CN101018385A - Device, system and method for supporting the broadband code division multiple address network service batch upgrade - Google Patents

Abstract

The invention discloses a device supporting batch upgrade of WCDMA network services, which includes an input and output unit, an operation and maintenance unit and a script configuration unit; the operation and maintenance unit is based on an instruction to perform a certain service upgrade on all or part of base stations of at least one RNC The existing RNC-side service configuration script calls the script configuration unit to generate the RNC-side service configuration script and the base station-side service configuration script after the RNC upgrade, and deliver and execute them sequentially through the input-output unit. The invention also discloses a system supporting batch upgrading of WCDMA network services and a method supporting batch upgrading of WCDMA network services. Through the device, system and method disclosed in the invention, batch execution is realized, the work of service upgrading is simplified, the efficiency of service upgrading is improved, and the correctness of upgrading is guaranteed.

Description

Device, system and method for supporting batch upgrade of wideband code division multiple access network services

technical field

The invention relates to a device, system and method for supporting batch upgrade of Wideband Code Division Multiple Access (WCDMA) network services, belonging to the field of communication networks.

Background technique

With the rapid development of the communication network, the business functions supported by it are also constantly introducing new ones, which requires network maintenance personnel to continuously upgrade each Network Element (NE) to meet the needs of business development. This means that all NEs, including the Radio Network Controller (RNC) of the WCDMA system and the NodeB of the WCDMA system, must execute relevant scripts supporting new services/new functions in a large area. For example, High Speed Downlink Packet Access (HSDPA for short), introduced to solve the problem of limited downlink capacity in the R99/R4 version of WCDMA, is a technology introduced in the 3GPPR5 version protocol, which is beneficial to WCDMA The system improves the downlink peak transmission rate and system spectral efficiency. Since most of the existing WCDMA commercial networks are based on the R4 version and cannot support HSDPA, and even the R5 version may not support the HSDPA function, the existing network must be upgraded and configured.

However, since the current method of making scripts can only be done manually one by one NE, it is necessary to manually ensure the consistency of the scripts of each NE, and in the process of upgrading and configuring NEs on the live network, it is often necessary to configure them one by one in a certain order. As far as HSDPA technology is concerned, it is required to configure the RNC and each NodeB respectively, and the configuration has a sequence requirement. The RNC must be configured first, and then the NodeB must be configured; at the same time, at least two ATM match Layer Type 2 Path (ATM Adaptation Layer Type 2 Path, referred to as AAL2Path), one of which is dedicated to R99 services and provides HSDPA uplink Dedicated Channel (Dedicated Channel, referred to as DCH) services, and the other is dedicated to HSDPA downlink services; For the AAL2Path that provides downlink services, its bandwidth should be configured relatively large to ensure the bandwidth of all HSDPA service users; moreover, the AAL2Path bandwidth on the NodeB side needs to be configured slightly larger than that on the RNC side (about 200K), otherwise the service data will be transmitted. There is a phenomenon of testing and resetting memory bits (Test and Reset memory bits Against Accumulator, referred to as TRB).

It can be seen that the workload of manually configuring scripts one by one is very large, especially when large commercial outlets need to upgrade thousands of communities or even the entire network; manual configuration must fully consider the order of script configuration before configuration , to ensure the execution order of the scripts; manual configuration must properly handle the configuration of the interface connected to the NE to achieve matching between the upgraded NEs; even so, manual operations will inevitably cause errors or omissions of one kind or another, requiring a lot of later adjustments Measure time.

Contents of the invention

The purpose of the present invention is to provide a device, system and method for supporting batch upgrade of WCDMA network services, so as to solve the problems caused by manual configuration of NEs one by one in the prior art.

In order to achieve the above object, an embodiment of the present invention provides a device supporting batch upgrade of WCDMA network services, including an input and output unit, an operation and maintenance unit, and a script configuration unit;

The operation and maintenance unit is used to call the script configuration unit based on the existing RNC side service configuration script to generate the RNC side service configuration after the RNC upgrade according to an instruction to perform a certain service upgrade on all or part of the base stations of at least one RNC The script and the service configuration script on the base station side are sequentially issued and executed through the input and output unit.

Embodiments of the present invention also provide a system that supports batch upgrade of WCDMA network services, including an operation and maintenance center (Operation Maintenance Center, referred to as OMC) and at least one RNC connected to the OMC, and any RNC is connected to at least one base station The OMC is connected to the RNC, and is used to generate an upgraded service for the RNC and the base station based on an existing RNC-side service configuration script according to an instruction for performing a certain service upgrade on all or part of the base stations of at least one RNC. The service configuration script on the RNC side and the service configuration script on the base station side are sequentially issued to the RNC and the base station for execution.

Embodiments of the present invention also provide a method for supporting batch upgrade of WCDMA network services, including the following steps:

When receiving an instruction to upgrade a certain service to all or part of the base stations of at least one RNC, obtain the RNC side service configuration script of the RNC;

For any RNC that needs to be upgraded, an upgraded RNC-side service configuration script and a base station-side service configuration script are generated, and delivered to the RNCs one by one in a preset order for execution.

It can be seen from the above technical solution that the embodiments of the present invention have the following beneficial effects by calling the existing service configuration script and adopting the comparison upgrade service configuration script:

1. Execute in batches, simplify business upgrade work, and improve business upgrade efficiency;

2. The automatic upgrade replaces the manual configuration of each base station to ensure the correctness of the upgrade.

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 a device block diagram, is the embodiment 1 of the device that supports WCDMA network service batch upgrade;

Fig. 2 is a device block diagram, is the embodiment 2 of the device supporting WCDMA network service batch upgrade;

Fig. 3 is a system structural diagram, is the embodiment 1 of the system that supports WCDMA network service batch upgrade;

Fig. 4 is a system structural diagram, is the embodiment 2 of the system that supports WCDMA network service batch upgrade;

Fig. 5 is a flow chart, for the embodiment 1 of the method for supporting WCDMA network service batch upgrade;

Fig. 6 is a flow chart of Embodiment 2 of the method for supporting batch upgrade of WCDMA network services.

Detailed ways

In order to overcome the problems of large workload and high probability of errors and risks caused by manual upgrades one by one in the prior art, a device, system and method for supporting batch upgrade of WCDMA network services are provided, which will be described in detail below.

An embodiment of the present invention provides a device supporting batch upgrade of WCDMA network services, including an input and output unit, an operation and maintenance unit, and a script configuration unit; An instruction for service upgrade, calling a script configuration unit based on the existing RNC side service configuration script, generating the RNC side service configuration script and the base station side service configuration script after the RNC upgrade, and issuing and executing them sequentially through the input and output unit .

Among them, the service configuration script on the RNC side and the service configuration script on the base station side may need to be generated based on data such as the bandwidth and traffic index of the upgraded service. The traffic index allocation results are used to generate the RNC side service configuration script and the base station side service configuration script. Those skilled in the art can understand that for any RNC that is instructed to upgrade, there is a situation that does not need to be upgraded or does not need to be completely upgraded, such as bandwidth and traffic index allocation results, and it is only necessary to directly upgrade the RNC side service configuration according to the above results scripts and base station side service configuration scripts, so the operation and maintenance unit needs to identify and judge the existing RNC side service configuration scripts; for the RNC that needs to be upgraded, call the relevant modules to perform the upgrade process.

Referring to Fig. 1, embodiment 1 of the device supporting WCDMA network service batch upgrade provided by the present invention includes an input and output unit a1, an operation and maintenance unit a2, a traffic index allocation unit a3, a bandwidth calculation unit a4 and a script configuration unit a5; This device can be directly loaded in the OMC, or can be connected to the OMC through an OM component.

The operation and maintenance unit a2 receives an instruction to perform a certain service upgrade on all or part of the base stations of at least one RNC through the input and output unit a1, which includes two situations:

In the first type, the operation and maintenance unit a2 provides the user with an optional list of base stations, and the user specifies an upgrade object in the list;

In the second type, the user arbitrarily designates the base station to be upgraded.

The operation and maintenance unit a2 invokes an existing RNC side service configuration script according to an instruction for performing a certain service upgrade on all or part of the base stations of at least one RNC, which also includes two situations:

In the first type, the operation and maintenance unit a2 calls the RNC side service configuration script on the corresponding RNC one by one according to the upgrade instruction;

The second method is to store the RNC-side service configuration scripts on each RNC in advance locally, and directly call the corresponding RNC-side service configuration scripts according to the upgrade instruction. This method will be described in Embodiment 2 of the device.

After the operation and maintenance unit a2 invokes the existing service configuration script on the RNC side, the operation and maintenance unit a2 receives the instruction and verifies whether the base station is a legitimate base station. Among them, judging whether the base station or the list of base stations is legal refers to whether the base station is configured in the service configuration script on the RNC side. If it is not configured, it indicates that the base station has an input error or is a base station of another RNC, and is illegal; if it has been configured, it indicates that it is legal. , identify whether the RNC needs to be upgraded, and call other modules to process the RNC that needs to be upgraded, including:

Carry out the upgrade of the RNC side global configuration script related to the upgraded service: the operation and maintenance unit a2 judges whether there is an upgraded RNC side global configuration script in the existing RNC side business configuration script, if it does not exist, then generates the RNC side global configuration script, if If it exists, there is no need to generate it again. This is for the need of identification. Only when the global configuration script on the RNC side is established can the type of service to be upgraded be identified; it is equivalent to that the corresponding application program can be identified by the operating system after the installation program is installed; batch generation of RNC The side service configuration script and the base station side service configuration script must be performed according to the global configuration script.

The operation and maintenance unit a2 calls the bandwidth calculation unit a4 to perform bandwidth calculation. For different services, the bandwidth has different requirements; taking the HSDPA service as an example, the bandwidth on the base station side is required to be about 200K larger than the bandwidth on the RNC side; if it is judged that the service The bandwidth of the bandwidth has been calculated, and there is no need to perform the calculation operation again.

The operation and maintenance unit a2 invokes the traffic index allocation unit a3 to determine whether to perform traffic index allocation. The so-called traffic index allocation is to check whether the traffic index is repeated, that is, the frequency band that needs to be allocated to the service to be upgraded cannot be occupied by other services, and once allocated, unless it is actively modified, the frequency band will not be transferred as the network situation changes; Therefore, if it is determined that the traffic index of the service has already been allocated, there is no need to perform an allocation operation again.

And, the operation and maintenance unit a2 determines whether the base station of any RNC needs to be upgraded according to the existing RNC-side service configuration script, and if the existing script can already support the service, no further upgrade is required; those skilled in the art should It is understood that since the service is set correspondingly on the base station side and the RNC side, by confirming whether the script on the RNC side provides support for a certain service, it can be determined whether the cell where the base station is located supports the service.

For the RNC that needs to be upgraded, the operation and maintenance unit a2 calls the script configuration unit a5 to generate the RNC side service configuration script and the base station side service configuration script of the RNC according to the bandwidth calculation result and the traffic index distribution result.

Those skilled in the art can understand that the content identified by the RNC upgrade provided in the embodiments of the present invention is only an example and not a limitation. If there are other parameters required for RNC upgrade, they can also be added to this technical solution as identification content. A processing module is added, not limited to the flow index allocation unit a3 and the bandwidth calculation unit a4.

After the RNC-side service configuration scripts and base station-side service configuration scripts of all RNCs are generated, the operation and maintenance unit a2 sequentially issues and executes them through the input and output unit a1. Those skilled in the art should understand that the delivery process can also be performed after the RNC-side service configuration script and the base station-side service configuration script of one RNC are generated, without waiting for all the scripts of all RNCs to be generated. Regardless of whether it is generated and distributed one by one, or generated one by one, it does not affect the technical solution of the present invention.

The order of delivery is the order required for configuring and upgrading services. Taking HSDPA as an example, it is required to perform service configuration on the RNC side first, and then perform service configuration on the base station side. In the process of executing the configuration script for each base station, it is necessary to perform the service configuration on the RNC side. In order to avoid manual control, the device can control the delivery sequence of service configuration scripts to complete automatic configuration and ensure the accuracy of configuration.

It can be seen that, through the device provided by the present invention, base stations can be upgraded to new services in batches and automatically, improve configuration efficiency, reduce errors and risks, and improve user satisfaction.

Further, a script storage unit a6 (not shown in the figure) may be included, and the script storage unit a6 includes at least one RNC service configuration script module, any RNC service configuration script module corresponds to an RNC, and the RNC side of the RNC is preserved Business configuration script. As shown in Figure 2, Embodiment 2 of the device supporting batch upgrade of WCDMA network services provided by the present invention includes an input and output unit a1, an operation and maintenance unit a2, a traffic index allocation unit a3, a bandwidth calculation unit a4, and a script configuration unit a5. The connections and functions of the above modules are as described in Embodiment 1. It also includes a script storage unit a6, which is connected with the input and output unit a1 and the operation and maintenance unit a2.

In this embodiment, the script storage unit a6 includes N RNC service configuration script modules a61, a62...a6N, N represents the number of RNCs, and the RNC service configuration script module a6i corresponds to the i-th RNC , saving the RNC-side service configuration script of the RNC.

It can be seen that, through the device provided in Embodiment 2, it is possible to avoid obtaining RNC-side service configuration scripts from each RNC each time, which is conducive to the rapid development of service upgrades.

Referring to Fig. 3, for the embodiment 1 of the system that supports WCDMA network service batch upgrade provided by the present invention, comprise OMCA and an RNCB connected with OMCA, this RNCB is connected with a plurality of base stations NodeB, marked as C1～Cm; OMCA and The RNCB connection is used to receive the RNC side service configuration script; and according to an instruction to upgrade a certain service to all or some NodeBs of the RNCB, the designation of this base station is performed by the user, including two situations:

First, OMCA provides the user with an optional NodeB list, and the user specifies the upgrade object in the list;

In the second type, the user arbitrarily specifies the NodeB to be upgraded.

In the case of these two types of user designation, the network administrator can issue an upgrade designation for all NodeBs during large-scale network upgrades, or the user terminal D can request the operator to provide network support according to its own needs for certain services. .

The upgrade process performed by OMCA includes calling the existing RNC-side service configuration script to generate an upgraded RNC-side service configuration script and base station-side service configuration script for the RNC and the base station respectively, and sequentially delivering them to the RNC and NodeB for execution.

Wherein, generating the upgraded RNC side service configuration script and the base station side service configuration script may include: performing RNC side global configuration script generation, bandwidth calculation and flow index distribution of the service; and according to the bandwidth calculation result and the flow index distribution result, perform The service configuration script on the RNC side and the service configuration script on the base station side are upgraded.

At the same time, the delivery order is the order required for configuring and upgrading services. Taking HSDPA as an example, it is required to perform service configuration on the RNC side first, and then perform service configuration on the base station side. In the process of executing the configuration script for each base station, it is necessary to Perform corresponding cell activation and deactivation operations on the RNC; in order to avoid manual control, the device can control the delivery sequence of service configuration scripts to complete automatic configuration and ensure the accuracy of configuration.

Obviously, when service upgrade is required, the system provided by the embodiment of the present invention can automatically complete the upgrade work of designated base stations in batches, and then the local terminal D to which the base station belongs can realize the use of the upgrade service. It can be seen that the OMCA in the embodiment of the present invention can be realized by adding or connecting the provided device supporting WCDMA network service batch upgrade on the basis of the existing OMC.

In this embodiment, the OMCA is connected to the RNCB, so the delivery of the service configuration script on the base station side is first sent to the RNCB, and then routed by the RNCB to the NodeB to be upgraded. Referring to Fig. 4 for another situation, it is Embodiment 2 of the system supporting batch upgrade of WCDMA network services provided by the present invention. OMCA is directly connected to the NodeB to be upgraded, and sends the base station side directly to the NodeB according to the preset order. For service configuration scripts, the delivery order is still the order required for configuring and upgrading services.

In Embodiment 2, OMCA and one RNCB1-BN connected to OMCA are shown, where only the base station of RNCBj is illustrated, and those skilled in the art should understand that for other RNCs, the connection between the base station and OMC The relationship is similar. Of course, routing can also be performed through the RNC to which it belongs, that is, there is no connection relationship between the base station and the OMCA.

It can be seen that through the system provided by the present invention, base stations can be upgraded to new services in batches and automatically, improve configuration efficiency, reduce errors and risks, and improve user satisfaction.

The embodiment of the present invention also provides a method for supporting batch upgrade of WCDMA network services, including the following steps: when receiving an instruction to upgrade a certain service to all or part of the base stations of at least one RNC, acquire the RNC side service of the RNC Configuration scripts; for any RNC that needs to be upgraded, generate an upgraded RNC-side service configuration script and a base station-side service configuration script, and issue and execute them to the RNCs one by one in a preset order.

Wherein, before obtaining the RNC-side service configuration script of the RNC, it may include: a step of pre-storing all RNC-side service configuration scripts; in this way, it is avoided to go to each RNC to obtain the service configuration script every time, and the processing efficiency is improved.

Correspondingly, after generating the upgraded RNC-side service configuration script and the base station-side service configuration script, updating the stored RNC-side service configuration script by using the generated RNC-side service configuration script is also included.

Because not all RNCs all need to be upgraded, even the RNCs that need to be upgraded do not necessarily need to be all upgraded, so before generating the upgraded RNC side service configuration script and the base station side service configuration script, it also includes any RNC side service configuration script, A step of identifying whether the RNC needs to upgrade the service. For example, the step of identifying whether the RNC needs to upgrade the service may include:

Judging the RNC side global configuration script: judging whether there is an RNC side global configuration script for the service, if so, performing judgment on the service allocation traffic index and bandwidth, otherwise generating the RNC global configuration script and outputting it to the RNC side service configuration script , and then execute the judgment on the service allocation traffic index and bandwidth;

Judging the traffic index and bandwidth allocated to the business: judging whether the traffic index and bandwidth have been allocated to the business, if so, execute the judgment on the business, otherwise execute the judgment on the business after allocating the traffic index and bandwidth;

Judgment on the service: judge whether the service is supported, if yes, end; otherwise, upgrade the service configuration script on the RNC side and the service configuration script on the base station side.

Referring to Fig. 5, embodiment 1 of the method for supporting WCDMA network service batch upgrade provided by the present invention, taking an RNC as an example to upgrade may include the following steps:

Step 101, when receiving an instruction to perform a certain service upgrade on all or part of the base stations of the RNC, obtain the RNC side service configuration script of the RNC;

Wherein, before step 101 may include: displaying the saved base station list for the user to perform upgrade selection, that is, the user sends an upgrade instruction to the passively selected upgrade object; or, may include: the user discretely inputs or inputs the upgraded base station in units of RNC List, that is, the user issues an upgrade command to the upgrade object that is actively input.

Step 102, judge whether the input base station list is configured in the RNC service configuration script, if so, the input base station list is legal, continue to perform step 103, otherwise return to the invalid command of the base station list, and end;

Wherein, in the present embodiment, the step 2 of judging whether the base station is legal can also not be executed, but step 103 is directly executed after step 101, and then all (comprising legal base stations and illegal base stations) service configuration scripts are generated; It is sufficient to automatically delete the service configuration scripts on the base station side that cannot correspond to the RNC.

Step 103, judging whether there is an RNC side global configuration script supporting the service, if yes, execute step 105, otherwise execute step 104;

Step 104, generate the RNC side global configuration script and output it to the RNC side service configuration script, and execute step 105;

Step 105, judging whether the traffic index and bandwidth have been allocated for the service, if yes, execute step 107, otherwise execute step 106;

Step 106, allocate traffic index and bandwidth for the service, execute step 107;

Step 107, for any RNC, judge whether the service configuration script of its RNC side supports the service, if so, end, otherwise execute step 108;

Step 108, according to traffic index and bandwidth, generate RNC side business configuration script and base station side business configuration script, then perform step 109;

Step 109 , delivering and executing the RNC-side service configuration script and the base station-side service configuration script to the RNCs one by one in a preset order.

Among them, the order of delivery is the order required for configuring and upgrading services. Taking HSDPA as an example, it is required to perform service configuration on the RNC side first, and then perform service configuration on the base station side. In the process of executing the configuration script for each base station, it is necessary to Perform corresponding cell activation and deactivation operations on the RNC. Those skilled in the art should understand that for the support of a service, its traffic index, global configuration script and other information will not be easily changed after initialization, so when it is detected that a global configuration After that, it is explained that in the whole OMC, it can provide the central support for the upgrade service. Only each NodeB and the interface configuration corresponding to the RNC of each NodeB need to be upgraded in batches. Generally, the interface is an IUB port, that is, after the service upgrade is completed, through IUB port for data transmission.

In method embodiment 1, before step 102, the step of pre-storing the RNC-side service configuration script may also be included, and after step 108, it may also include updating the stored RNC-side service configuration script by using the generated RNC-side service configuration script.

Referring to Fig. 6, embodiment 2 of the method for supporting WCDMA network service batch upgrade provided by the present invention comprises the following steps:

Step 201, a local terminal D hopes to obtain the support of the new service HSDPA in some base stations, so discretely input the upgraded base station list X, Y, Z;

Step 202, obtaining the RNC side service configuration script for the corresponding RNC;

Step 203, judging whether the input base station list has legal authority, if so, execute step 204, otherwise return to the invalid command of the base station list, and end;

In this step, if it is partially valid and partially invalid, then the execution may continue for the list of valid base stations.

Step 204, judge whether there is an upgraded RNC global configuration script in the RNC side service configuration script, if yes, perform step 206, otherwise perform step 205;

Step 205, generate RNC global configuration script, execute step 206;

Step 206, judging whether the traffic index and bandwidth have been allocated for the service, if yes, execute step 208, otherwise execute step 207;

Step 207, allocate traffic index and bandwidth for the service, execute step 208;

Step 208, judge whether the RNC side business configuration script of this RNC supports described business, then explain that this RNC is not the RNC to be upgraded, has been able to support described business, executes step 210, otherwise executes step 209;

Step 209, generate the RNC side service configuration script and the base station side service configuration script according to the traffic index and bandwidth;

Step 210, judging whether there is a next RNC, if yes, execute step 204, otherwise execute step 211;

Step 211, for all RNCs to be upgraded, send the RNC side service configuration script one by one, and instruct the RNC to execute the RNC side service configuration script, and complete the establishment of the RNC configuration interface (IUB) port;

Step 212, the RNC returns a successful execution instruction;

Step 213: After receiving the successful execution instruction from the RNC, issue the service configuration script on the base station side, and instruct the base station to execute the service configuration script on the base station side; end.

Wherein, in this embodiment, after the RNC side service configuration script and the base station side service configuration script of all RNCs are generated, they are issued one by one; it may also be issued immediately after the RNC side service configuration script and the base station side service configuration script of one RNC are generated. The sending process does not need to wait for all the scripts of all RNCs to be generated; which method is used will not affect the technical solution of the present invention.

In step 212, delivering the base station service configuration script specifically includes: directly delivering the base station service configuration script to the base station, or delivering the base station service configuration script to the RNC, and the RNC routes the script to the base station.

It can be seen that, through Embodiment 1 and Embodiment 2 of the method for supporting batch upgrade of WCDMA network services provided by the present invention, the method can support automatic and batch upgrade of new services according to the comparison with the saved RNC side service configuration script , simplify the upgrade work, improve the upgrade efficiency, and ensure the correctness of the upgrade.

The device, system and method provided by the present invention can be applied to the batch upgrade of HSDPA, and also applicable to High Speed Uplink Packet Access (HSUPA for short) business, and other communications completed by the combination of RNC and base station business.

Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention and not to limit them. 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: it still Modifications or equivalent replacements can be made to the technical solutions of the present invention, and these modifications or equivalent replacements cannot make the modified technical solutions deviate from the spirit and scope of the technical solutions of the present invention.

Claims (14)

1. A device supporting batch upgrade of broadband code division multiple access network services, characterized in that it includes an input and output unit, an operation and maintenance unit and a script configuration unit; The operation and maintenance unit is used to call the script configuration unit based on the existing RNC side service configuration script to generate the RNC side service configuration after the RNC upgrade according to an instruction to perform a certain service upgrade on all or part of the base stations of at least one RNC The script and the service configuration script on the base station side are sequentially issued and executed through the input and output unit. 2. The device according to claim 1, further comprising a bandwidth calculation unit and a flow index allocation unit respectively connected to the operation and maintenance unit, for performing bandwidth calculation and flow index allocation, and combining the bandwidth calculation result and the flow index The allocation result is provided to the operation and maintenance unit to upgrade the service configuration script on the RNC side and the service configuration script on the base station side. 3. The device according to claim 1 or 2, characterized in that the script storage unit is connected to the input and output unit and the operation and maintenance unit; the script storage unit includes at least one RNC service configuration script module, and any RNC service configuration The script module corresponds to an RNC, and stores the RNC-side service configuration script of the RNC. 4. A system supporting wideband code division multiple access network service batch upgrade, comprising an operation and maintenance center and at least one RNC connected to the operation and maintenance center, and any RNC is connected with at least one base station; it is characterized in that: The operation and maintenance center is connected to the RNC, and is used to generate an upgraded service for the RNC and the base station based on an existing service configuration script on the RNC side based on an instruction to perform a certain service upgrade on all or part of the base stations of at least one RNC. The service configuration script on the RNC side and the service configuration script on the base station side are delivered to the RNC and the base station in sequence for execution. 5. The system according to claim 4, wherein the operation and maintenance center is connected to the at least one base station, and is used to directly send the base station side service configuration script to the base station in a preset order. 6. A method for batch upgrade of wideband code division multiple access network services, characterized in that it comprises the following steps: When receiving an instruction to upgrade a certain service to all or part of the base stations of at least one RNC, obtain the RNC side service configuration script of the RNC; For any RNC that needs to be upgraded, an upgraded RNC-side service configuration script and a base station-side service configuration script are generated, and delivered to the RNCs one by one in a preset order for execution. 7. The method according to claim 6, characterized in that, before obtaining the RNC-side service configuration script of the RNC, the method comprises: a step of pre-storing all RNC-side service configuration scripts. 8. The method according to claim 7, characterized in that, after generating the upgraded RNC side service configuration script and the base station side service configuration script, it also includes adopting the generated RNC side service configuration script to update the stored RNC side service configuration script . 9. The method according to claim 6, characterized in that after acquiring the RNC-side service configuration script of the RNC, it further comprises judging whether the input base station list is configured in the RNC service configuration script, and if so, the input base station If the list is valid, for any RNC that needs to be upgraded, an upgraded RNC-side service configuration script and a base station-side service configuration script are generated; otherwise, an invalid base station list command is returned. 10. The method according to any one of claims 6-9, characterized in that before generating the upgraded RNC side service configuration script and the base station side service configuration script, it also includes identifying any RNC side service configuration script The step of whether the RNC needs to upgrade the service. 11. The method according to claim 10, characterized in that the step of identifying whether the RNC needs to upgrade the service comprises: Judging the RNC side global configuration script: judging whether there is an RNC side global configuration script for the service, if so, performing judgment on the service allocation traffic index and bandwidth, otherwise generating the RNC global configuration script and outputting it to the RNC side service configuration script , and then execute the judgment on the service allocation traffic index and bandwidth; Judging the traffic index and bandwidth allocated to the business: judging whether the traffic index and bandwidth have been allocated to the business, if so, execute the judgment on the business, otherwise execute the judgment on the business after allocating the traffic index and bandwidth; Judgment on the service: judge whether the service is supported, if yes, end; otherwise, upgrade the service configuration script on the RNC side and the service configuration script on the base station side. 12. The method according to claim 6, characterized in that the sending and execution to the RNC one by one according to a preset order is specifically: Send the RNC side service configuration script, and instruct the RNC to execute the RNC side service configuration script, and complete the creation of the RNC configuration interface; RNC returns a successful execution command; After receiving the successful execution instruction of the RNC, it issues the service configuration script on the base station side, and instructs the base station to execute the service configuration script on the base station side. 13. The method according to claim 6 or 12, wherein the sending of the base station side service configuration script is specifically: sending the base station side service configuration script directly to the base station, or sending the base station side service configuration script to the RNC , routed by the RNC to the base station. 14. The method according to claim 6, characterized in that the service is a high-speed downlink packet access service.

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