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CN111917568B - Method for detecting mis-configuration of mobile internet network element equipment - Google Patents

Method for detecting mis-configuration of mobile internet network element equipment Download PDF

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Publication number
CN111917568B
CN111917568B CN202010425598.4A CN202010425598A CN111917568B CN 111917568 B CN111917568 B CN 111917568B CN 202010425598 A CN202010425598 A CN 202010425598A CN 111917568 B CN111917568 B CN 111917568B
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network element
equipment
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element device
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CN111917568A (en
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郑紫微
潘洋
陈勇
吴明昊
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Ordos City High Tech Industry Investment Co ltd
Shenzhen Hongyue Information Technology Co ltd
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Ningbo University
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/08—Configuration management of networks or network elements
    • H04L41/0866—Checking the configuration
    • H04L41/0869—Validating the configuration within one network element
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L43/00—Arrangements for monitoring or testing data switching networks
    • H04L43/08—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters

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Abstract

The invention relates to a method for detecting the mis-configuration of mobile internet network element equipment, which comprises the steps of collecting a working parameter set of each network element equipment on the mobile internet in a preset time period, calculating a standard deviation corresponding to each working parameter, respectively fitting a real-time change fitting curve of each working parameter corresponding to each network element equipment, obtaining an inflection point time set and an inflection point value set corresponding to each working parameter real-time change fitting curve of each network element equipment, obtaining an optimal correction time corresponding to each working parameter of the network element equipment, correcting the working parameter value corresponding to any network element equipment at the optimal correction time to the optimal working parameter value when the condition that any network element equipment works to the optimal correction time corresponding to any working parameter is detected, continuously executing work by each network element equipment according to the working parameter after self-correction, realizing the automatic detection and the automatic correction of the mis-configuration operation of each network element equipment on the mobile internet, and improving the mis-configuration detection efficiency of the network element equipment.

Description

一种移动互联网网元设备误配置检测方法A method for detecting misconfiguration of mobile Internet network element equipment

技术领域technical field

本发明涉及移动互联网领域，尤其涉及一种移动互联网网元设备误配置检测方法。The invention relates to the field of mobile Internet, in particular to a method for detecting misconfiguration of mobile Internet network element equipment.

背景技术Background technique

随着移动互联网络技术发展，各种网元设备被应用到移动互联网上，并且对于移动互联网的正常运行起到重要的支撑作用。With the development of mobile Internet network technology, various network element devices are applied to the mobile Internet, and play an important supporting role for the normal operation of the mobile Internet.

在移动互联网的实际运行过程中，每一个网元设备难免因长久工作出现故障，影响甚至导致整个移动互联网工作的彻底停摆。因此，需要及时地对移动互联网上的各种网元设备进行准备检测，以便于及时排出故障并且做出修改。In the actual operation of the mobile Internet, it is inevitable that each network element device will fail due to long-term work, which will affect or even lead to the complete shutdown of the entire mobile Internet. Therefore, it is necessary to timely prepare and detect various network element devices on the mobile Internet, so as to troubleshoot and modify in time.

然而，在针对移动互联网的网元设备的配置检测中，多数还是基于人工检测配置文件的方式，以便于检测出网元设备的配置文件中出现的错误，然后再做出修正。不过，这样难免需要投入大量的人力和时间，而且还需要人工检测人员基本已定的专业知识才能识别出网元设备的错误配置信息，这样针对移动互联网上的网元设备的误配置检测效率势必降低。However, in the configuration detection of network element devices for the mobile Internet, most of them are based on manual detection of configuration files, so as to detect errors in the configuration files of network element devices and then make corrections. However, this inevitably requires a lot of manpower and time, and also requires the basic professional knowledge of the manual detection personnel to identify the misconfiguration information of the network element equipment, so the efficiency of the misconfiguration detection for the network element equipment on the mobile Internet is bound to be reduce.

发明内容SUMMARY OF THE INVENTION

本发明所要解决的技术问题是针对上述现有技术提供一种移动互联网网元设备误配置检测方法。The technical problem to be solved by the present invention is to provide a method for detecting misconfiguration of mobile Internet network element equipment in view of the above-mentioned prior art.

本发明解决上述技术问题所采用的技术方案为：一种移动互联网网元设备误配置检测方法，其特征在于，包括如下步骤：The technical solution adopted by the present invention to solve the above technical problems is: a method for detecting misconfiguration of mobile Internet network element equipment, which is characterized in that it includes the following steps:

步骤1，获取移动互联网上各网元设备的识别号以及对应的工作参数值集合；其中，该移动互联网上的网元设备总数量标记为M，移动互联网上的第m个网元设备标记为Equipmentm，网元设备Equipmentm的识别号标记为

Figure BDA0002498537170000011
网元设备Equipmentm的工作参数值集合标记为
Figure BDA0002498537170000012
参数集合
Figure BDA0002498537170000013
内的工作参数种类总数目标记为N，该参数集合
Figure BDA0002498537170000014
内的第n个工作参数标记为
Figure BDA0002498537170000015
工作参数
Figure BDA0002498537170000016
的数值标记为
Figure BDA0002498537170000017
1≤m≤M，1≤n≤N；Step 1, obtain the identification number of each network element equipment on the mobile Internet and the corresponding set of working parameter values; wherein, the total number of network element equipment on the mobile Internet is marked as M, and the mth network element equipment on the mobile Internet is marked as Equipment m , the identification number of the network element equipment Equipment m is marked as
Figure BDA0002498537170000011
The set of working parameter values of NE Equipment m is marked as
Figure BDA0002498537170000012
parameter set
Figure BDA0002498537170000013
The total number of working parameter types within is marked as N, the parameter set
Figure BDA0002498537170000014
The nth working parameter within is marked as
Figure BDA0002498537170000015
Working parameters
Figure BDA0002498537170000016
The value is marked as
Figure BDA0002498537170000017
1≤m≤M, 1≤n≤N;

步骤2，分别实时检测移动互联网上各网元设备启动与否的工作状态，且在检测到任一网元设备启动工作后，转入步骤3；否则，继续检测各网元设备的工作状态；Step 2: Detect in real time the working state of each network element device on the mobile Internet whether it is activated or not, and after detecting that any network element device is activated, go to step 3; otherwise, continue to detect the working state of each network element device;

步骤3，在预设时间段内按照预设采集时刻分别检测启动工作后的各网元设备的工作参数值集合，分别得到各网元设备所对应的工作参数样本值集合；Step 3: Detecting the set of working parameter values of each network element device after the work is started within a preset time period according to the preset collection time, and respectively obtaining a set of working parameter sample values corresponding to each network element device;

其中，所述预设时间段标记为Tpre，该预设时间段Tpre内所对应的预设采集时刻总数量标记为I，预设时间段Tpre内的第i个预设采集时刻标记为ti，网元设备Equipmentm在预设采集时刻ti所对应的工作参数

Figure BDA0002498537170000021
的样本值标记为
Figure BDA0002498537170000022
网元设备Equipmentm所对应的工作参数样本值集合标记为
Figure BDA0002498537170000023
Figure BDA0002498537170000024
The preset time period is marked as T pre , the total number of preset collection moments corresponding to the preset time period T pre is marked as 1, and the i-th preset collection moment in the preset time period T pre is marked as is t i , the working parameters of the network element Equipment m corresponding to the preset collection time t i
Figure BDA0002498537170000021
The sample values of are marked as
Figure BDA0002498537170000022
The set of working parameter sample values corresponding to the NE Equipment m is marked as
Figure BDA0002498537170000023
Figure BDA0002498537170000024

步骤4，针对所述移动网络上的各网元设备，计算每一个网元设备所对应工作参数样本值集合内的各工作参数样本值集合的标准差值；其中，网元设备Equipmentm所对应工作参数样本值

Figure BDA0002498537170000025
集合的标准差值标记为
Figure BDA0002498537170000026
Step 4, for each network element device on the mobile network, calculate the standard deviation value of each working parameter sample value set in the working parameter sample value set corresponding to each network element device; wherein, the corresponding value of the network element device Equipment m Working parameter sample values
Figure BDA0002498537170000025
The standard deviation values of the set are marked as
Figure BDA0002498537170000026

Figure BDA0002498537170000027
Figure BDA0002498537170000027

步骤5，针对所述移动网络上的各网元设备，根据所得各网元设备所对应的工作参数样本值集合，分别拟合得到每一个网元设备所对应每一个工作参数在所述预设时间段内的实时变化拟合曲线；其中，网元设备Equipmentm所对应工作参数

Figure BDA0002498537170000028
在预设时间段Tpre内的实时变化拟合曲线标记为
Figure BDA0002498537170000029
t∈[0,Tpre]；Step 5: For each network element device on the mobile network, according to the obtained set of working parameter sample values corresponding to each network element device, obtain each working parameter corresponding to each network element device in the preset value by fitting respectively. The real-time change fitting curve in the time period; among them, the working parameters corresponding to the equipment m of the network element
Figure BDA0002498537170000028
The real-time change fitting curve within the preset time period T pre is marked as
Figure BDA0002498537170000029
t∈[0, Tpre ];

步骤6，针对每一个网元设备的每一个工作参数，计算该网元设备的每一个工作参数所对应实时变化拟合曲线的拐点时刻以及与拐点时刻相对应的拐点值，得到网元设备所对应该工作参数的拐点时刻集合和对应的拐点值集合；其中，网元设备Equipmentm所对应工作参数

Figure BDA00024985371700000210
所对应实时变化拟合曲线
Figure BDA00024985371700000211
的拐点时刻具有K个，实时变化拟合曲线
Figure BDA00024985371700000212
的第K个拐点时刻标记为
Figure BDA00024985371700000213
1≤k≤K；Step 6, for each working parameter of each network element device, calculate the inflection point time of the real-time change fitting curve corresponding to each working parameter of the network element device and the inflection point value corresponding to the inflection point time, and obtain the total value of the network element device. Inflection point time set and corresponding inflection point value set corresponding to the working parameter; among them, the working parameter corresponding to the network element equipment Equipment m
Figure BDA00024985371700000210
The corresponding real-time change fitting curve
Figure BDA00024985371700000211
The inflection point moment has K, real-time change fitting curve
Figure BDA00024985371700000212
The K-th inflection point moment is marked as
Figure BDA00024985371700000213
1≤k≤K;

步骤7，针对每一个所述网元设备的每一个工作参数，分别查找其拐点值集合内的最小拐点值以及对应该最小拐点值的拐点时刻，并标记查找到的该拐点时刻为该工作参数的最佳修正时刻；Step 7, for each operating parameter of each described network element equipment, respectively find the minimum inflection point value in its inflection point value set and the inflection point moment corresponding to the minimum inflection point value, and mark the found inflection point moment as the operating parameter the best correction moment;

步骤8，检测到任一网元设备工作至其任一个工作参数所对应的最佳修正时刻时，将该任一网元设备在该最佳修正时刻所对应工作参数值修正至最佳工作参数值；其中，网元设备Equipmentm的工作参数

Figure BDA0002498537170000031
在其最佳修正时刻所对应的最佳工作参数值标记为
Figure BDA0002498537170000032
topt为网元设备Equipmentm的工作参数
Figure BDA0002498537170000033
所对应的最佳修正时刻；Step 8, when it is detected that any network element device works to the best correction time corresponding to any one of its operating parameters, the value of the corresponding work parameter of any network element device at the best correction time is corrected to the best work parameter value; among them, the working parameters of the NE Equipment m
Figure BDA0002498537170000031
The best working parameter value corresponding to its best correction moment is marked as
Figure BDA0002498537170000032
t opt is the working parameter of the NE Equipment m
Figure BDA0002498537170000033
The corresponding best correction moment;

步骤9，所述移动互联网上的各网元设备以自身修正后的工作参数继续执行工作。Step 9, each network element device on the mobile Internet continues to perform work with its own modified work parameters.

改进地，在所述移动互联网网元设备误配置检测方法中，任一网元设备的工作参数集合内至少含有该网元设备的功耗参数。Advantageously, in the mobile Internet network element device misconfiguration detection method, the working parameter set of any network element device contains at least the power consumption parameter of the network element device.

进一步地，所述网元设备按照如下步骤a1～a4方式获取自身的功耗参数：Further, the network element device obtains its own power consumption parameters according to the following steps a1-a4:

步骤a1，获取网元设备中组件的指定信息；Step a1, obtaining the specified information of the component in the network element device;

步骤a2，根据指定信息确定组件的当前功耗值；Step a2, determining the current power consumption value of the component according to the specified information;

步骤a3，根据组件当前功耗值与基础功耗值确定该组件的第一功耗值，其中，所述基础功耗值用于指示所述组件在空载运行或满载运行时的功耗值；Step a3: Determine the first power consumption value of the component according to the current power consumption value of the component and the basic power consumption value, wherein the basic power consumption value is used to indicate the power consumption value of the component when it is running at no load or running at full load ;

步骤a4，根据第一功耗值确定该网元设备的第二功耗值。Step a4: Determine the second power consumption value of the network element device according to the first power consumption value.

再进一步地，在所述移动互联网网元设备误配置检测方法中，所述网元设备Equipmentm中组件的当前功耗值标记为

Figure BDA0002498537170000034
网元设备Equipmentm中组件的基础功耗值标记为
Figure BDA0002498537170000035
网元设备Equipmentm中组件的第一功耗值标记为
Figure BDA0002498537170000036
表示数值
Figure BDA0002498537170000037
与数值
Figure BDA0002498537170000038
中的最大值，网元设备Equipmentm中组件的第二功耗值标记为
Figure BDA0002498537170000039
Still further, in the mobile Internet network element equipment misconfiguration detection method, the current power consumption value of the components in the network element equipment Equipment m is marked as:
Figure BDA0002498537170000034
The basic power consumption value of the components in the NE Equipment m is marked as
Figure BDA0002498537170000035
The first power consumption value of the component in the network element device Equipment m is marked as
Figure BDA0002498537170000036
Indicates value
Figure BDA0002498537170000037
with numerical values
Figure BDA0002498537170000038
The maximum value of
Figure BDA0002498537170000039

与现有技术相比，本发明的优点在于：通过采集移动互联网上启动工作后的各网元设备在预设时间段内的工作参数集合，计算对应各工作参数的标准差，继而分别拟合得到每一个网元设备所对应每一个工作参数在预设时间段内的实时变化拟合曲线，得到每一个网元设备的各工作参数实时变化拟合曲线所对应的拐点时刻集合以及拐点值集合，并且再得到网元设备的各工作参数所对应的最佳修正时刻，最终在检测到任一网元设备工作至其任一个工作参数所对应的最佳修正时刻时，将该任一网元设备在该最佳修正时刻所对应工作参数值修正至最佳工作参数值，然后各网元设备以自身修正后的工作参数继续执行工作，实现了针对移动互联网上各网元设误配置操作的自动检测和自动修正，提高了网元设备的误配置检测效率。Compared with the prior art, the present invention has the advantages that: by collecting the set of working parameters of each network element device in the preset time period after starting work on the mobile Internet, calculating the standard deviation corresponding to each working parameter, and then fitting the parameters respectively. Obtain the real-time change fitting curve of each working parameter corresponding to each network element device within a preset time period, and obtain the inflection point time set and the inflection point value set corresponding to the real-time change fitting curve of each working parameter of each network element device , and then obtain the best correction time corresponding to each working parameter of the network element equipment, and finally when it is detected that any network element device works to the best correction time corresponding to any of its operating parameters, the The corresponding working parameter value of the device is corrected to the best working parameter value at the best correction moment, and then each network element device continues to perform work with its own corrected working parameters, which realizes the operation against misconfiguration of each network element on the mobile Internet. Automatic detection and automatic correction improve the efficiency of misconfiguration detection of network element equipment.

附图说明Description of drawings

图1为本发明实施例的移动互联网网元设备误配置检测方法流程示意图。FIG. 1 is a schematic flowchart of a method for detecting misconfiguration of a mobile Internet network element device according to an embodiment of the present invention.

具体实施方式Detailed ways

以下结合附图实施例对本发明作进一步详细描述。The present invention will be further described in detail below with reference to the embodiments of the accompanying drawings.

参见图1所示，本实施例提供一种移动互联网网元设备误配置检测方法，包括如下步骤：Referring to FIG. 1 , this embodiment provides a method for detecting misconfiguration of mobile Internet network element equipment, including the following steps:

步骤1，获取移动互联网上各网元设备的识别号以及对应的工作参数值集合；其中，假设移动互联网上的网元设备总数量标记为M，移动互联网上的第m个网元设备标记为Equipmentm，网元设备Equipmentm的识别号标记为

Figure BDA0002498537170000041
网元设备Equipmentm的工作参数值集合标记为
Figure BDA0002498537170000042
参数集合
Figure BDA0002498537170000043
内的工作参数种类总数目标记为N，该参数集合
Figure BDA0002498537170000044
内的第n个工作参数标记为
Figure BDA0002498537170000045
工作参数
Figure BDA0002498537170000046
的数值标记为
Figure BDA0002498537170000047
1≤m≤M，1≤n≤N；其中，在该实施例中，任一网元设备的工作参数集合内至少含有该网元设备的功耗参数；Step 1: Obtain the identification number of each network element device on the mobile Internet and the corresponding set of working parameter values; wherein, it is assumed that the total number of network element devices on the mobile Internet is marked as M, and the mth network element device on the mobile Internet is marked as Equipment m , the identification number of the network element equipment Equipment m is marked as
Figure BDA0002498537170000041
The set of working parameter values of NE Equipment m is marked as
Figure BDA0002498537170000042
parameter set
Figure BDA0002498537170000043
The total number of working parameter types within is marked as N, the parameter set
Figure BDA0002498537170000044
The nth working parameter within is marked as
Figure BDA0002498537170000045
Working parameters
Figure BDA0002498537170000046
The value is marked as
Figure BDA0002498537170000047
1≤m≤M, 1≤n≤N; wherein, in this embodiment, the working parameter set of any network element device contains at least the power consumption parameter of the network element device;

步骤2，分别实时检测移动互联网上各网元设备启动与否的工作状态，且在检测到任一网元设备启动工作后，转入步骤3；否则，继续检测各网元设备的工作状态；Step 2: Detect in real time the working state of each network element device on the mobile Internet whether it is activated or not, and after detecting that any network element device is activated, go to step 3; otherwise, continue to detect the working state of each network element device;

步骤3，在预设时间段Tpre内按照预设采集时刻分别检测启动工作后的各网元设备的工作参数值集合，分别得到各网元设备所对应的工作参数样本值集合；Step 3: In the preset time period T pre , according to the preset collection time, the set of working parameter values of each network element device after starting work is respectively detected, and the set of working parameter sample values corresponding to each network element device is obtained respectively;

其中，该预设时间段Tpre内所对应的预设采集时刻总数量标记为I，预设时间段Tpre内的第i个预设采集时刻标记为ti，网元设备Equipmentm在预设采集时刻ti所对应的工作参数

Figure BDA0002498537170000048
的样本值标记为
Figure BDA0002498537170000049
网元设备Equipmentm所对应的工作参数样本值集合标记为
Figure BDA00024985371700000410
Figure BDA00024985371700000411
是关于网元设备Equipmentm的第一个工作参数
Figure BDA00024985371700000412
的样本值集合，样本值集合
Figure BDA00024985371700000413
内含有样本值
Figure BDA00024985371700000414
至
Figure BDA00024985371700000415
这I个样本值；同理，
Figure BDA00024985371700000416
是关于网元设备Equipmentm的第N个工作参数
Figure BDA00024985371700000417
的样本值集合，样本值集合
Figure BDA00024985371700000418
内含有样本值
Figure BDA00024985371700000419
至
Figure BDA00024985371700000420
这I个样本值；Wherein, the total number of preset collection moments corresponding to the preset time period T pre is marked as I, the i-th preset collection moment within the preset time period T pre is marked as t i , and the network element device Equipment m is in the preset time period T pre . Set the working parameters corresponding to the collection time t i
Figure BDA0002498537170000048
The sample values of are marked as
Figure BDA0002498537170000049
The set of working parameter sample values corresponding to the NE Equipment m is marked as
Figure BDA00024985371700000410
Figure BDA00024985371700000411
It is the first working parameter of the NE Equipment m
Figure BDA00024985371700000412
set of sample values, set of sample values
Figure BDA00024985371700000413
Contains sample values
Figure BDA00024985371700000414
to
Figure BDA00024985371700000415
This I sample value; in the same way,
Figure BDA00024985371700000416
is the Nth working parameter of the NE Equipment m
Figure BDA00024985371700000417
set of sample values, set of sample values
Figure BDA00024985371700000418
Contains sample values
Figure BDA00024985371700000419
to
Figure BDA00024985371700000420
This I sample value;

步骤4，针对移动网络上的各网元设备，计算每一个网元设备所对应工作参数样本值集合内的各工作参数样本值集合的标准差值；其中，网元设备Equipmentm所对应工作参数样本值

Figure BDA0002498537170000051
集合的标准差值标记为
Figure BDA0002498537170000052
Step 4, for each network element device on the mobile network, calculate the standard deviation value of each working parameter sample value set in the working parameter sample value set corresponding to each network element device; wherein, the working parameter corresponding to the network element device Equipment m sample value
Figure BDA0002498537170000051
The standard deviation values of the set are marked as
Figure BDA0002498537170000052

Figure BDA0002498537170000053
Figure BDA0002498537170000053

步骤5，针对移动网络上的各网元设备，根据所得各网元设备所对应的工作参数样本值集合，分别拟合得到每一个网元设备所对应每一个工作参数在所述预设时间段内的实时变化拟合曲线；其中，网元设备Equipmentm所对应工作参数

Figure BDA0002498537170000054
在预设时间段Tpre内的实时变化拟合曲线标记为
Figure BDA0002498537170000055
t∈[0,Tpre]；Step 5: For each network element device on the mobile network, according to the obtained set of working parameter sample values corresponding to each network element device, obtain each working parameter corresponding to each network element device in the preset time period by fitting respectively. The real-time change fitting curve in the
Figure BDA0002498537170000054
The real-time change fitting curve within the preset time period T pre is marked as
Figure BDA0002498537170000055
t∈[0, Tpre ];

步骤6，针对每一个网元设备的每一个工作参数，计算该网元设备的每一个工作参数所对应实时变化拟合曲线的拐点时刻以及与拐点时刻相对应的拐点值，得到网元设备所对应该工作参数的拐点时刻集合和对应的拐点值集合；其中，网元设备Equipmentm所对应工作参数

Figure BDA0002498537170000056
所对应实时变化拟合曲线
Figure BDA0002498537170000057
的拐点时刻具有K个，实时变化拟合曲线
Figure BDA0002498537170000058
的第K个拐点时刻标记为
Figure BDA0002498537170000059
1≤k≤K；Step 6, for each working parameter of each network element device, calculate the inflection point time of the real-time change fitting curve corresponding to each working parameter of the network element device and the inflection point value corresponding to the inflection point time, and obtain the total value of the network element device. Inflection point time set and corresponding inflection point value set corresponding to the working parameter; among them, the working parameter corresponding to the network element equipment Equipment m
Figure BDA0002498537170000056
The corresponding real-time change fitting curve
Figure BDA0002498537170000057
The inflection point moment has K, real-time change fitting curve
Figure BDA0002498537170000058
The K-th inflection point moment is marked as
Figure BDA0002498537170000059
1≤k≤K;

需要说明的，通过计算网元设备的工作参数实时变化拟合曲线在对应拐点时刻的拐点值，可以利用所得拐点值来得到该工作参数随着时间变化是否出现前后骤变的情况，从而方便以出现前后变化时的该拐点时刻作为该工作参数异常的时刻，进而便于后续针对网元设备的该工作参数进行调整和修正；It should be noted that, by calculating the inflection point value of the fitting curve of the real-time change of the working parameters of the network element equipment at the corresponding inflection point, it is possible to use the obtained inflection point value to obtain whether the working parameter changes abruptly with time. The moment of the inflection point when there is a change before and after is taken as the moment when the working parameter is abnormal, so as to facilitate subsequent adjustment and correction of the working parameter of the network element device;

步骤7，针对每一个网元设备的每一个工作参数，分别查找其拐点值集合内的最小拐点值以及对应该最小拐点值的拐点时刻，并标记查找到的该拐点时刻为该工作参数的最佳修正时刻；Step 7: For each operating parameter of each network element device, find the minimum inflection point value in the inflection point value set and the inflection point moment corresponding to the minimum inflection point value, and mark the found inflection point moment as the maximum inflection point of the operating parameter. best correction time;

步骤8，检测到任一网元设备工作至其任一个工作参数所对应的最佳修正时刻时，将该任一网元设备在该最佳修正时刻所对应工作参数值修正至最佳工作参数值；其中，网元设备Equipmentm的工作参数

Figure BDA00024985371700000510
在其最佳修正时刻所对应的最佳工作参数值标记为
Figure BDA00024985371700000511
topt为网元设备Equipmentm的工作参数
Figure BDA00024985371700000512
所对应的最佳修正时刻；Step 8, when it is detected that any network element device works to the best correction time corresponding to any one of its operating parameters, the value of the corresponding work parameter of any network element device at the best correction time is corrected to the best work parameter value; among them, the working parameters of the NE Equipment m
Figure BDA00024985371700000510
The best working parameter value corresponding to its best correction moment is marked as
Figure BDA00024985371700000511
t opt is the working parameter of the NE Equipment m
Figure BDA00024985371700000512
The corresponding best correction moment;

步骤9，移动互联网上的各网元设备以自身修正后的工作参数继续执行工作。另外，具体到该实施例中，作为网元设备获取自身工作参数的具体实现方法，此处的网元设备按照如下步骤a1～a4方式获取自身的功耗参数：In step 9, each network element device on the mobile Internet continues to perform work with its own modified work parameters. In addition, specifically in this embodiment, as a specific implementation method for a network element device to obtain its own working parameters, the network element device here obtains its own power consumption parameters according to the following steps a1 to a4:

步骤a1，获取网元设备中组件的指定信息；Step a1, obtaining the specified information of the component in the network element device;

步骤a2，根据指定信息确定组件的当前功耗值；其中，网元设备Equipmentm中组件的当前功耗值标记为

Figure BDA0002498537170000061
Step a2: Determine the current power consumption value of the component according to the specified information; wherein, the current power consumption value of the component in the network element device Equipment m is marked as
Figure BDA0002498537170000061

步骤a3，根据组件当前功耗值与基础功耗值确定该组件的第一功耗值，其中，基础功耗值用于指示该组件在空载运行或满载运行时的功耗值；网元设备Equipmentm中组件的基础功耗值标记为

Figure BDA0002498537170000062
网元设备Equipmentm中组件的第一功耗值标记为
Figure BDA0002498537170000063
表示数值
Figure BDA0002498537170000064
与数值
Figure BDA0002498537170000065
中的最大值；Step a3: Determine the first power consumption value of the component according to the current power consumption value of the component and the basic power consumption value, wherein the basic power consumption value is used to indicate the power consumption value of the component when it is running at no load or running at full load; the network element The base power consumption values for components in Equipment m are marked as
Figure BDA0002498537170000062
The first power consumption value of the component in the network element device Equipment m is marked as
Figure BDA0002498537170000063
Indicates value
Figure BDA0002498537170000064
with numerical values
Figure BDA0002498537170000065
the maximum value in;

步骤a4，根据第一功耗值确定该网元设备的第二功耗值。其中，此处的网元设备Equipmentm中组件的第二功耗值标记为

Figure BDA0002498537170000066
Step a4: Determine the second power consumption value of the network element device according to the first power consumption value. Wherein, the second power consumption value of the component in the network element device Equipment m here is marked as
Figure BDA0002498537170000066

Figure BDA0002498537170000067
Figure BDA0002498537170000067

尽管以上详细地描述了本发明的优选实施例，但是应该清楚地理解，对于本领域的技术人员来说，本发明可以有各种更改和变化。凡在本发明的精神和原则之内所作的任何修改、等同替换、改进等，均应包含在本发明的保护范围之内。Although the preferred embodiments of the present invention have been described in detail above, it should be clearly understood that various modifications and variations of the present invention will occur to those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included within the protection scope of the present invention.

Claims (4)

1.一种移动互联网网元设备误配置检测方法，其特征在于，包括如下步骤：1. a mobile Internet network element equipment misconfiguration detection method, is characterized in that, comprises the steps: 步骤1，获取移动互联网上各网元设备的识别号以及对应的工作参数值集合；其中，该移动互联网上的网元设备总数量标记为M，移动互联网上的第m个网元设备标记为Equipmentm，网元设备Equipmentm的识别号标记为
Figure FDA0003775376090000011
网元设备Equipmentm的工作参数值集合标记为
Figure FDA0003775376090000012
参数集合
Figure FDA0003775376090000013
内的工作参数种类总数目标记为N，该参数集合
Figure FDA0003775376090000014
内的第n个工作参数标记为
Figure FDA0003775376090000015
工作参数
Figure FDA0003775376090000016
的数值标记为
Figure FDA0003775376090000017
Step 1, obtain the identification number of each network element equipment on the mobile Internet and the corresponding set of working parameter values; wherein, the total number of network element equipment on the mobile Internet is marked as M, and the mth network element equipment on the mobile Internet is marked as Equipment m , the identification number of the network element equipment Equipment m is marked as
Figure FDA0003775376090000011
The set of working parameter values of NE Equipment m is marked as
Figure FDA0003775376090000012
parameter set
Figure FDA0003775376090000013
The total number of working parameter types within is marked as N, the parameter set
Figure FDA0003775376090000014
The nth working parameter within is marked as
Figure FDA0003775376090000015
Working parameters
Figure FDA0003775376090000016
The value is marked as
Figure FDA0003775376090000017
 步骤2，分别实时检测移动互联网上各网元设备启动与否的工作状态，且在检测到任一网元设备启动工作后，转入步骤3；否则，继续检测各网元设备的工作状态；Step 2: Detect in real time the working state of each network element device on the mobile Internet whether it is activated or not, and after detecting that any network element device is activated, go to step 3; otherwise, continue to detect the working state of each network element device; 步骤3，在预设时间段内按照预设采集时刻分别检测启动工作后的各网元设备的工作参数值集合，分别得到各网元设备所对应的工作参数样本值集合；Step 3: Detecting the set of working parameter values of each network element device after the work is started within a preset time period according to the preset collection time, and respectively obtaining a set of working parameter sample values corresponding to each network element device; 其中，所述预设时间段标记为Tpre，该预设时间段Tpre内所对应的预设采集时刻总数量标记为I，预设时间段Tpre内的第i个预设采集时刻标记为ti，网元设备Equipmentm在预设采集时刻ti所对应的工作参数
Figure FDA0003775376090000018
的样本值标记为
Figure FDA0003775376090000019
网元设备Equipmentm所对应的工作参数样本值集合标记为
Figure FDA00037753760900000110
Figure FDA00037753760900000111
The preset time period is marked as T pre , the total number of preset collection moments corresponding to the preset time period T pre is marked as 1, and the i-th preset collection moment in the preset time period T pre is marked as is t i , the working parameters of the network element Equipment m corresponding to the preset collection time t i
Figure FDA0003775376090000018
The sample values of are marked as
Figure FDA0003775376090000019
The set of working parameter sample values corresponding to the NE Equipment m is marked as
Figure FDA00037753760900000110
Figure FDA00037753760900000111
 步骤4，针对所述移动互联网上的各网元设备，计算每一个网元设备所对应工作参数样本值集合内的各工作参数样本值集合的标准差值；其中，网元设备Equipmentm所对应工作参数样本值
Figure FDA00037753760900000112
集合的标准差值标记为
Figure FDA00037753760900000113
Step 4, for each network element device on the mobile Internet, calculate the standard deviation value of each working parameter sample value set in the working parameter sample value set corresponding to each network element device; wherein, the corresponding network element device Equipment m Working parameter sample values
Figure FDA00037753760900000112
The standard deviation values of the set are marked as
Figure FDA00037753760900000113
Figure FDA00037753760900000114
Figure FDA00037753760900000114
 步骤5，针对所述移动互联网上的各网元设备，根据所得各网元设备所对应的工作参数样本值集合，分别拟合得到每一个网元设备所对应每一个工作参数在所述预设时间段内的实时变化拟合曲线；其中，网元设备Equipmentm所对应工作参数
Figure FDA00037753760900000115
在预设时间段Tpre内的实时变化拟合曲线标记为
Figure FDA00037753760900000116
Step 5: For each network element device on the mobile Internet, according to the obtained set of working parameter sample values corresponding to each network element device, obtain each working parameter corresponding to each network element device in the preset value by fitting respectively. The real-time change fitting curve in the time period; among them, the working parameters corresponding to the equipment m of the network element
Figure FDA00037753760900000115
The real-time change fitting curve within the preset time period T pre is marked as
Figure FDA00037753760900000116
 步骤6，针对每一个网元设备的每一个工作参数，计算该网元设备的每一个工作参数所对应实时变化拟合曲线的拐点时刻以及与拐点时刻相对应的拐点值，得到网元设备所对应该工作参数的拐点时刻集合和对应的拐点值集合；其中，网元设备Equipmentm所对应工作参数
Figure FDA0003775376090000021
所对应实时变化拟合曲线
Figure FDA0003775376090000022
的拐点时刻具有K个，实时变化拟合曲线
Figure FDA0003775376090000023
的第K个拐点时刻标记为
Figure FDA0003775376090000024
Step 6, for each working parameter of each network element device, calculate the inflection point time of the real-time change fitting curve corresponding to each working parameter of the network element device and the inflection point value corresponding to the inflection point time, and obtain the total value of the network element device. Inflection point time set and corresponding inflection point value set corresponding to the working parameter; among them, the working parameter corresponding to the network element equipment Equipment m
Figure FDA0003775376090000021
The corresponding real-time change fitting curve
Figure FDA0003775376090000022
The inflection point moment has K, real-time change fitting curve
Figure FDA0003775376090000023
The K-th inflection point moment is marked as
Figure FDA0003775376090000024
 步骤7，针对每一个所述网元设备的每一个工作参数，分别查找其拐点值集合内的最小拐点值以及对应该最小拐点值的拐点时刻，并标记查找到的该拐点时刻为该工作参数的最佳修正时刻；Step 7, for each operating parameter of each described network element equipment, respectively find the minimum inflection point value in its inflection point value set and the inflection point moment corresponding to the minimum inflection point value, and mark the found inflection point moment as the operating parameter the best correction moment; 步骤8，检测到任一网元设备工作至其任一个工作参数所对应的最佳修正时刻时，将该任一网元设备在该最佳修正时刻所对应工作参数值修正至最佳工作参数值；其中，网元设备Equipmentm的工作参数
Figure FDA0003775376090000025
在其最佳修正时刻所对应的最佳工作参数值标记为
Figure FDA0003775376090000026
topt为网元设备Equipmentm的工作参数
Figure FDA0003775376090000027
所对应的最佳修正时刻；Step 8, when it is detected that any network element device works to the best correction time corresponding to any one of its operating parameters, the value of the corresponding work parameter of any network element device at the best correction time is corrected to the best work parameter value; among them, the working parameters of the NE Equipment m
Figure FDA0003775376090000025
The best working parameter value corresponding to its best correction moment is marked as
Figure FDA0003775376090000026
t opt is the working parameter of the NE Equipment m
Figure FDA0003775376090000027
The corresponding best correction moment; 步骤9，所述移动互联网上的各网元设备以自身修正后的工作参数继续执行工作。Step 9, each network element device on the mobile Internet continues to perform work with its own modified work parameters. 2.根据权利要求1所述的移动互联网网元设备误配置检测方法，其特征在于，任一网元设备的工作参数集合内至少含有该网元设备的功耗参数。2 . The method for detecting misconfiguration of a mobile Internet network element device according to claim 1 , wherein the working parameter set of any network element device contains at least the power consumption parameter of the network element device. 3 . 3.根据权利要求2所述的移动互联网网元设备误配置检测方法，其特征在于，所述网元设备按照如下步骤a1～a4方式获取自身的功耗参数：3. The method for detecting misconfiguration of mobile Internet network element equipment according to claim 2, wherein the network element equipment obtains its own power consumption parameters according to the following steps a1 to a4: 步骤a1，获取网元设备中组件的指定信息；Step a1, obtaining the specified information of the component in the network element device; 步骤a2，根据指定信息确定组件的当前功耗值；Step a2, determining the current power consumption value of the component according to the specified information; 步骤a3，根据组件当前功耗值与基础功耗值确定该组件的第一功耗值，其中，所述基础功耗值用于指示所述组件在空载运行或满载运行时的功耗值；Step a3: Determine the first power consumption value of the component according to the current power consumption value of the component and the basic power consumption value, wherein the basic power consumption value is used to indicate the power consumption value of the component when it is running at no load or running at full load ; 步骤a4，根据第一功耗值确定该网元设备的第二功耗值。Step a4: Determine the second power consumption value of the network element device according to the first power consumption value. 4.根据权利要求3所述的移动互联网网元设备误配置检测方法，其特征在于，网元设备Equipmentm中组件的当前功耗值标记为
Figure FDA0003775376090000028
网元设备Equipmentm中组件的基础功耗值标记为
Figure FDA0003775376090000029
网元设备Equipmentm中组件的第一功耗值标记为
Figure FDA00037753760900000210
Figure FDA00037753760900000211
表示数值
Figure FDA0003775376090000031
与数值
Figure FDA0003775376090000032
中的最大值，网元设备Equipmentm中组件的第二功耗值标记为
Figure FDA0003775376090000033
4. The method for detecting misconfiguration of mobile Internet network element equipment according to claim 3, wherein the current power consumption value of the component in the network element equipment Equipment m is marked as
Figure FDA0003775376090000028
The basic power consumption value of the components in the NE Equipment m is marked as
Figure FDA0003775376090000029
The first power consumption value of the component in the network element device Equipment m is marked as
Figure FDA00037753760900000210
Figure FDA00037753760900000211
Indicates value
Figure FDA0003775376090000031
with numerical values
Figure FDA0003775376090000032
The maximum value of
Figure FDA0003775376090000033
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