CN100423608C - Parameter pre-configuration method of mobile terminal and inspection method of pre-configured parameters - Google Patents

Abstract

The present invention relates to a parameter preconfiguration method of a mobile terminal and a preconfiguration parameter inspection method. The parameter preconfiguration method includes: the mobile terminal acquires service bearer configuration parameters, corresponding parameter configuration identifiers and operator identifiers from the network side, and establishes The mapping relationship is stored. The checking method includes: the network side compares the operator ID reported by the mobile terminal with the operator ID on the network side, and determines whether the parameter configuration ID is valid. Another checking method provided by the present invention includes: the mobile terminal acquires the current operator ID on the network side from the broadcast message, compares the operator ID with the stored operator ID, and determines whether the parameter configuration ID is valid. The invention makes the parameter pre-configuration of the mobile terminal more reasonable, and avoids the defect of service establishment failure caused by the same parameter configuration identification and different corresponding service bearer parameters of the mobile terminal in different operators' networks.

Description

Parameter pre-configuration method of mobile terminal and inspection method of pre-configured parameters

technical field

The present invention relates to a parameter pre-configuration method of a mobile terminal and a pre-configuration parameter checking method, in particular to a parameter pre-configuration method by introducing an operator's identity into the parameter pre-configuration content in mobile network communication, and by A method for checking preconfigured parameters by judging the identifier of the operator to determine whether the stored preconfigured parameters in the mobile terminal are valid.

Background technique

The current wireless communication system (including all wireless communication systems such as GSM, CDMA and WCDMA) generally takes a long time to establish services (for example, the voice establishment time of an ordinary mobile user calling a mobile user is about 5 to 9 seconds), in order to shorten the connection establishment time , to provide high service quality and user experience, the International Standards Organization proposed a solution: by using the pre-stored service bearer identifier to establish the service when the service is established, instead of transmitting all the service bearer configuration parameters every time, so as to achieve shortening Purpose of business establishment time.

In order to realize this pre-configuration solution, it is first necessary to identify the configuration parameters of different service bearers, and the mobile terminal obtains and stores the configuration parameters of these service bearers and the corresponding parameter configuration identifiers. In this way, the same service bearer configuration parameters and corresponding parameter configuration identifiers are stored in the network side and the mobile terminal, and when the service is established, the network side directly sends the parameter configuration identifier corresponding to the service bearer configuration parameters to the mobile terminal, and the terminal receives After obtaining the identification, the required service bearer configuration parameters can be obtained from itself, without the network side sending all the configuration parameters of the service bearer to the mobile terminal. However, there are some technical deficiencies in the parameter pre-configuration of the mobile terminal in the prior art, which is manifested as: the parameter configuration identification of the service bearer only considers the situation under the network of the same operator, and 25.815 of 3GPP SCI (stored configuration identity, storage configuration identity) and SCSI (stored configuration set identity, storage configuration set identity) specified in the specification are two kinds of parameter configuration identities, but the effective range of SCI or SCSI specified in the specification is a public land mobile Network (Public Land Mobile Network (PLMN) or equivalent public land mobile network (equivalent PLMN (EPLMN)); a PLMN or EPLMN corresponds to an operator, for different operators, the configuration parameters of service bearers and their The corresponding parameter configuration identifiers may be different, so when a mobile terminal enters another operator's network from one operator's network, the parameter configuration identifiers may be the same, but the corresponding service bearer parameters are different, which will lead to Parameter configuration errors, resulting in service establishment failure.

Contents of the invention

The object of the present invention is to provide a method for parameter preconfiguration of a mobile terminal in view of the deficiencies in the prior art in the parameter preconfiguration of the mobile terminal, through which the operator identification is added in the storage configuration process, Differentiate the parameter configuration identifiers of different operators, and use the parameter configuration identifiers reasonably.

Another object of the present invention is to provide a method for checking the stored configuration parameters of the mobile terminal in view of the shortcomings in the process of identifying the parameter configuration identifier stored in the mobile terminal in the prior art, by which different operators can be distinguished The parameter configuration identification of the mobile terminal avoids the defect that the service establishment fails due to the same parameter configuration identification and different corresponding service bearer parameters when the mobile terminal is in the network of different operators.

In order to achieve the purpose of the above invention, the present invention provides a method for parameter preconfiguration of a mobile terminal, comprising the following steps:

Step 11, the mobile terminal acquires service bearer configuration parameters, parameter configuration identifiers and operator identifiers corresponding to the service bearer configuration parameters from the network side;

Step 12: The mobile terminal establishes and stores a mapping relationship between the operator identifier, the service bearer configuration parameter and the parameter configuration identifier.

The present invention also provides a method for checking pre-configured parameters of a mobile terminal, comprising the following steps:

Step 21, the network side sends a request message to the mobile terminal requesting the mobile terminal to report its stored pre-configuration parameter information;

Step 22. After receiving the request message, the mobile terminal sends a report message including its stored parameter configuration identifier and its corresponding operator identifier to the network side;

Step 23: After receiving the report message, the network side compares the operator ID in the report message with the operator ID on the network side, and if they are the same, then determine that the parameter configuration ID stored in the mobile terminal is valid; if they are different, then Determine that the parameter configuration identifier stored in the mobile terminal is invalid;

Step 24, end.

The present invention also provides another method for checking the parameter pre-configuration parameters of the mobile terminal, which includes the following steps:

Step 31: The mobile terminal receives a broadcast message from the network side, and obtains the current operator identifier on the network side from the message;

Step 32: The mobile terminal compares the operator identification on the network side acquired from the broadcast message with the operator identification corresponding to the stored parameter configuration identification, and if they are the same, then determine that the parameter configuration identification stored in the mobile terminal is valid, if not, Then it is determined that the parameter configuration identifier stored in the mobile terminal is invalid;

Step 33, end.

Therefore, the parameter pre-configuration method of the mobile terminal of the present invention, because the operator identification is added in the configuration process, makes the parameter pre-configuration of the mobile terminal more reasonable. Before the parameter configuration identification, first check whether the parameter configuration identification stored in the mobile terminal is valid for the current network operator, so as to avoid that the mobile terminal is in the network of different operators, because the parameter configuration identification is the same, the corresponding service bearer The defect of service establishment failure caused by different parameters.

The technical solutions of the present invention will be described in further detail below with reference to the accompanying drawings and embodiments.

Description of drawings

Fig. 1 is the flow chart of the parameter pre-configuration method of the mobile terminal of the present invention;

Fig. 2 is the flow chart of the checking method of the pre-configured parameter of the first mobile terminal of the present invention;

Fig. 3 is a flow chart of checking whether there is a parameter configuration identification corresponding to the service bearer to be established in the mobile terminal at the network side of the present invention;

Fig. 4 is the flow chart of whether the parameter configuration identification stored in the mobile terminal is checked by the network side of the present invention is complete;

5 is a flowchart of a second method for checking preconfigured parameters of a mobile terminal according to the present invention;

FIG. 6 is a flowchart of a specific embodiment 1 of a method for checking pre-configured parameters of a mobile terminal according to the present invention;

FIG. 7 is a flow chart of a second embodiment of a method for checking pre-configured parameters of a mobile terminal according to the present invention.

Detailed ways

Fig. 1 is the flowchart of the parameter preconfiguration method of mobile terminal of the present invention, and this method comprises the following steps:

Step 11, the mobile terminal acquires service bearer configuration parameters, parameter configuration identifiers and operator identifiers corresponding to the bearer service configuration parameters from the network side;

Step 12: The mobile terminal establishes and stores a mapping relationship between the operator identifier, the bearer service configuration parameters and the parameter configuration identifier. In a specific manner, a list of correspondences between parameter configuration identifiers and operator identifiers may be set in the mobile terminal, and the mobile terminal fills the acquired information into the list.

The above configuration method can be realized through message interaction initiated by the network side to specifically store and configure the mobile terminal. Specifically, parameters are pre-configured by sending a store configuration message to the mobile terminal, wherein the store configuration message must contain the service Bearer configuration parameters and parameter configuration identifiers corresponding to the service bearer configuration parameters, the storage configuration message may contain or not contain the operator identifier of the network side, because the mobile terminal can obtain the operator identifier of the network side from the broadcast message of the network side In the actual network, the broadcast message is broadcast continuously. As long as the mobile terminal is turned on, it can receive the broadcast message, and the operator ID contained in the broadcast message can be easily obtained by the terminal. For example, in the WCDMA network The PLMN ID is included in SIB1 in the broadcast message. .

Therefore, step 11 in the above-mentioned process shown in FIG. 1 may specifically be that the mobile terminal receives the storage configuration message sent by the network side, obtains the service bearer configuration parameter and the parameter configuration identifier corresponding to the service bearer configuration parameter from the message, And extract the operator identifier from the broadcast message on the network side.

Step 11 in the above-mentioned process shown in FIG. 1 can also specifically be that the mobile terminal receives the storage configuration message sent by the network side, and obtains the service bearer configuration parameter and the parameter configuration identifier corresponding to the service bearer configuration parameter and the network side configuration parameter from the message. The operator ID of the .

In the process of parameter pre-configuration using stored configuration messages, parameter configuration identifiers can be continuously configured for multiple service bearers. If necessary, parameters can be pre-configured for all service bearers on the network side, and some important Or a commonly used service bearer for parameter configuration identification. For example, in a WCDMA network, the UTRAN can be sent to the mobile terminal continuously through UTRAN to include the service bearer configuration parameters and the parameter configuration identification corresponding to the service bearer configuration parameters or further include PLMN ID STORED CONFIGURATION UPDATE message for configuration.

The above parameter pre-configuration method can also be performed during the establishment of a service bearer. For a certain service bearer, the mobile terminal may not have performed parameter pre-configuration corresponding to this service bearer, so in the process of establishing a service bearer, just It cannot be done by using the parameter configuration identifier. In this way, the service bearer configuration parameters required by the service bearer need to be included in the bearer service establishment message sent by the network side to the mobile terminal. If the message corresponding to the service bearer configuration parameters is added By adding the parameter configuration identifier or further adding the operator identifier, the parameter pre-configuration of the service bearer can be realized, and the parameter configuration identifier can be used to complete the establishment of the service bearer next time.

Therefore, step 11 in the above-mentioned process shown in FIG. 1 may specifically be: the mobile terminal receives the service bearer establishment message sent by the network side, and obtains the service bearer configuration parameter and the parameter configuration identifier corresponding to the service bearer configuration parameter from the message , and extract the operator identifier from the broadcast message on the network side.

Step 11 in the above-mentioned process shown in FIG. 1 can also be specifically: the mobile terminal receives the service bearer establishment message sent by the network side, and obtains the service bearer configuration parameter and the parameter configuration identifier corresponding to the service bearer configuration parameter and The operator ID on the network side.

The above-mentioned parameter pre-configuration method of the mobile terminal, the present invention provides two methods for checking the pre-configuration parameters obtained by the mobile terminal according to the above-mentioned method. First, the first checking method is introduced, as shown in FIG. Follow the steps below:

Step 21, the network side sends a request message to the mobile terminal requesting the mobile terminal to report its stored pre-configuration parameter information;

Step 22. After receiving the request message, the mobile terminal sends a report message including its stored parameter configuration identifier and its corresponding operator identifier to the network side;

Step 23: After receiving the report message, the network side compares the operator ID in the report message with the operator ID on the network side, and if they are the same, then determine that the parameter configuration ID stored in the mobile terminal is valid; if they are different, then Determine that the parameter configuration identifier stored in the mobile terminal is invalid;

Step 24, end.

In the above solution, if the operator ID in the reported message is different from the operator ID of the network side itself, it means that the parameter configuration ID stored in the mobile terminal corresponds to another operator, and the parameter configuration ID corresponds to the current In this case, the network side can initiate parameter pre-configuration on the mobile terminal again. The specific process may adopt the method flow of the parameter preconfiguration of the present invention.

Therefore, between step 23 and step 24 in the process shown in FIG. 2 above, after determining that the parameter configuration identifier stored in the mobile terminal is invalid, it may also be provided: step 23a, the network side sends to the mobile terminal a and the storage configuration message corresponding to the parameter configuration identifier.

Moreover, in step 23a, the network side may also include its operator identifier in the stored configuration message and send it to the mobile terminal.

If the service bearer is to be set up at the mobile terminal, between step 23 and step 24 in the flow shown in Fig. 2 above, after determining that the parameter configuration identifier stored in the mobile terminal is invalid, it may also be provided with: step 23b, the network Sending a service bearer establishment message including service bearer configuration parameters required by the service bearer to be established to the mobile terminal. The message may further include a parameter configuration identifier corresponding to a service bearer configuration parameter required by the service bearer to be established, and may further include an operator identifier on the network side.

If after the judgment of the network side, the parameter configuration identifier stored in the mobile terminal is valid, then if the mobile terminal is to establish a service bearer, the network side also needs to judge whether there is a parameter configuration identifier corresponding to the service bearer to be established in the mobile terminal, Therefore, between step 23 and step 24 in the process shown in FIG. 2 above, after determining that the parameter configuration identifier stored in the mobile terminal is valid, there is also a parameter configuration for checking whether there is a service bearer corresponding to the current service bearer to be established in the mobile terminal. The identification process, as shown in Figure 3, includes the following steps:

Step 23c, the network side judges whether the parameter configuration identifier contains the parameter configuration identifier corresponding to the service bearer to be established, if yes, execute step d, if not, execute step 23e;

Step 23d, the network side sends to the mobile terminal a service bearer establishment message containing the parameter configuration identifier corresponding to the service bearer configuration parameters required for the service bearer to be established, and then executes step 24;

Step 23e, the network side sends a service bearer establishment message including the service bearer configuration parameters required by the service bearer to be established to the mobile terminal, and then executes step 24. The network side can also use this message to initiate parameter pre-configuration of the current service bearer for the mobile terminal. Therefore, the message can further include the parameter configuration identifier corresponding to the service bearer configuration parameter required by the service bearer to be established. It may further include an operator identifier on the network side.

After the network side judges that the storage configuration identifier in the mobile terminal is valid, if the parameter configuration identifier stored in the mobile terminal is incomplete, further storage configuration can be performed, and the service bearer configuration parameters and parameter configurations of the network side that are not stored in the mobile terminal The identification supplementary configuration is added to the mobile terminal.

Therefore, between step 23 and step 24 in the process shown in Figure 2 above, after determining that the parameter configuration identification stored in the mobile terminal is valid, there is also a process for checking whether the parameter configuration identification stored in the mobile terminal is complete, as shown in Fig. 4, including the following steps:

Step 23f, the network side judges whether the parameter configuration identifier includes all the parameter configuration identifiers used by the current device on the network side, if yes, execute step 24, if not, execute step 23g;

Step 23g: Send a storage configuration message including service bearer configuration parameters and corresponding parameter configuration identifiers to the mobile terminal, and then execute step 24.

In step 23g, the storage configuration message sent by the network side to the mobile terminal may further include the operator identifier of the network side.

The judgment of the validity of the parameter configuration identifier of the verification method for storing configuration parameters in the above-mentioned network communication is completed by the network side, and since the mobile terminal can know the operator identifier of the current network side from the broadcast message, the validity The judgment can be completed by the mobile terminal, therefore, the present invention also provides a second method for checking the pre-configured parameters of the mobile terminal, referring to Figure 5, the method includes the following steps:

Step 31: The mobile terminal receives a broadcast message from the network side, and obtains the current operator identifier on the network side from the message;

Step 32: The mobile terminal compares the operator identification on the network side acquired from the broadcast message with the operator identification corresponding to the stored parameter configuration identification, and if they are the same, then determine that the parameter configuration identification stored in the mobile terminal is valid, if not, Then it is determined that the parameter configuration identifier stored in the mobile terminal is invalid;

Step 33, end.

The mobile terminal can perform the above validity judgment at any time, for example, when the mobile terminal is turned on, so that the mobile terminal knows in advance whether the parameter configuration identifier stored in it is valid for the current network, and when the network side requires it to report its When storing pre-configured parameter information, if the stored parameter configuration ID is valid, it will report the stored parameter configuration ID. At this time, the network side does not need to judge whether the parameter configuration ID is valid for the current network. If the parameter configuration flag is invalid, the network side can be notified directly. Therefore, between step 32 and step 33 in the process shown in FIG. 5 above, after determining that the parameter configuration identifier stored in the mobile terminal is valid, it can also be provided with: step 32a, when the mobile terminal receives the request from the network side to move After the terminal reports the request message for the stored preconfigured parameter information, the mobile terminal sends a report message including the stored parameter configuration identifier to the network side. Between step 32 and step 33 in the process shown in Fig. 5 above, after determining that the parameter configuration identifier stored in the mobile terminal is invalid, it can also be provided with: step 32g, when the mobile terminal receives the request sent by the network side, the mobile terminal reports After the stored pre-configuration parameter information request message, the mobile terminal sends to the network side a report message indicating that the stored parameter configuration identifier in the mobile terminal is invalid.

After the network side receives the report message from the mobile terminal, it has already known whether the parameter configuration identifier in the mobile terminal is valid. The follow-up process is the same and will not be repeated here.

The method for checking the preconfigured parameters of the mobile terminal of the present invention will be further described below through specific embodiments. FIG. 6 is a flowchart of a specific embodiment 1 of the method for checking the preconfigured parameters of the mobile terminal of the present invention. As shown in FIG. 6 , In a WCDMA network, when a mobile terminal is establishing a certain service, the inspection process of pre-configured parameters is as follows:

Step 101, the mobile terminal initiates an RRC (Radio Resources Control, radio resource control) connection request to the UTRAN, and the UTRAN sends an RRC CONNECTION SETUP message to the mobile terminal, requiring the mobile terminal to report its stored SCI or SCSI;

Step 102, after receiving the RRC CONNECTION SETUP message, the mobile terminal sends an RRC CONNECTION SETUP COMPLETE message to UTRAN, which contains the SCI or SCSI stored in the mobile terminal and the corresponding PLMN ID;

Step 103, UTRAN judges whether the reported PLMN ID is the same as its own PLMN ID, if identical, then the SCI or SCSI stored in the mobile terminal is valid for the current UTRAN, then step 104 is performed, if different, then the mobile terminal is explained The SCI or SCSI in is not the SCI or SCSI of the current UTRAN and is invalid, then perform step 106;

Step 104, UTRAN judges whether there is an SCI or SCSI corresponding to the service that the mobile terminal requires to set up in the reported SCI or SCSI, if there is, then perform step 105, if not, then perform step 106;

Step 105, UTRAN sends to the mobile terminal the RadioBearer Setup message that contains the corresponding SCI or SCSI of the service, and does not need to include the required configuration parameters of the service in the message, then perform step 107, after the mobile terminal receives the SCI or SCSI, Then you can call the configuration parameters of the service stored by itself to continue the establishment of the service;

Step 106, UTRAN sends to mobile terminal the Radio Bearer Setup message that comprises the required configuration parameter of this service and corresponding SCI or SCSI and the PLMN ID of current UTRAN, then executes step 107, can make mobile terminal finish for the mobile terminal by Radio Bearer Setup message For the storage configuration of the current service, SCI or SCSI can be directly used to establish the service when the service is established next time;

Step 107, end.

Fig. 7 is a flow chart of the second embodiment of the method for checking the pre-configured parameters of the mobile terminal according to the present invention. The inspection process is as follows:

Step 201, the mobile terminal obtains the PLMN ID of the UTRAN from the broadcast message of the UTRAN, and compares it with the PLMN ID corresponding to the SCI or SCSI stored by itself, and judges whether it is the same, and if it is the same, it is determined that the SCI or SCSI stored by itself is suitable for the current The UTRAN is valid, then execute step 202, if different, then determine that the SCI or SCSI stored by itself is invalid for the current UTRAN, then execute step 203;

Step 202: After the mobile terminal receives the RRC CONNECTION SETUP message sent by the UTRAN, the mobile terminal sends the RRC CONNECTION SETUP COMPLETE message containing the SCI or SCSI stored in the mobile terminal to the UTRAN. After the UTRAN receives the message, it can execute the first embodiment Step 104 and subsequent processes;

Step 203: After the mobile terminal receives the RRC CONNECTION SETUP message sent by the UTRAN, the mobile terminal sends the RRC CONNECTION SETUPCOMPLETE message not containing any SCI or SCSI to the UTRAN, and the UTRAN knows that the SCI or SCSI stored in the mobile terminal is invalid after receiving the message , then step 106 and subsequent processes in Embodiment 1 can be executed.

Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention without limitation. Although the present invention has been described in detail with reference to the preferred embodiments, those of ordinary skill in the art should understand that the technical solutions of the present invention can be The scheme shall be modified or equivalently replaced without departing from the spirit and scope of the technical scheme of the present invention.

Claims (29)

1. the parameter pre-configuring method of a portable terminal is characterized in that comprising the steps:

Step 11, portable terminal from network side obtain the service bearer configuration parameter and with described service bearer configuration parameter corresponding parameters configuration identifier and operator's sign;

Step 12, portable terminal are set up mapping relations with operator's sign and described service bearer configuration parameter and described parameter configuration sign and are stored.

2. the parameter pre-configuring method of portable terminal according to claim 1, it is characterized in that described step 11 is specially: portable terminal receives the stored configuration message that network side sends, from this message, obtain the service bearer configuration parameter and with described service bearer configuration parameter corresponding parameters configuration identifier, and from the broadcast of network side, extract described operator sign.

3. the parameter pre-configuring method of portable terminal according to claim 1, it is characterized in that described step 11 is specially: portable terminal receives the stored configuration message that network side sends, from this message, obtain the service bearer configuration parameter and with operator's sign of described service bearer configuration parameter corresponding parameters configuration identifier and network side.

4. the parameter pre-configuring method of portable terminal according to claim 1, it is characterized in that described step 11 is specially: portable terminal receives the service bearer of network side transmission and sets up message, from this message, obtain the service bearer configuration parameter and with described service bearer configuration parameter corresponding parameters configuration identifier, and from the broadcast of network side, extract described operator sign.

5. the parameter pre-configuring method of portable terminal according to claim 1, it is characterized in that described step 11 is specially: portable terminal receives the service bearer that network side sends and sets up message, from this message, obtain the service bearer configuration parameter and with operator's sign of described service bearer configuration parameter corresponding parameters configuration identifier and network side.

6. the method that the pre-configured parameter that requires the arbitrary described method of 1-5 to obtain according to aforesaid right to portable terminal is tested is characterized in that comprising the steps:

Step 21, network side send the request message of the pre-configured parameter information that requires its storage of mobile terminal reporting to portable terminal;

After step 22, portable terminal are received described request message, send the reporting message of the operator's sign that comprises its stored parameters configuration identifier and correspondence thereof to network side;

After step 23, network side are received described reporting message, the operator sign of operator in reporting message sign with described network side compared, if identical then determine that the stored parameters configuration identifier is effective in the portable terminal, if difference then determine that the stored parameters configuration identifier is invalid in the portable terminal;

Step 24, end.

7. method according to claim 6 is characterized in that between described step 23 and step 24, and the stored parameters configuration identifier also is provided with after invalid in determining portable terminal:

Step 23a, network side send the stored configuration message that comprises service bearer configuration parameter and corresponding parameters configuration identifier thereof to portable terminal.

8. method according to claim 7 is characterized in that in described step 23a, and network side also is included in its operator's sign in the described stored configuration message and sends to portable terminal.

9. method according to claim 6 is characterized in that between described step 23 and step 24, and the stored parameters configuration identifier also is provided with after invalid in determining portable terminal:

Step 23b, network side set up message to the service bearer that portable terminal sends the required service bearer configuration parameter of the service bearer that comprises needs foundation.

10. method according to claim 9, it is characterized in that in described step 23b network side also is included in the described required service bearer configuration parameter corresponding parameters configuration identifier of need setting up of service bearer described service bearer and sets up in the message and send to portable terminal.

11. method according to claim 10 is characterized in that in described step 23b, network side also is included in its operator sign described service bearer and sets up in the message and send to portable terminal.

12. method according to claim 6 is characterized in that between described step 23 and step 24, the stored parameters configuration identifier also is provided with after effectively in determining portable terminal:

Step 23c, network side are judged the service bearer corresponding parameters configuration identifier that whether comprises in the described parameter configuration sign with needs foundation, if, execution in step 23d then, if not, execution in step 23e then;

Step 23d, network side set up message to the service bearer that portable terminal sends the required service bearer configuration parameter corresponding parameters configuration identifier of the service bearer that comprises described needs foundation, and execution in step 24 then;

Step 23e, network side set up message to the service bearer that portable terminal sends the required service bearer configuration parameter of the service bearer that comprises described needs foundation, and execution in step 24 then.

13. method according to claim 12, it is characterized in that in described step 23e network side also is included in the described required service bearer configuration parameter corresponding parameters configuration identifier of need setting up of service bearer described service bearer and sets up in the message and send to portable terminal.

14. method according to claim 13 is characterized in that in described step 23e, network side also is included in its operator sign described service bearer and sets up in the message and send to portable terminal.

15. method according to claim 6 is characterized in that between described step 23 and step 24, the stored parameters configuration identifier also is provided with after effectively in determining portable terminal:

Step 23f, network side judge whether described parameter configuration sign has comprised whole parameter configuration signs that the network side current device uses, if then execution in step 24, if not, execution in step 23g then;

Step 23g, send the stored configuration message comprise service bearer configuration parameter and corresponding parameters configuration identifier thereof to portable terminal, execution in step 24 then.

16. method according to claim 15 is characterized in that in described step 23g, network side is included in its operator's sign in the described stored configuration message and sends to portable terminal.

17. the method that the pre-configured parameter that requires the arbitrary described method of 1-5 to obtain according to aforesaid right to portable terminal is tested is characterized in that comprising the steps:

Step 31: portable terminal receives the broadcast of network side, and obtains operator's sign of current network side from this message;

Step 32: operator's sign of the network side that portable terminal will obtain from broadcast operator sign corresponding with its stored parameters configuration identifier compares, if it is identical, determine that then the stored parameters configuration identifier is effective in the portable terminal, if different, determine that then the stored parameters configuration identifier is invalid in the portable terminal;

Step 33, end.

18. method according to claim 17 is characterized in that between step 32 and step 33, determines also to be provided with after its stored parameters configuration identifier is effectively at portable terminal:

Step 32a, receive the request message of the pre-configured parameter information that requires its storage of mobile terminal reporting that network side sends when portable terminal after, portable terminal sends the reporting message that comprises its stored parameters configuration identifier to network side;

19. method according to claim 18 is characterized in that also being provided with between described step 32a and step 33:

After step 32b, network side are received described reporting message, judge the required service bearer configuration parameter corresponding parameters configuration identifier of service bearer that whether comprises in the described parameter configuration sign with needs foundation, if, execution in step 32c then, if not, execution in step 32d then;

Step 32c, network side set up message to the service bearer that portable terminal sends the required service bearer configuration parameter corresponding parameters configuration identifier of the service bearer that comprises described needs foundation, and execution in step 33 then;

Step 32d, network side set up message to the service bearer that portable terminal sends the required service bearer configuration parameter of the service bearer that comprises described needs foundation, and execution in step 33 then.

20. method according to claim 19, it is characterized in that in described step 32d network side is included in described service bearer with the described required service bearer configuration parameter corresponding parameters configuration identifier of need setting up of service bearer and sets up in the message and send to portable terminal.

21. method according to claim 20 is characterized in that in described step 32d, network side is included in described service bearer with its operator sign and sets up in the message and send to portable terminal.

22. method according to claim 18 is characterized in that also being provided with between described step 32a and step 33:

After step 32e, network side are received described reporting message, judge whether described parameter configuration sign has comprised whole parameter configuration signs that the network side current device uses, if then execution in step 33, if not, execution in step 32f then;

Step 32f, send the stored configuration message comprise service bearer configuration parameter and corresponding parameters configuration identifier thereof to portable terminal, execution in step 33 then;

23. method according to claim 22 is characterized in that in described step 32f, network side is included in its operator's sign in the described stored configuration message and sends to portable terminal.

24. method according to claim 17 is characterized in that between step 32 and step 33, the stored parameters configuration identifier also is provided with after invalid in determining portable terminal:

Step 32g, receive the request message of the pre-configured parameter information that requires its storage of mobile terminal reporting that network side sends when portable terminal after, portable terminal sends the invalid reporting message of stored parameters configuration identifier in the described portable terminal to network side.

25. method according to claim 24 is characterized in that also being provided with between described step 32g and step 33:

After step 32h, network side are received described reporting message, send the stored configuration message that comprises service bearer configuration parameter and corresponding parameters configuration identifier thereof to portable terminal.

26. method according to claim 25 is characterized in that in described step 32h, network side is included in its operator's sign in the described stored configuration message and sends to portable terminal.

27. method according to claim 24 is characterized in that also being provided with between described step 32g and step 33:

After step 32i, network side were received described reporting message, the service bearer that sends the required service bearer configuration parameter of the service bearer comprise needs foundation to portable terminal was set up message.

28. method according to claim 27, it is characterized in that in described step 32i network side is included in described service bearer with the described required service bearer configuration parameter corresponding parameters configuration identifier of need setting up of service bearer and sets up in the message and send to portable terminal.

29. method according to claim 28 is characterized in that in described step 32i, network side is included in described service bearer with its operator sign and sets up in the message and send to portable terminal.

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