WO2012068761A1 - Software edition loading method and base station controller - Google Patents
Software edition loading method and base station controller Download PDFInfo
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- WO2012068761A1 WO2012068761A1 PCT/CN2010/080327 CN2010080327W WO2012068761A1 WO 2012068761 A1 WO2012068761 A1 WO 2012068761A1 CN 2010080327 W CN2010080327 W CN 2010080327W WO 2012068761 A1 WO2012068761 A1 WO 2012068761A1
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Abstract
A software edition loading method and a base station controller are disclosed in the present invention, which relate to wireless communication field, can improve the software edition loading speed of the base station controller, and reduce the interruption time of the service caused by the power-on of the base station controller. The method of the present invention includes: a master control single board downloads a software edition, and distributes the software edition to each controlled single board; the master control single board activates the software edition of itself; each controlled single board loads the software edition.
Description
一种软件版本的加载方法及基站控制器 技术领域 本发明涉及无线通讯领域， 尤其是涉及一种软件版本的加载方法及基站 控制器。 背景技术 随着通讯技术的迅速发展， 基站控制器性能越来越强大， 基站单板的数 量也越来越多。 目前， 标准的基站控制器版本加载流程为： 将软件版本下载 到主控单板， 并在主控单板上激活该软件版本； 将基站控制器复位， 各单板 (包括主控单板以及受控单板）停止业务，各受控单板上电并访问主控单板， 将主控单板上的激活版本与自身单板上的软件版本进行比较， 如果不一致， 则重新向主控版本索取版本， 并加载到该受控单板， 如果一致， 则不进行任 何操作。 直到所有的受控单板都完成软件加载后， 主控单板及受控单板才继 续其业务。 但目前的基站控制器有近百个受控单板， 相关的软件版本尺寸大 约上百兆， 因此， 基站控制器复位后， 会导致所有的受控单板向主控单板索 取软件版本， 导致主控单板的响应非常慢， 软件的加载过程可能需要花费数 个小时， 中断业务的时间大大超过运营商的要求。 发明内容 本发明提供一种软件版本的加载方法及基站控制器， 能够提高基站控制 器的软件版本加载速度， 减少基站控制器的上电中断业务的时间。 根据本发明的一个方面， 提供了一种软件版本的加载方法， 包括： 主控单板下载软件版本， 并将该软件版本分发到各受控单板； 主控单板激活其上的该软件版本； 各受控单板加载该软件版本。 根据本发明的另一个方面， 提供了一种基站控制器， 包括:
主控单板， 用于下载软件版本， 将该软件版本分发到各受控单板， 并激 活其上的该软件版本； 多个受控单板， 用于加载该软件版本。 通过本发明提供的软件版本的加载方法， 主控单板下载软件版本后， 能 够将软件版本分发到各受控单板， 再激活主控单板上的软件版本， 各受控单 板在主控单板激活该软件版本后， 再加载该软件版本。 主控单板提前将软件 版本分发到各受控单板， 并且可以并行分发， 不需要各受控单板在基站控制 器复位上电后， 向主控单板索取软件版本， 加快了各受控单板的软件版本的 下载时间， 减少了上电脱机时间， 并且下载版本和分发版本不会中断业务。 附图说明 图 1为本发明实施例一提供的软件版本的加载方法的流程图； 图 2为本发明实施例二提供的软件版本的加载方法的流程图； 图 3为本发明实施例三提供的软件版本的加载方法的流程图； 图 4为本发明实施例提供的基站控制器的结构图。 具体实施方式 本发明实施例提供了一种软件版本的加载方法， 主控单板在下载软件版 本后， 能够将软件版本分发到各受控单板， 再激活主控单板上的软件版本， 各受控单板在主控单板激活该软件版本后， 再加载该软件版本。 因为主控单 板提前将软件版本分发到了各受控单板， 并且可以并行分发， 所以不需要各 受控单板在基站控制器复位上电后， 向主控单板索取软件版本， 加快了各受 控单板的软件版本的下载时间， 减少了上电脱机时间， 并且下载版本和分发 版本不会中断业务。 实施例一 如图 1所示， 为本发明实施例一提供的软件版本的加载方法， 包括： 步骤 S 101、主控单板下载软件版本，并将该软件版本分发到各受控单板；
主控单板接收到网管系统的下载通知时， 从后台网管系统将软件版本下 载到基站控制器的主控单板上， 进行下载时， 并不中断主控单板及受控单板 的业务， 或者后台网管系统主动将软件版本传送给主控单板， 主控单板将软 件版本保存到主控单板的持久存储器中， 主控单板的持久存储器中会保存软 件的多个软件版本； 主控单板接收到后台网管系统的下发通知时， 将该软件版本分发到各指 定的受控单板， 可以多个软件版本、 多个受控单板并发运行， 并且不中断业 务， 实现了软件版本的快速下发； 当然， 主控单板也可以主动从后台网管系统下载软件版本， 并直接进行 分发， 并不需要网管系统的通知； 较佳地， 将软件版本分发到各受控单板时， 同时将软件版本保存到受控 单板的持久存储器中， 以保证断电后该软件版本不会丢失， 受控单板的存储 器中每次只保存一份软件版本； 步骤 S 102、 主控单板激活其上的该软件版本， 并发送软件变更通知给各 受控单板； 主控单板激活主控单板上的该软件版本， 具体为： 主控单板在接收到后 台网管系统的激活命令时， 在其存储器的该软件版本上设置激活标记， 并生 效该软件版本， 即该软件版本被激活。 主控单板也可以在分发软件版本之后， 直接将软件版本激活， 或者在分 发软件版本一定时间后将软件版本激活， 或者接收到激活通知时， 将软件版 本激活。 主控单板激活该版本软件后， 发送软件变更通知给各受控单板； 步骤 S 103、 各受控单板接收到通知时， 加载该软件版本。 受控单板在接收到通知， 直接加载存储器中保存的该软件版本。 釆用上述软件版本的加载方法，基站控制器能够在不影响业务的情况下 , 强制将软件版本分发到各受控单板， 并且在分发时可以并行分发， 不需要各 受控单板在基站控制器复位后， 向主控单板索取软件版本， 加快了软件版本 的下载时间， 减少了上电脱机时间， 并且下载版本和分发版本不会中断业务。 并且， 由于本发明中主控单板激活软件版本后， 立刻向受控单本发送软件变
更通知， 受控单板接收到变更通知后， 立即加载之前分发的软件版本， 保证 了基站控制器的运行版本和激活版本的一致性。 实施例二 本发明实施例还提供了一种软件版本的加载方法， 主控单板下载软件版 本， 并分发到各受控单板， 主控单板激活该软件版本， 各受控单板在进行复 位上电时， 加载该软件版本。 因为之前已经将需要更新的软件版本分发到各 受控单本， 因此釆用这种方式， 在复位上电时， 各受控单板并不需要向主控 单本索取软件版本， 只需直接加载即可， 能够提高基站控制器的软件版本加 载速度， 减少基站控制器的上电中断业务的时间。 如图 2所示， 为本发明实施例二提供的软件版本的加载方法流程图， 包 括： 步骤 S201、主控单板下载软件版本，并将该软件版本分发到各受控单板； 主控单板接收到下载通知时， 从后台网管系统下载软件版本到主控单板 的持久存储器中， 并在接收到下发通知时， 主控单板将该软件版本分发到各 指定的受控单板， 可以多个软件版本、 多个受控单板并发运行， 并且不中断 业务， 实现了软件版本的快速下载； 较佳地， 将软件版本分发到各受控单板时， 同时将软件版本保存到受控 单板的持久存储器中， 以保证断电后该软件版本不会丢失。 步骤 S202、 主控单板激活其上的该软件版本； 步骤 S203、 各受控单板进行复位， 在复位上电时， 加载该软件版本。 受控单板上电时， 加载存储器中保存的软件版本。 实施例三 各受控单板在复位上电或者接收到软件变更通知时， 加载收到的软件版 本。 加载软件版本时， 先确定存储器中的软件版本和主控单板上激活的软件 版本是否一致， 当不一致时， 则重新向主控单板索取激活的软件版本， 再进 行软件版本加载。 这样可使得每次加载的软件版本都是激活的软件版本。 下面结合附图， 详细描述各受控单板加载软件版本的过程。
如图 3所示， 为本发明实施例三提供的软件版本的加载方法流程图， 包 括： 步骤 S301、主控单板下载软件版本，并将该软件版本分发到各受控单板； 步骤 S302、 主控单板激活其上的该软件版本； 激活时， 还可以向各受控单板发送软件变更通知； 步骤 S303、 受控单板运行中接收到软件版本变更通知或者受控单板上 电； 步骤 S304、受控单板判断存储器中的软件版本和主控单板激活的软件版 本是否一致， 如果是， 则执行步骤 S306 , 如果否， 则执行步骤 S305 ; 步骤 S305、 受控单板向主控单板索取激活的软件版本， 并保存到存储器 中， 继续执行步骤 S306; 步骤 S306、受控单板判断存储器中的软件版本和自身正在运行的软件版 本是否一致， 如果是， 则直接结束流程， 如果否， 则执行步骤 S307; 其中， 执行时， 步骤 S306可以不必执行， 则在步骤 S304及 S305之后， 直接执行步骤 S307, 同样可以完成本发明该软件版本的加载。 步骤 S306中 判断步骤的执行， 可使得当运行版本和存储的版本一致时， 避免重新加载， 减少操作流程。 步骤 S307、受控单板根据业务状况判断该软件版本的加载是否需要复位 该受控单板， 如果是， 则执行步骤 S308 , 如果否， 则执行步骤 S309; 根据业务状况确定是否需要复位该受控单板， 即如果当前的业务数量较 多， 可以选择复位加载， 即执行步骤 S308 , 当前的业务数量较少时， 可以选 择直接加载， 即执行步骤 S309, 具体加载时， 是选择直接加载还是复位后在 进行加载， 可根据需要选择。 选择时， 尽量使得加载过程中对单板业务的影 响降到最低。 步骤 S308、 受控单板进行单板复位， 返回步骤 S303中的上电操作； 当然， 执行时， 步骤 S307、 S308也可以不必执行， 直接在步骤 S306之 后执行步骤 S309中的加载软件版本的过程。 步骤 S307中才艮据业务情况进行
判断的步骤， 以及在需要复位时， 重新上电的操作， 能够使得受控单板灵活 地才艮据当前的业务情况选择加载方式， 即当前业务较多时， 可以选择复位加 载， 当前业务情况较少时， 可直接加载。 步骤 S309、 受控单板直接加载该软件版本； 步骤 S310、 受控单板判断该软件版本是否加载成功， 如果是， 则直接结 束流程， 如果否， 则执行步骤 S311 ; 步骤 S311、受控单板通知主控单板将激活的软件版本 4爹改为本次激活之 前的软件版本， 并重新从主控单板索取之前的软件版本， 并加载。 当受控单板确定软件版本加载不成功时， 需要通知主控单板， 主控单板 将该软件版本上的激活标记替换为回退标记， 并在本次激活之前的软件版本 上设置激活标记， 即重新激活上一软件版本。 较佳地， 在步骤 S311中， 将主控单板上激活的软件版本修改后， 需要 将各受控单板复位， 并返回步骤 S303-S311中受控单板上电加载软件版本的 过程， 这样可以保证主控单板上激活的软件版本和受控单板上保存的软件版 本、 运行的软件版本总是一致。 釆用本发明实施例的方法， 主控单板获取到软件版本后， 在进行激活前 提前分发给各受控单板， 再进行激活， 避免了各受控单板复位上电后向主控 单板索取软件版本的过程， 加快了受控单板的软件下载时间， 减少了基站控 制器的上电中断时间。 并且， 主控单板在激活软件版本时， 同时向受控单板 发送软件变更通知， 受控单板接收到该通知后， 加载该软件版本。 可以保证 软件版本激活后， 能够立即生效， 保证了基站控制器的运行版本和激活版本 的一致性。 较佳地， 各受控单板在加载软件版本时， 需要比较存储器中的软 件版本和激活的软件版本是否一致， 更进一步确定加载的版本即是激活的版 本。 较佳地， 加载时， 需要判断正在运行的版本和存储器中的版本是否一致， 避免能够避免重复加载， 节省加载时间。 本发明实施例还提供了一种基站控制器， 如图 4所示， 包括： 主控单板 41 , 用于下载软件版本， 将该软件版本分发到各受控单板， 并 激活主控单板上的该软件版本； 多个受控单板 42, 用于加载该软件版本。
较佳地， 主控单板 41在激活其上的该软件版本时， 还发送软件变更通 知给各受控单板 42； 并且 受控单板 42， 具体用于在接收到该通知时， 加载该软件版本； 或者 受控单板 42, 具体用于在进行复位上电时， 加载该软件版本。 显然， 本领域的技术人员可以对本发明进行各种改动和变型而不脱离本 发明的精神和范围。 这样， 倘若本发明的这些修改和变型属于本发明权利要 求及其等同技术的范围之内， 则本发明也意图包含这些改动和变型在内。
TECHNICAL FIELD The present invention relates to the field of wireless communications, and in particular, to a method for loading a software version and a base station controller. BACKGROUND With the rapid development of communication technologies, the performance of base station controllers is becoming more and more powerful, and the number of base station boards is also increasing. Currently, the standard base station controller version loading process is as follows: downloading the software version to the main control board and activating the software version on the main control board; resetting the base station controller, each board (including the main control board and The controlled board is shut down. The controlled board is powered on and the main control board is accessed. The active version on the main control board is compared with the software version on the board. The version is requested and loaded into the controlled board. If they are consistent, no action is taken. The master board and the controlled board continue their services until all the controlled boards complete the software loading. However, the current base station controller has nearly one hundred controlled boards, and the related software version is about one hundred megabytes. Therefore, after the base station controller is reset, all the controlled boards can obtain the software version from the main control board. As a result, the response of the main control board is very slow. The software loading process may take several hours, and the time for interrupting the service greatly exceeds the requirements of the operator. SUMMARY OF THE INVENTION The present invention provides a software version loading method and a base station controller, which can improve the software version loading speed of the base station controller and reduce the power-on interruption service time of the base station controller. According to an aspect of the present invention, a software version loading method is provided, including: a master board downloading a software version, and distributing the software version to each controlled board; the master board activates the software on the board Version; Each controlled board loads the software version. According to another aspect of the present invention, a base station controller is provided, including: The main control board is used to download the software version. The software version is distributed to each controlled board and the software version is activated. The multiple controlled boards are used to load the software version. After the software version of the main control board is downloaded, the software version can be distributed to each controlled board, and then the software version of the main control board is activated. After the control board activates the software version, the software version is loaded. The main control board distributes the software version to the controlled boards in advance, and can be distributed in parallel. After the base station controller is powered on and reset, the controlled boards can obtain the software version from the main control board. The download time of the software version of the control board reduces the power-off offline time, and the download version and the distribution version do not interrupt the service. 1 is a flowchart of a method for loading a software version according to Embodiment 1 of the present invention; FIG. 2 is a flowchart of a method for loading a software version according to Embodiment 2 of the present invention; A flowchart of a loading method of a software version; FIG. 4 is a structural diagram of a base station controller according to an embodiment of the present invention. The embodiment of the present invention provides a method for loading a software version. After the software version is downloaded, the main control board can distribute the software version to each controlled board, and then activate the software version on the main control board. After the software version is activated on the master board, the software version is loaded. The main control board distributes the software version to the controlled boards in advance and can be distributed in parallel. Therefore, after the base station controller is powered on and reset, the controlled boards are required to obtain the software version from the main control board. The download time of the software version of each controlled board reduces the power-off offline time, and the downloaded version and the distributed version do not interrupt the service. As shown in FIG. 1 , the method for loading a software version according to the first embodiment of the present invention includes: Step S101: The main control board downloads a software version, and distributes the software version to each controlled board. When the main control board receives the download notification from the NMS, the software version is downloaded from the background network management system to the main control board of the base station controller. The download does not interrupt the services of the main control board and the controlled board. The background network management system actively transfers the software version to the main control board. The main control board saves the software version to the persistent storage of the main control board. The software version of the software is saved in the persistent storage of the main control board. When the main control board receives the notification from the background network management system, the software version is distributed to each of the specified controlled boards, and multiple software versions and multiple controlled boards can be run concurrently without interrupting the service. The software version is quickly delivered; of course, the main control board can also actively download the software version from the background network management system and directly distribute the software without the notification of the network management system; preferably, distribute the software version to each receiving When the board is controlled, the software version is saved to the persistent storage of the controlled board to ensure that the software version is not lost after the power is off. Only one software version is saved in the storage at a time; in step S102, the main control board activates the software version, and sends a software change notification to each controlled board; the main control board activates the main control board. The version of the software is specifically as follows: When receiving the activation command of the background network management system, the main control board sets an activation mark on the software version of the memory, and the software version is valid, that is, the software version is activated. The main control board can also activate the software version directly after distributing the software version, or activate the software version after the software version is distributed for a certain period of time, or activate the software version when the activation notification is received. After the master board activates the version software, the software change notification is sent to each controlled board. Step S103: When the controlled board receives the notification, the software version is loaded. The controlled board receives the notification and directly loads the version of the software saved in the memory. Using the loading method of the above software version, the base station controller can force the software version to be distributed to each controlled board without affecting the service, and can be distributed in parallel during distribution, without requiring each controlled board to be in the base station. After the controller is reset, the software version is requested from the main control board, which speeds up the download time of the software version, reduces the power-off offline time, and downloads the version and the distribution version without interrupting the service. Moreover, since the main control board activates the software version in the present invention, the software is sent to the controlled single book immediately. In addition, after receiving the change notification, the controlled board immediately loads the previously distributed software version, which ensures the consistency between the running version and the active version of the base station controller. The second embodiment of the present invention further provides a software version loading method. The main control board downloads the software version and distributes the software version to each controlled board. The main control board activates the software version, and each controlled board is in the control board. When the power is reset, the software version is loaded. Because the software version that needs to be updated has been distributed to each controlled single book, in this way, when the power is reset, each controlled board does not need to request the software version from the master control book. It can be loaded, which can improve the software version loading speed of the base station controller and reduce the power-on interruption service time of the base station controller. As shown in FIG. 2, a flowchart of a method for loading a software version according to Embodiment 2 of the present invention includes: Step S201: A software version is downloaded from a main control board, and the software version is distributed to each controlled board; When the board receives the download notification, the software version is downloaded from the background network management system to the persistent storage of the main control board. When receiving the notification, the main control board distributes the software version to each specified controlled list. The board can be run concurrently with multiple software versions and multiple controlled boards, and the software version is quickly downloaded without interrupting the service. Preferably, when the software version is distributed to each controlled board, the software version is simultaneously Save to the persistent storage of the controlled board to ensure that the software version will not be lost after the power is turned off. In step S202, the main control board activates the software version; in step S203, each controlled board is reset, and when the power is reset, the software version is loaded. When the controlled board is powered on, the software version saved in the memory is loaded. In the third embodiment, each controlled board loads the received software version upon power-on reset or when receiving a software change notification. When loading the software version, first determine whether the software version in the memory is the same as the software version activated on the main control board. If they are inconsistent, re-request the activated software version from the main control board and load the software version. This allows each loaded software version to be an active software version. The process of loading software versions of each controlled board in detail is described below with reference to the accompanying drawings. As shown in FIG. 3, a flowchart of a method for loading a software version according to Embodiment 3 of the present invention includes: Step S301: A software version is downloaded from a main control board, and the software version is distributed to each controlled board; Step S302 The main control board activates the software version on the control board. When activated, the software change notification can be sent to each controlled board. Step S303: The software version change notification or the controlled board is received during the controlled board operation. Step S304: The controlled board determines whether the software version in the memory is consistent with the software version activated by the main control board, if yes, step S306 is performed, and if no, step S305 is performed; step S305, the controlled board Obtaining the activated software version from the main control board and saving it to the memory, and continuing to step S306; Step S306, the controlled board determines whether the software version in the memory is consistent with the software version running by itself, and if so, directly Ending the process, if no, executing step S307; wherein, when executing, step S306 may not be performed, then after steps S304 and S305, directly OK step S307, the same can be done to load the software version of the present invention. The step S306 determines the execution of the step, so that when the running version and the stored version are consistent, reloading is avoided, and the operation flow is reduced. In step S307, the controlled board determines whether the loading of the software version needs to reset the controlled board according to the service status. If yes, step S308 is performed. If no, step S309 is performed; determining whether the receiving needs to be reset according to the service status. Control the board, that is, if the current number of services is large, you can choose to reset the load, that is, go to step S308. When the current number of services is small, you can choose to load directly, that is, go to step S309. When loading, select whether to load directly or Load after reset, you can choose as needed. When selecting, try to minimize the impact on the board business during the loading process. Step S308, the controlled board performs the board reset, and returns to the power-on operation in step S303. Of course, when executing, steps S307 and S308 may not be performed, and the process of loading the software version in step S309 is directly performed after step S306. . In step S307, according to the business situation The step of judging, and the re-powering operation when the reset is required, enables the controlled board to flexibly select the loading mode according to the current service situation, that is, when the current service is large, the reset loading can be selected, and the current service situation is compared. When it is small, it can be loaded directly. Step S309: The controlled board directly loads the software version. Step S310: The controlled board determines whether the software version is successfully loaded. If yes, the process ends directly. If no, step S311 is performed; Step S311, the controlled list The board notifies the main control board to change the activated software version 4爹 to the software version before the activation, and re-requests the previous software version from the main control board and loads it. When the controlled board determines that the software version is unsuccessful, the master board needs to be notified. The master board replaces the activation flag on the software version with the back-off flag and sets the activation on the software version before the activation. Mark, ie reactivate the previous software version. Preferably, in step S311, after the software version activated on the main control board is modified, the controlled boards are reset, and the process of returning the software version on the controlled board in steps S303-S311 is returned. This ensures that the software version activated on the main control board and the software version saved on the controlled board are the same. After the software version is obtained, the master board is distributed to each controlled board in advance, and then activated, which prevents the controlled boards from being reset to power after being powered on. The process of requesting the software version of the board speeds up the software download time of the controlled board and reduces the power-on interruption time of the base station controller. When the software version is activated, the master board sends a software change notification to the controlled board. After receiving the notification, the controlled board loads the software version. It can ensure that the software version is valid immediately after it is activated, which ensures the consistency between the running version and the active version of the base station controller. Preferably, when the software version is loaded, each controlled board needs to compare whether the software version in the memory and the activated software version are consistent, and further determine that the loaded version is the activated version. Preferably, when loading, it is necessary to determine whether the running version and the version in the memory are consistent, so as to avoid repeated loading and save load time. The embodiment of the present invention further provides a base station controller, as shown in FIG. 4, including: a main control board 41, configured to download a software version, distribute the software version to each controlled board, and activate the main control list. The software version on the board; a plurality of controlled boards 42 for loading the software version. Preferably, the master control board 4 1 also sends a software change notification to each controlled board 42 when the software version is activated thereon, and the controlled board 42 is specifically configured to receive the notification. The software version is loaded; or the controlled board 4 2 is specifically used to load the software version when the reset is powered on. It is apparent that those skilled in the art can make various modifications and variations to the invention without departing from the spirit and scope of the invention. Thus, it is intended that the present invention cover the modifications and the modifications of the invention
Claims
1. 一种软件版本的加载方法， 其特征在于， 包括: 主控单板下载软件版本， 并将所述软件版本分发到各受控单板； 主控单板激活其上的所述软件版本； 各受控单板加载所述软件版本。 A method for loading a software version, comprising: downloading a software version of a master board, and distributing the software version to each controlled board; the master board activates the software version on the board ; Each controlled board loads the software version.
2. 如权利要求 1所述的方法， 其特征在于， 所述主控单板激活其上的所述软件版本时， 还包括： 发送软件变更 通知给所述各受控单板； 并且 所述各受控单板加载所述软件版本包括： 所述各受控单板接收到所 述软件变更通知时， 加载所述软件版本。 The method of claim 1, wherein when the master control board activates the software version, the method further includes: sending a software change notification to each controlled board; Loading the software version by each controlled board includes: loading the software version when the controlled board receives the software change notification.
3. 如权利要求 1所述的方法， 其特征在于， 所述各受控单板加载所述软件 版本包括： 所述各受控单板进行复位上电时， 加载所述软件版本。 The method of claim 1, wherein the loading of the software version by the controlled boards comprises: loading the software version when the controlled boards are powered on and reset.
4. 如权利要求 1所述的方法， 其特征在于， 所述方法还包括： 所述主控单板将所述软件版本分发到所述各受控单板的同时， 将所 述软件版本保存在所述各受控单板的存储器中。 The method of claim 1, wherein the method further comprises: saving, by the main control board, the software version to the controlled boards while saving the software version In the memory of each controlled single board.
5. 如权利要求 4所述方法， 其特征在于， 所述各受控单板加载所述软件版 本之前， 所述方法还包括： 所述各受控单板检查存储器中的软件版本和所述主控单板上激活的 软件版本是否一致， 如果是， 则加载该软件版本， 如果否， 则向所述主 控单板索取激活的软件版本保存到存储器中， 并加载该软件版本。 The method according to claim 4, wherein before the controlled boards load the software version, the method further includes: the controlled boards check the software version in the memory and the The version of the software activated on the main control board is the same. If yes, the software version is loaded. If no, the activated software version is requested to be saved to the memory and loaded.
6. 如权利要求 5所述的方法， 其特征在于， 所述各受控单板加载所述软件 版本之前， 还包括： 所述各受控单板确定自身正在运行的软件版本和存储器中的软件版 本是否一致， 如果否， 则加载该软件版本， 如果是， 则直接结束。 The method of claim 5, wherein before the loading of the software version, the controlled boards further comprise: the controlled boards determining the software version and the memory that are running in the memory Whether the software version is consistent, if not, the software version is loaded, and if so, it ends directly.
7. 如权利要求 6所述的方法， 其特征在于， 所述各受控单板加载所述软件 版本之前， 还包括： 所述各受控单板根据业务数量判断是否需要复位单板， 如果是， 则 进行复位， 并重新上电， 如果否， 则直接加载该软件版本。 The method according to claim 6, wherein, before the loading of the software version, the controlled boards further include: determining, by the number of services, whether the board needs to be reset according to the number of services, if Yes, reset and power cycle. If no, load the software version directly.
8. 如权利要求 1至 7中任一权利要求所述的方法， 其特征在于， 在所述各 受控单板加载所述软件版本之后， 所述方法还包括： 所述各受控单板在软件版本加载不成功时， 则通知所述主控单板将 激活的软件版本爹改为本次激活之前的软件版本， 并重新从所述主控单 板索取之前的软件版本， 并加载。 The method according to any one of claims 1 to 7, wherein after the loading of the software version by the controlled boards, the method further comprises: the controlled boards When the software version is unsuccessful, the main control board is notified that the activated software version is changed to the software version before the activation, and the previous software version is re-requested from the main control board and loaded.
9. 一种基站控制器， 其特征在于， 包括： 主控单板， 用于下载软件版本， 将所述软件版本分发到各受控单板， 并激活其上的所述软件版本； 多个受控单板， 用于加载所述软件版本。 A base station controller, comprising: a main control board, configured to download a software version, distribute the software version to each controlled board, and activate the software version thereon; Controlled board for loading the software version.
10. 如权利要求 9所述的基站控制器， 其特征在于： 所述主控单板， 还用于在激活其上的所述软件版本时， 发送软件变 更通知给各受控单板； 所述受控单板， 还用于在接收到所述通知时， 加载所述软件版本或 者在进行复位上电时， 加载所述软件版本。 The base station controller according to claim 9, wherein: the main control board is further configured to send a software change notification to each controlled board when the software version is activated thereon; The controlled board is further configured to load the software version when the notification is received or when the reset is powered on.
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| CN201010555452.8 | 2010-11-22 | ||
| CN2010105554528A CN102012827A (en) | 2010-11-22 | 2010-11-22 | Loading method of software version and base station controller |
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| WO2012068761A1 true WO2012068761A1 (en) | 2012-05-31 |
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| CN102075985B (en) * | 2011-01-17 | 2016-03-30 | 中兴通讯股份有限公司 | The version upgrading method of RTR veneer and device |
| CN106411540A (en) * | 2015-07-27 | 2017-02-15 | 中兴通讯股份有限公司 | Software version management method and device |
| CN106851676A (en) * | 2015-12-07 | 2017-06-13 | 中兴通讯股份有限公司 | A kind of method and device of quick startup base station |
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| US5953346A (en) * | 1996-06-27 | 1999-09-14 | Interdigital Technology Corporation | CDMA communication system which selectively suppresses data transmissions during establishment of a communication channel |
| CN100403693C (en) * | 2005-12-06 | 2008-07-16 | 上海华为技术有限公司 | Upgrading method and its system for remote equipment in communication network |
| CN101217411B (en) * | 2008-01-02 | 2010-07-21 | 杭州华三通信技术有限公司 | A method, device and system realizing the upgrading of stacking device software |
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| JP2001134428A (en) * | 1999-11-09 | 2001-05-18 | Matsushita Electric Ind Co Ltd | Method and device for updating operation program |
| CN1434646A (en) * | 2002-01-25 | 2003-08-06 | 深圳市中兴通讯股份有限公司 | Method for parallel downloading mobile communication system software |
| CN1980446A (en) * | 2005-12-06 | 2007-06-13 | 中兴通讯股份有限公司 | Edition information processing method of inlaid distribution system |
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