE returns to an active mode to send the packet service if there is an uplink packet service, and the UE receives the packet service after the end of the dormant cycle if there is arrival of a downlink packet service; after the end of receiving and sending of the packet service, the UE enters a short dormant cycle; and position updating of the UE can be performed during the dormant cycle. The invention discloses an electric energy optimization system. Power consumption of the UE can be reduced, and signaling interaction between the UE and the network side can be reduced so that an objective of electric energy optimization is realized.

The method includes steps: based on switching anticipation provided by link layer, mobile node sends proxy route request message to previous access router of the mobile node; the previous access router sends information of network prefix of the new access router to the mobile node; based on the information of network prefix, the mobile node generates new forwarding address; after moving to target network, the invention carries out repetitive detection of optimistic address for the new forwarding address. The invention makes IPv6 switching flow simple, reduces signaling interaction in switching procedure so as to shorten switching time delay.