Abstract:
A method and system for implementing terminal handover, the method include: receiving, by a serving handover (HO) function unit, a handover instruction from a network element on network; and implementing, by the serving HO function unit, the handover for the terminal in accordance with the handover instruction, and handing over the terminal to a target base station (BS). With the disclosure, the terminal handover flow can be triggered by the network, and the problems of the inefficient terminal handover or the high network resource consumption and the handover delay in the prior art can be overcomed.
Abstract:
The present invention provides a method and an apparatus for managing the information of a terminal exiting idle mode mainly includes: deleting relevant information of the terminal retained in a paging controller and a location register of a wireless communication system when the terminal has exited idle mode. With the present invention, the relevant information aiming at the terminal retained in the PC and the LR is deleted after the terminal has exited idle mode so as to utilize the resources of the PC and the LR effectively and improve the utilization rate of air interface emission resource of the PC.
Abstract:
The AAA server generates and delivers a new HA-RK before expiry of the old HA-RK, thus eliminating the time gap between expiry of the old HA-RK and obtaining of the new HA-RK and making the MIP registration seamless. In the system, if the remaining lifetime of the old HA-RK is less than or equal to the lifecycle of the MSK in the EAP process, a new HA-RK is delivered; otherwise, no new HA-RK needs to be delivered. If both a new HA-RK and an old HA-RK are valid on the network entity at a time, then only the old HA-RK applies and the new HA-RK is not active until expiry of the old HA-RK. Alternatively, both the new HA-RK and the old HA-RK are active concurrently, and are differentiated by an SPI.
Abstract:
A communication method and system for terminal entering and leaving idle mode in a mobile communication system are disclosed. The communication method for a terminal entering an idle mode includes: triggering a flow of entering the idle mode for the terminal; and a serving access service network gateway sending the information of anchor function entities serving the terminal to an anchor function entity information storing unit, so as to store the information. With the technical scheme of the invention, when the anchor function entities serving the terminal are not located at the same physical entity, the addressing process can be accomplished correctly, and the smoothness of the network service flow can be guaranteed.
Abstract:
The present invention provides a method as regards how a network side gets a MSS into the idle mode in a wireless MAN, including: the PA/BS sends a DREG_CMD to the MSS; the MSS sends a DREG_REQ message to the PA/BS, according to the DREG_CMD message, requesting to enter the idle mode; the PA/BS releases the link of the MSS and updates the data of the anchor PC/LR after receiving the DREG_REQ message. The present invention specifies the process of a MSS entering the idle mode initiated by the network and the settings of relevant parameters, thus enhancing the stability of the process of entering the idle mode and saving the system resources.
Abstract:
An alkaline electrochemical cell capable of providing optimum run times at both high drain rates and low drain rates is disclosed. In one embodiment, the cell's gelled anode incorporates a limited quantity of zinc powder having specific physical characteristics that enable it to discharge efficiently over a wide range of electrical discharge conditions. The anode may also include an electrolyte that is selected to improve the zinc's discharge efficiency.
Abstract:
A method and apparatus for shifting functional entity in WiMAX network is disclosed. A functional entity at the network side is set to be master functional entity or slave functional entity. The method includes: setting a binding relationship between a master functional entity and at least one slave functional entity; triggering the master functional entity to shift, combining a context of the slave functional entity bound with the master functional entity and a context of the master functional entity to form a context message that is required by the master functional entity for the shift, and forwarding the context message according to the course of shifting the master functional entity.
Abstract:
The invention provides a method, an apparatus and a network for negotiating MIP capability in a network, including: negotiating the MIP capability through an Authentication and Authorization process and/or an above-physical layer capability negotiation process, to obtain service information that can be provided by the network. With the invention, the network is allowed to choose whether to provide MIP service and relevant service.
Abstract:
The present invention discloses a method for processing dynamic service flows, wherein the UE sends a dynamic service flow processing request carrying a processing indication; and the network side executes a resource processing process and an air interface acknowledgement process. The resource processing process is: The SFM entity sends a resource processing request to the H-PF server through an anchor SFA entity according to the received dynamic service flow processing request, with the request carrying the parameters related to the resource processing request; the H-PF server sends the result of resource processing performed by each node in the network according to the resource requirements to the SFM through a resource processing response. The air interface acknowledgement process is: The SFM returns a service flow processing response to the UE; after receiving the response, the UE saves the relevant parameters, and returns an acknowledgement to the SFM. The present invention also discloses a method for processing network-side service flows and a communication apparatus.
Abstract:
A method, a system and an apparatus for performing mobile Internet protocol deregistering, includes that the network element in the ASN to which the terminal attaches detects whether the MS terminates unconventionally, and sends the message with the MS identifier of the MS which terminates unconventionally to the ASN GW/DP. The ASN GW/DP instructs the ASN GW/FA to release the link resource with the MS and release the link resource with the HA proving service for the MS.