CN103117959A - Resource redistribution method and information collection device and resource management device - Google Patents

Abstract

Translated fromChinese

本发明提供一种资源重分配方法、信息收集设备和资源管理设备，其中方法包括：获取与近端扩展单元连接的远端单元覆盖区域内的参数信息，参数信息包括远端单元的标识，还包括负载程度信息和/或用户业务使用率信息；若满足设定触发条件，则将参数信息发送给与近端扩展单元连接的资源管理设备，以使资源管理设备根据负载程度信息和/或用户业务使用率信息对与资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。本发明通过获取与近端扩展单元连接的远端单元覆盖区域内的参数信息，并根据参数信息对远端单元的资源进行重新分配，平衡各远端单元的负载，提高资源利用率。

The present invention provides a resource reallocation method, an information collection device and a resource management device, wherein the method includes: obtaining parameter information within the coverage area of a remote unit connected to a near-end extension unit, where the parameter information includes the identity of the remote unit, and Including load level information and/or user service utilization rate information; if the set trigger condition is met, the parameter information is sent to the resource management device connected to the near-end extension unit, so that the resource management device The service utilization rate information reallocates the resources of the remote units connected to the near-end extension unit connected to the resource management device. The invention obtains parameter information in the coverage area of the remote unit connected with the near-end extension unit, and redistributes the resources of the remote unit according to the parameter information, balances the load of each remote unit, and improves resource utilization.

Description

Translated fromChinese

资源重分配方法、信息收集设备和资源管理设备Resource reallocation method, information collection device and resource management device

技术领域technical field

本发明涉及通信技术，尤其涉及一种资源重分配方法、信息收集设备和资源管理设备。The present invention relates to communication technology, in particular to a resource reallocation method, information collection equipment and resource management equipment.

背景技术Background technique

目前的室内分布系统主要以光纤分布系统为代表，光纤分布系统主要由三部分构成：接入控制单元、近端扩展单元和远端单元。接入控制单元对来自信源的射频信号进行变频转换、模数转换以及电光转换，将射频信号转换为光信号，通过光纤传输到近端扩展单元，近端扩展单元对多种制式的光信号进行融合处理，发送到远端单元，远端单元对融合处理后的信号进行光电转换、数模转换以及变频转换，得到转换后的射频信号，通过天线将转换后的射频信号辐射出去。The current indoor distribution system is mainly represented by the optical fiber distribution system. The optical fiber distribution system is mainly composed of three parts: access control unit, near-end extension unit and remote unit. The access control unit performs frequency conversion, analog-to-digital conversion, and electro-optical conversion on the radio frequency signal from the source, converts the radio frequency signal into an optical signal, and transmits it to the near-end extension unit through optical fiber. Perform fusion processing and send it to the remote unit. The remote unit performs photoelectric conversion, digital-to-analog conversion, and frequency conversion conversion on the fusion-processed signal to obtain the converted radio frequency signal, and radiates the converted radio frequency signal through the antenna.

现有技术中，接入控制单元预先将网络资源分配给各远端单元，然而，当远端单元的覆盖区域内的负载程度发生变化时，可能出现各远端单元负载不平衡，资源利用率低的问题。In the prior art, the access control unit pre-allocates network resources to each remote unit. However, when the load level in the coverage area of the remote unit changes, the load imbalance of each remote unit may occur, and the resource utilization rate low problem.

发明内容Contents of the invention

本发明提供一种资源重分配方法、信息收集设备和资源管理设备，用于解决现有技术中当远端单元的覆盖区域内的负载程度发生变化时，可能出现各远端单元负载不平衡，资源利用率低的问题。The present invention provides a resource reallocation method, an information collection device and a resource management device, which are used to solve the problem that in the prior art, when the load level in the coverage area of the remote unit changes, the load imbalance of each remote unit may occur, The problem of low resource utilization.

一方面，本发明提供一种资源重分配方法，包括：获取与近端扩展单元连接的远端单元覆盖区域内的参数信息，所述参数信息包括所述远端单元的标识，还包括负载程度信息和/或用户业务使用率信息；On the one hand, the present invention provides a resource reallocation method, comprising: obtaining parameter information in the coverage area of a remote unit connected to a near-end extension unit, where the parameter information includes the identity of the remote unit and also includes a load level information and/or user service usage information;

若满足设定触发条件，则将所述参数信息发送给与所述近端扩展单元连接的资源管理设备，以使所述资源管理设备根据所述负载程度信息和/或所述用户业务使用率信息对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。If the set trigger condition is satisfied, the parameter information is sent to the resource management device connected to the near-end extension unit, so that the resource management device The information reallocates the resources of the remote units connected to the near-end extension unit connected to the resource management device.

另一方面，本发明还提供一种资源重分配方法，包括：获取与资源管理设备连接的近端扩展单元所连接的各远端单元覆盖区域内的参数信息，所述参数信息包括所述远端单元的标识，还包括负载程度信息和/或用户业务使用率信息；On the other hand, the present invention also provides a resource reallocation method, including: obtaining parameter information in the coverage area of each remote unit connected to the near-end extension unit connected to the resource management device, the parameter information including the remote Identification of the end unit, including load level information and/or user service utilization rate information;

根据所述负载程度信息和/或所述用户业务使用率信息，对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。According to the load level information and/or the user service usage rate information, reallocate the resources of the remote units connected to the near-end extension unit connected to the resource management device.

又一方面，本发明还提供一种信息收集设备，包括：信息收集模块，用于获取与近端扩展单元连接的远端单元覆盖区域内的参数信息，所述参数信息包括所述远端单元的标识，还包括负载程度信息和/或用户业务使用率信息；In yet another aspect, the present invention also provides an information collection device, including: an information collection module, configured to obtain parameter information within the coverage area of a remote unit connected to the near-end extension unit, the parameter information including the remote unit , including load level information and/or user service utilization rate information;

信息反馈模块，与所述信息收集模块相连接，用于在满足设定触发条件时，将所述参数信息发送给与所述近端扩展单元连接的资源管理设备，以使所述资源管理设备根据所述负载程度信息和/或所述用户业务使用率信息对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。An information feedback module, connected to the information collection module, configured to send the parameter information to the resource management device connected to the near-end extension unit when the set trigger condition is satisfied, so that the resource management device Reallocating the resources of the remote units connected to the near-end extension unit connected to the resource management device according to the load level information and/or the user service usage rate information.

再一方面，本发明还提供一种资源管理设备，包括：信息获取模块，用于获取与所述资源管理设备连接的近端扩展单元所连接的各远端单元覆盖区域内的参数信息，所述参数信息包括所述远端单元的标识，还包括负载程度信息和/或用户业务使用率信息；In yet another aspect, the present invention also provides a resource management device, including: an information acquisition module, configured to acquire parameter information in the coverage area of each remote unit connected to the near-end extension unit connected to the resource management device, so that The parameter information includes the identity of the remote unit, and also includes load level information and/or user service utilization rate information;

资源分配模块，用于根据所述负载程度信息和/或所述用户业务使用率信息，对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。A resource allocation module, configured to re-allocate the resources of the remote units connected to the near-end extension unit connected to the resource management device according to the load level information and/or the user service utilization rate information.

本发明提供的资源重分配方法、信息收集设备和资源管理设备，通过获取与近端扩展单元连接的远端单元覆盖区域内的参数信息，并根据参数信息对远端单元的资源进行重新分配，平衡各远端单元的负载，提高资源利用率。The resource reallocation method, information collection device and resource management device provided by the present invention obtain parameter information in the coverage area of the remote unit connected to the near-end extension unit, and redistribute resources of the remote unit according to the parameter information, Balance the load of each remote unit and improve resource utilization.

附图说明Description of drawings

图1为本发明资源重分配方法一个实施例的流程图；FIG. 1 is a flowchart of an embodiment of the resource reallocation method of the present invention;

图2为室内分布系统的结构示意图；Fig. 2 is a schematic structural diagram of an indoor distribution system;

图3为信息收集设备、资源管理设备与室内分布系统的结构示意图；Fig. 3 is a structural schematic diagram of information collection equipment, resource management equipment and indoor distribution system;

图4为本发明资源重分配方法又一个实施例的流程图；FIG. 4 is a flowchart of another embodiment of the resource reallocation method of the present invention;

图5为本发明信息收集设备一个实施例的结构示意图；FIG. 5 is a schematic structural diagram of an embodiment of the information collection device of the present invention;

图6为本发明资源管理设备一个实施例的结构示意图。Fig. 6 is a schematic structural diagram of an embodiment of a resource management device according to the present invention.

具体实施方式Detailed ways

为使本发明实施例的目的、技术方案和优点更加清楚，下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例是本发明一部分实施例，而不是全部的实施例。基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments It is a part of embodiments of the present invention, but not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

图1为本发明资源重分配方法一个实施例的流程图，如图1所示，具体包括以下步骤：Fig. 1 is a flowchart of an embodiment of the resource reallocation method of the present invention, as shown in Fig. 1, specifically including the following steps:

101、信息收集设备获取与近端扩展单元连接的远端单元覆盖区域内的参数信息，参数信息包括远端单元的标识，还包括负载程度信息和/或用户业务使用率信息。101. The information collection device acquires parameter information in the coverage area of the remote unit connected to the near-end extension unit, where the parameter information includes the identifier of the remote unit, and also includes load level information and/or user service utilization rate information.

室内分布系统主要由三部分构成：接入控制单元、近端扩展单元和远端单元。接入控制单元可连接一个或者多个近端扩展单元，近端扩展单元可连接一个或者多个远端单元。接入控制单元连接多个近端扩展单元，且近端扩展单元连接多个远端单元时的室内分布系统的结构示意图如图2所示。The indoor distribution system mainly consists of three parts: access control unit, near-end expansion unit and remote unit. The access control unit can be connected to one or more near-end extension units, and the near-end extension unit can be connected to one or more remote units. The structural diagram of the indoor distribution system when the access control unit is connected to multiple near-end extension units and the near-end extension unit is connected to multiple remote units is shown in FIG. 2 .

信息收集设备可以与远端单元相连接，实时获取该远端单元覆盖区域内的参数信息，在满足触发条件时，通过远端单元与近端扩展单元之间的光纤或五类线将参数信息发送到资源管理设备，如图3所示，还可以向资源管理设备发送通知，通知资源管理设备获取其他远端单元覆盖区域内的参数信息。The information collection device can be connected with the remote unit to obtain the parameter information in the coverage area of the remote unit in real time. When the trigger condition is met, the parameter information will be sent to Sending to the resource management device, as shown in FIG. 3 , may also send a notification to the resource management device to notify the resource management device to obtain parameter information in the coverage area of other remote units.

信息收集设备也可以与近端扩展单元相连接，获取近端扩展单元连接的远端单元的参数信息，并根据每个远端单元的标识对参数信息进行列表存储。或者，信息收集设备的功能还可以集成到近端扩展单元中，即可以由近端扩展单元从远端单元中获取覆盖区域内的参数信息。The information collection device can also be connected with the near-end extension unit, obtain the parameter information of the remote units connected to the near-end extension unit, and store the parameter information in a list according to the identification of each remote unit. Alternatively, the function of the information collection device can also be integrated into the near-end extension unit, that is, the near-end extension unit can obtain parameter information in the coverage area from the remote unit.

进一步地，负载程度信息可为远端单元所承载的用户数，对于同一个远端单元来说，用户数越小，远端单元的负载程度越轻，用户数越大，远端单元的负载程度越重；另外，负载程度信息也可为远端单元所承载的用户数与远端单元所能承载的用户总数的比值，该比值越大，远端单元的负载程度越重，远端单元的标识为可以将该远端单元与其他远端单元区分开来的标识，例如远端单元的ID。Further, the load level information may be the number of users carried by the remote unit. For the same remote unit, the smaller the number of users, the lighter the load of the remote unit; the larger the number of users, the lighter the load of the remote unit. In addition, the load level information can also be the ratio of the number of users carried by the remote unit to the total number of users that the remote unit can carry. The larger the ratio, the heavier the load of the remote unit. The identifier of is an identifier that can distinguish the remote unit from other remote units, such as the ID of the remote unit.

102、若满足设定触发条件，则信息收集设备将参数信息发送给与近端扩展单元连接的资源管理设备，以使资源管理设备根据负载程度信息和/或用户业务使用率信息对与资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。102. If the set trigger condition is satisfied, the information collection device sends the parameter information to the resource management device connected to the near-end extension unit, so that the resource management device performs resource management according to the load level information and/or the user service utilization rate information The resources of each remote unit connected to the near-end extension unit connected to the device are reallocated.

其中，触发条件可以包括：与近端扩展单元连接的任意一个远端单元的负载大于或等于第一阈值；和/或，与近端扩展单元连接的远端单元的用户业务使用率大于或等于第二阈值。Wherein, the trigger condition may include: the load of any remote unit connected to the near-end extension unit is greater than or equal to the first threshold; and/or, the user service usage rate of the remote unit connected to the near-end extension unit is greater than or equal to second threshold.

更进一步地，触发条件还可以包括定时触发，当到达预设时间时，信息收集设备将远端单元的参数信息发送给近端扩展单元连接的资源管理设备，以使资源管理设备根据负载程度信息和/或用户业务使用率信息对与资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。Furthermore, the trigger condition may also include a timing trigger. When the preset time is reached, the information collection device sends the parameter information of the remote unit to the resource management device connected to the near-end extension unit, so that the resource management device and/or user service utilization rate information to reallocate the resources of the remote units connected to the near-end extension unit connected to the resource management device.

当满足设定的触发条件时，与每个远端单元连接的信息收集设备都可以通过通用公共无线接口（Common Public Radio Interface，CPRI）协议将对应的远端单元覆盖区域内的参数信息发送给近端扩展单元连接的资源管理设备，或者，与近端扩展单元连接的信息收集设备将获取的每个远端单元覆盖区域内的参数信息发送给近端扩展单元连接的资源管理设备。When the set trigger conditions are met, the information collection device connected to each remote unit can send the parameter information in the coverage area of the corresponding remote unit to the The resource management device connected to the near-end extension unit, or the information collection device connected to the near-end extension unit sends the obtained parameter information in the coverage area of each remote unit to the resource management device connected to the near-end extension unit.

本实施例通过获取近端扩展单元连接的远端单元的参数信息，根据设定的触发条件将参数信息发送给资源管理设备，以使资源管理设备对远端单元的资源进行重分配，平衡各远端单元的负载，提高资源利用率。In this embodiment, the parameter information of the remote unit connected to the near-end extension unit is obtained, and the parameter information is sent to the resource management device according to the set trigger condition, so that the resource management device redistributes the resources of the remote unit and balances the resources of the remote units. The load of the remote unit is improved, and the resource utilization rate is improved.

图4为本发明资源重分配方法又一个实施例的流程图，如图4所示，具体包括以下步骤：Fig. 4 is a flow chart of another embodiment of the resource reallocation method of the present invention, as shown in Fig. 4, specifically including the following steps:

401、资源管理设备获取所连接的近端扩展单元所连接的各远端单元覆盖区域内的参数信息，参数信息包括远端单元的标识，还包括负载程度信息和/或用户业务使用率信息。401. The resource management device acquires parameter information in the coverage area of each remote unit connected to the connected local extension unit, where the parameter information includes the identifier of the remote unit, and also includes load level information and/or user service utilization rate information.

其中，资源管理设备可以从各远端单元连接的信息收集模块上分别获取各远端单元覆盖区域内的参数信息，也可以从近端扩展单元连接的信息收集模块上获取各远端单元覆盖区域内的参数信息。在从近端扩展单元连接的信息收集模块上获取远端单元覆盖区域内的参数信息后，资源管理设备还可以建立列表，同一存储远端单元的参数信息。Among them, the resource management device can obtain the parameter information in the coverage area of each remote unit from the information collection module connected to each remote unit, and can also obtain the coverage area of each remote unit from the information collection module connected to the near-end extension unit. parameter information within. After obtaining the parameter information in the coverage area of the remote unit from the information collection module connected to the near-end extension unit, the resource management device can also create a list and store the parameter information of the remote unit together.

402、资源管理设备根据负载程度信息和/或用户业务使用率信息，对与资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。402. The resource management device reallocates the resources of the remote units connected to the near-end extension unit connected to the resource management device according to the load degree information and/or the user service usage rate information.

其中，资源管理设备可以根据负载程度信息，对与资源管理设备连接的近端扩展单元所连接的各远端单元的负载情况进行排序，将负载程度低于第一设定值的远端单元的部分资源分配给负载程度高于第二设定值的远端单元。其中，第一设定值小于第二设定值。Wherein, the resource management device may sort the load conditions of the remote units connected to the near-end extension unit connected to the resource management device according to the load level information, and sort the load conditions of the remote units whose load level is lower than the first set value. Part of the resources are allocated to the remote units whose load level is higher than the second set value. Wherein, the first set value is smaller than the second set value.

资源管理设备还可以根据用户业务使用率信息，对与资源管理设备连接的近端扩展单元所连接的各远端单元的用户业务使用率情况进行排序，将用户业务使用率低于第三设定值的远端单元的部分资源分配给用户业务使用率高于第四设定值的远端单元。其中，第三设定值小于第四设定值。The resource management device can also sort the user service utilization rates of the remote units connected to the near-end extension unit connected to the resource management device according to the user service utilization rate information, and make the user service utilization rate lower than the third setting The partial resources of the remote units whose user service usage rate is higher than the fourth set value are allocated to the remote units. Wherein, the third set value is smaller than the fourth set value.

另外，资源管理设备还可以根据负载程度信息，对与资源管理设备连接的近端扩展单元所连接的各远端单元的负载情况进行排序；In addition, the resource management device can also sort the load conditions of the remote units connected to the near-end extension unit connected to the resource management device according to the load degree information;

将负载程度高于第五设定值的远端单元根据用户业务使用率信息进行排序，将负载程度低于第六设定值的远端单元的部分资源分配给用户业务使用率高于第七设定值的远端单元。其中，第五设定值大于第六设定值。Sorting the remote units whose load degree is higher than the fifth set value according to the user service utilization rate information, and assigning part of the resources of the remote units whose load degree is lower than the sixth set value to the user service utilization rate higher than the seventh setpoint value of the remote unit. Wherein, the fifth set value is greater than the sixth set value.

第一设定值、第二设定值、第三设定值、第四设定值、第五设定值、第六设定值、第七设定值可以为经验值。The first set value, the second set value, the third set value, the fourth set value, the fifth set value, the sixth set value, and the seventh set value may be empirical values.

其中，远端单元的资源为传输及容量资源，例如上传速率、下载速率或物理资源块（Physics Resources Block，PRB）。例如，当远端单元A的负载程度高于第二设定值，远端单元B的负载程度低于第一设定值时，资源管理设备可以为远端单元B分配较少的PRB资源，为远端单元A分配较多的PRB资源；或者资源管理设备可以降低远端单元B的上传速率和下载速率，提高远端单元A的上传速率和下载速率。Wherein, the resources of the remote unit are transmission and capacity resources, such as an upload rate, a download rate, or a physical resource block (Physics Resources Block, PRB). For example, when the load level of remote unit A is higher than the second set value and the load level of remote unit B is lower than the first set value, the resource management device may allocate less PRB resources to remote unit B, More PRB resources are allocated to remote unit A; or the resource management device may reduce the upload rate and download rate of remote unit B, and increase the upload rate and download rate of remote unit A.

又例如，当远端单元A的用户业务使用率高于第四设定值，而远端单元B的用户业务使用率低于第三设定值时，资源管理设备可以为远端单元B分配较少的PRB资源，为远端单元A分配较多的PRB资源；或者资源管理设备可以降低远端单元B的上传速率和下载速率，提高远端单元A的上传速率和下载速率。For another example, when the user service usage rate of remote unit A is higher than the fourth set value, and the user service usage rate of remote unit B is lower than the third set value, the resource management device may allocate Less PRB resources, more PRB resources are allocated to remote unit A; or the resource management device can reduce the upload rate and download rate of remote unit B, and increase the upload rate and download rate of remote unit A.

另外，本发明中近端扩展单元可以只连接一个室分型或室外型的远端单元，或者，近端扩展单元还可以同时连接至少一个室分型的远端单元和至少一个室外型的远端单元。室分型的远端单元指的是覆盖范围主要为室内的远端单元，室外型的远端单元指的是覆盖范围主要为室外的远端单元。In addition, in the present invention, the near-end extension unit can only be connected to one indoor type or outdoor type remote unit, or the near-end extension unit can also be connected to at least one indoor type remote unit and at least one outdoor type remote unit at the same time. end unit. An indoor-type remote unit refers to a remote unit whose coverage is mainly indoors, and an outdoor-type remote unit refers to a remote unit whose coverage is mainly outdoors.

进一步地，在资源管理设备对所连接的近端扩展单元所连接的各远端单元的资源进行重分配后，资源管理设备可以将重分配后的各远端单元的资源发送到接入控制单元，以便接入控制单元对各远端单元的资源进行统一管理。Further, after the resource management device reallocates the resources of the remote units connected to the connected near-end extension unit, the resource management device may send the reallocated resources of the remote units to the access control unit , so that the access control unit can uniformly manage the resources of each remote unit.

本实施例通过获取与资源管理设备连接的近端扩展单元连接的各远端单元覆盖区域内的参数信息，并根据参数信息对各远端单元的资源进行重分配，平衡各远端单元的负载，提高资源利用率。In this embodiment, the parameter information in the coverage area of each remote unit connected to the near-end extension unit connected to the resource management device is obtained, and the resources of each remote unit are redistributed according to the parameter information, so as to balance the load of each remote unit , improve resource utilization.

图5为本发明信息收集设备一个实施例的结构示意图，如图5所示，包括：Fig. 5 is a schematic structural diagram of an embodiment of the information collection device of the present invention, as shown in Fig. 5, including:

信息收集模块51，用于获取与近端扩展单元连接的远端单元覆盖区域内的参数信息，参数信息包括远端单元的标识，还包括负载程度信息和/或用户业务使用率信息。The information collection module 51 is configured to obtain parameter information in the coverage area of the remote unit connected to the near-end extension unit, the parameter information includes the identification of the remote unit, and also includes load level information and/or user service utilization rate information.

其中，信息收集模块51可与远端单元连接，获取该远端单元覆盖区域内的参数信息，也可与近端扩展单元连接，获取该近端扩展单元连接的远端单元覆盖区域内的参数信息。信息收集模块51可以实时获取远端单元的参数信息，也可以定时获取远端单元的参数信息。Among them, the information collection module 51 can be connected with the remote unit to obtain parameter information in the coverage area of the remote unit, and can also be connected with the near-end extension unit to obtain parameters in the coverage area of the remote unit connected to the near-end extension unit. information. The information collection module 51 can obtain the parameter information of the remote unit in real time, and can also obtain the parameter information of the remote unit periodically.

信息反馈模块52，与信息收集模块51相连接，用于在满足设定触发条件时，将参数信息发送给与近端扩展单元连接的资源管理设备，以使资源管理设备根据负载程度信息和/或用户业务使用率信息对与资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。The information feedback module 52 is connected to the information collection module 51, and is used to send parameter information to the resource management device connected to the near-end extension unit when the set trigger condition is met, so that the resource management device or user service usage rate information to reallocate the resources of the remote units connected to the near-end extension unit connected to the resource management device.

其中，触发条件包括：与近端扩展单元连接的任意一个远端单元的负载大于或等于第一阈值；和/或，与近端扩展单元连接的任意一个远端单元的用户业务使用率大于或等于第二阈值。Wherein, the trigger condition includes: the load of any remote unit connected to the near-end extension unit is greater than or equal to the first threshold; and/or, the user service usage rate of any remote unit connected to the near-end extension unit is greater than or equal to equal to the second threshold.

本发明实施例的信息收集设备获取远端单元的参数信息的过程与图1所示实施例获取远端单元的参数信息的过程相同，在此不再赘述，获取远端单元的参数信息的过程请参见图1所示实施例。The process of obtaining the parameter information of the remote unit by the information collection device in the embodiment of the present invention is the same as the process of obtaining the parameter information of the remote unit in the embodiment shown in FIG. Please refer to the embodiment shown in FIG. 1 .

本发明实施例的信息收集设备通过获取近端扩展单元连接的远端单元的参数信息，根据设定的触发条件将参数信息发送给资源管理设备，以使资源管理设备对远端单元的资源进行重分配，平衡各远端单元的负载，提高资源利用率。The information collection device in the embodiment of the present invention acquires the parameter information of the remote unit connected to the near-end extension unit, and sends the parameter information to the resource management device according to the set trigger conditions, so that the resource management device can perform resource management on the resources of the remote unit. Redistribute, balance the load of each remote unit, and improve resource utilization.

图6为本发明资源管理设备一个实施例的流程图，如图6所示，包括：Fig. 6 is a flowchart of an embodiment of the resource management device of the present invention, as shown in Fig. 6, including:

信息获取模块61，用于获取与资源管理设备连接的近端扩展单元所连接的各远端单元覆盖区域内的参数信息，参数信息包括远端单元的标识，还包括负载程度信息和/或用户业务使用率信息；Theinformation acquisition module 61 is configured to acquire parameter information within the coverage area of each remote unit connected to the near-end extension unit connected to the resource management device, the parameter information includes the identification of the remote unit, and also includes load level information and/or user business usage information;

资源分配模块62，用于根据负载程度信息和/或用户业务使用率信息，对与资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。Theresource allocation module 62 is configured to re-allocate the resources of the remote units connected to the near-end extension unit connected to the resource management device according to the load level information and/or the user service utilization rate information.

其中，近端扩展单元可连接一个远端单元，或者，近端扩展单元可以连接至少一个室分型的远端单元和至少一个室外型的远端单元。Wherein, the near-end extension unit may be connected to one remote unit, or the near-end extension unit may be connected to at least one indoor-type remote unit and at least one outdoor-type remote unit.

在一种实施场景下，资源分配模块62具体可以用于，根据负载程度信息，对与资源管理设备连接的近端扩展单元所连接的各远端单元的负载情况进行排序；将负载程度低于第一设定值的远端单元的部分资源分配给负载程度高于第二设定值的远端单元。其中，第一设定值小于第二设定值。In one implementation scenario, theresource allocation module 62 can be specifically configured to, according to the load degree information, sort the load conditions of the remote units connected to the near-end extension unit connected to the resource management device; Part of the resource of the remote unit with the first set value is allocated to the remote unit whose load degree is higher than the second set value. Wherein, the first set value is smaller than the second set value.

在另一种实施场景下，资源分配模块62具体可以用于，根据用户业务使用率信息，对与资源管理设备连接的近端扩展单元所连接的各远端单元的的用户业务使用率情况进行排序；将用户业务使用率低于第三设定值的远端单元的部分资源分配给用户业务使用率高于第四设定值的远端单元。其中，第三设定值小于第四设定值。In another implementation scenario, theresource allocation module 62 can be specifically configured to, according to the user service usage information, perform user service usage of each remote unit connected to the near-end extension unit connected to the resource management device. Sorting: allocating part of the resources of the remote units whose user service utilization rate is lower than the third set value to the remote units whose user service use rate is higher than the fourth set value. Wherein, the third set value is smaller than the fourth set value.

在又一种实施场景下，资源分配模块62具体可以用于，根据负载程度信息，对与资源管理设备连接的近端扩展单元所连接的各远端单元的负载情况进行排序；将负载程度高于第五设定值的远端单元根据用户业务使用率信息进行排序，将负载程度低于第六设定值的远端单元的部分资源分配给用户业务使用率高于第七设定值的远端单元。其中，第五设定值大于第六设定值。In yet another implementation scenario, theresource allocation module 62 can be specifically configured to, according to the load degree information, sort the load conditions of the remote units connected to the near-end extension unit connected to the resource management device; The remote units at the fifth set value are sorted according to the user service utilization rate information, and some resources of the remote units whose load degree is lower than the sixth set value are allocated to the remote units whose user service utilization rate is higher than the seventh set value. remote unit. Wherein, the fifth set value is greater than the sixth set value.

本发明实施例的资源设备获取远端单元的参数信息的过程以及根据远端单元的参数信息对远端单元的资源进行重分配的过程与图4所示实施例相同，在此不再赘述，获取远端单元的参数信息的过程以及根据远端单元的参数信息对远端单元的资源进行重分配的过程请参见图4所示实施例。The process of obtaining the parameter information of the remote unit by the resource device in the embodiment of the present invention and the process of reallocating the resources of the remote unit according to the parameter information of the remote unit are the same as the embodiment shown in FIG. 4 , and will not be repeated here. For the process of acquiring the parameter information of the remote unit and the process of reallocating resources of the remote unit according to the parameter information of the remote unit, please refer to the embodiment shown in FIG. 4 .

本实施例通过资源管理设备获取所连接的近端扩展单元连接的各远端单元覆盖区域内的参数信息，并根据参数信息对各远端单元的资源进行重分配，平衡各远端单元的负载，提高资源利用率。In this embodiment, the resource management device obtains the parameter information in the coverage area of each remote unit connected to the connected near-end extension unit, and redistributes the resources of each remote unit according to the parameter information to balance the load of each remote unit , improve resource utilization.

本领域普通技术人员可以理解：实现上述各方法实施例的全部或部分步骤可以通过程序指令相关的硬件来完成。前述的程序可以存储于一计算机可读取存储介质中。该程序在执行时，执行包括上述各方法实施例的步骤；而前述的存储介质包括：ROM、RAM、磁碟或者光盘等各种可以存储程序代码的介质。Those of ordinary skill in the art can understand that all or part of the steps for implementing the above method embodiments can be completed by program instructions and related hardware. The aforementioned program can be stored in a computer-readable storage medium. When the program is executed, it executes the steps including the above-mentioned method embodiments; and the aforementioned storage medium includes: ROM, RAM, magnetic disk or optical disk and other various media that can store program codes.

最后应说明的是：以上各实施例仅用以说明本发明的技术方案，而非对其限制；尽管参照前述各实施例对本发明进行了详细的说明，本领域的普通技术人员应当理解：其依然可以对前述各实施例所记载的技术方案进行修改，或者对其中部分或者全部技术特征进行等同替换；而这些修改或者替换，并不使相应技术方案的本质脱离本发明各实施例技术方案的范围。Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the present invention, rather than limiting them; although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that: It is still possible to modify the technical solutions described in the foregoing embodiments, or perform equivalent replacements for some or all of the technical features; and these modifications or replacements do not make the essence of the corresponding technical solutions deviate from the technical solutions of the various embodiments of the present invention. scope.

Claims (10)

Translated fromChinese

1.一种资源重分配方法，其特征在于，包括：1. A resource reallocation method, characterized in that, comprising:获取与近端扩展单元连接的远端单元覆盖区域内的参数信息，所述参数信息包括所述远端单元的标识，还包括负载程度信息和/或用户业务使用率信息；Obtaining parameter information within the coverage area of the remote unit connected to the near-end extension unit, where the parameter information includes the identity of the remote unit, and also includes load level information and/or user service utilization rate information;若满足设定触发条件，则将所述参数信息发送给与所述近端扩展单元连接的资源管理设备，以使所述资源管理设备根据所述负载程度信息和/或所述用户业务使用率信息对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。If the set trigger condition is satisfied, the parameter information is sent to the resource management device connected to the near-end extension unit, so that the resource management device The information reallocates the resources of the remote units connected to the near-end extension unit connected to the resource management device.2.根据权利要求1所述的方法，其特征在于，所述触发条件包括：与近端扩展单元连接的任意一个远端单元的负载大于或等于第一阈值；和/或，与近端扩展单元连接的任意一个远端单元的用户业务使用率大于或等于第二阈值。2. The method according to claim 1, wherein the trigger condition comprises: the load of any remote unit connected to the near-end extension unit is greater than or equal to the first threshold; and/or, the load of any remote unit connected to the near-end extension unit The user service usage rate of any remote unit connected to the unit is greater than or equal to the second threshold.3.一种资源重分配方法，其特征在于，包括：3. A resource reallocation method, characterized in that, comprising:获取与资源管理设备连接的近端扩展单元所连接的各远端单元覆盖区域内的参数信息，所述参数信息包括所述远端单元的标识，还包括负载程度信息和/或用户业务使用率信息；Obtain parameter information within the coverage area of each remote unit connected to the near-end extension unit connected to the resource management device, where the parameter information includes the identity of the remote unit, and also includes load level information and/or user service usage rate information;根据所述负载程度信息和/或所述用户业务使用率信息，对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。According to the load level information and/or the user service usage rate information, reallocate the resources of the remote units connected to the near-end extension unit connected to the resource management device.4.根据权利要求3所述的方法，其特征在于，所述根据所述负载程度信息和/或用户业务使用率信息，对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配，具体为：4. The method according to claim 3, characterized in that, according to the load level information and/or user service utilization rate information, each remote terminal connected to the local extension unit connected to the resource management device is The resources of the end unit are reallocated, specifically:根据所述负载程度信息，对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的负载情况进行排序；sorting the load conditions of the remote units connected to the near-end extension unit connected to the resource management device according to the load degree information;将负载程度低于第一设定值的远端单元的部分资源分配给负载程度高于第二设定值的远端单元；Allocating part of the resources of the remote units whose load level is lower than the first set value to the remote units whose load level is higher than the second set value;或，or,将负载程度高于第五设定值的远端单元根据所述用户业务使用率信息进行排序，将负载程度低于第六设定值的远端单元的部分资源分配给用户业务使用率高于第七设定值的远端单元。sorting the remote units whose load levels are higher than the fifth set value according to the user service utilization rate information, and assigning some resources of the remote units whose load levels are lower than the sixth set value to the user service utilization rate higher than Seventh set value of the remote unit.5.根据权利要求3所述的方法，其特征在于，所述根据所述负载程度信息和/或用户业务使用率信息，对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配，具体为：5. The method according to claim 3, characterized in that, according to the load level information and/or user service utilization rate information, each remote terminal connected to the local extension unit connected to the resource management device is The resources of the end unit are redistributed, specifically:根据所述用户业务使用率信息，对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的用户业务使用率情况进行排序；sorting the user service usage conditions of the remote units connected to the near-end extension unit connected to the resource management device according to the user service usage rate information;将用户业务使用率低于第三设定值的远端单元的部分资源分配给用户业务使用率高于第四设定值的远端单元。Allocating part of the resources of the remote units whose user service utilization rates are lower than the third set value to the remote units whose user service use rates are higher than the fourth set value.6.一种信息收集设备，其特征在于，包括：6. An information collection device, characterized in that it comprises:信息收集模块，用于获取与近端扩展单元连接的远端单元覆盖区域内的参数信息，所述参数信息包括所述远端单元的标识，还包括负载程度信息和/或用户业务使用率信息；An information collection module, configured to acquire parameter information within the coverage area of the remote unit connected to the near-end extension unit, where the parameter information includes the identity of the remote unit, and also includes load level information and/or user service utilization rate information ;信息反馈模块，与所述信息收集模块相连接，用于在满足设定触发条件时，将所述参数信息发送给与所述近端扩展单元连接的资源管理设备，以使所述资源管理设备根据所述负载程度信息和/或所述用户业务使用率信息对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。An information feedback module, connected to the information collection module, configured to send the parameter information to the resource management device connected to the near-end extension unit when the set trigger condition is satisfied, so that the resource management device Reallocating the resources of the remote units connected to the near-end extension unit connected to the resource management device according to the load level information and/or the user service usage rate information.7.根据权利要求6所述的设备，其特征在于，所述触发条件包括：与近端扩展单元连接的任意一个远端单元的负载大于或等于第一阈值；和/或，与近端扩展单元连接的任意一个远端单元的用户业务使用率大于或等于第二阈值。7. The device according to claim 6, wherein the trigger condition comprises: the load of any remote unit connected to the near-end extension unit is greater than or equal to the first threshold; and/or, the load of any remote unit connected to the near-end extension unit The user service usage rate of any remote unit connected to the unit is greater than or equal to the second threshold.8.一种资源管理设备，其特征在于，包括：8. A resource management device, comprising:信息获取模块，用于获取与资源管理设备连接的近端扩展单元所连接的各远端单元覆盖区域内的参数信息，所述参数信息包括所述远端单元的标识，还包括负载程度信息和/或用户业务使用率信息；An information acquisition module, configured to acquire parameter information within the coverage area of each remote unit connected to the near-end extension unit connected to the resource management device, where the parameter information includes the identity of the remote unit, and also includes load level information and /or user service utilization rate information;资源分配模块，用于根据所述负载程度信息和/或所述用户业务使用率信息，对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的资源进行重分配。A resource allocation module, configured to re-allocate the resources of the remote units connected to the near-end extension unit connected to the resource management device according to the load level information and/or the user service utilization rate information.9.根据权利要求8所述的设备，其特征在于，所述资源分配模块具体用于，9. The device according to claim 8, wherein the resource allocation module is specifically configured to:根据所述负载程度信息，对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的负载情况进行排序；sorting the load conditions of the remote units connected to the near-end extension unit connected to the resource management device according to the load degree information;将负载程度低于第一设定值的远端单元的部分资源分配给负载程度高于第二设定值的远端单元；Allocating part of the resources of the remote units whose load level is lower than the first set value to the remote units whose load level is higher than the second set value;或，or,将负载程度高于第五设定值的远端单元根据所述用户业务使用率信息进行排序，将负载程度低于第六设定值的远端单元的部分资源分配给用户业务使用率高于第七设定值的远端单元。sorting the remote units whose load levels are higher than the fifth set value according to the user service utilization rate information, and assigning some resources of the remote units whose load levels are lower than the sixth set value to the user service utilization rate higher than Seventh set value of the remote unit.10.根据权利要求8所述的设备，其特征在于，所述资源分配模块具体用于，10. The device according to claim 8, wherein the resource allocation module is specifically configured to:根据所述用户业务使用率信息，对与所述资源管理设备连接的近端扩展单元所连接的各远端单元的的用户业务使用率情况进行排序；sorting the user service usage conditions of the remote units connected to the near-end extension unit connected to the resource management device according to the user service usage rate information;将用户业务使用率低于第三设定值的远端单元的部分资源分配给用户业务使用率高于第四设定值的远端单元。Allocating part of the resources of the remote units whose user service utilization rates are lower than the third set value to the remote units whose user service use rates are higher than the fourth set value.

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