CN113259937B - Communication service system for monitoring different user identification codes - Google Patents
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- 238000004891 communication Methods 0.000 title claims abstract description 146
- 238000012544 monitoring process Methods 0.000 title claims abstract description 47
- 238000005192 partition Methods 0.000 claims abstract description 31
- 238000013475 authorization Methods 0.000 claims description 8
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
- H04W12/06—Authentication
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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- H—ELECTRICITY
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- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
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- H04W48/06—Access restriction performed under specific conditions based on traffic conditions
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Abstract
The invention discloses a communication service system for monitoring different user identification codes, which comprises a user identification code orientation acquisition module, a user identification code identity information authentication module, a user identification code partition index module, a valid user identification code analysis module and a communication server access quantity early warning module, wherein the user identification code orientation acquisition module acquires the user identification codes accessed to a communication server, the user identification code identity information authentication module classifies the acquired user identification codes after identity information authentication, the user identification code partition index module is used for intelligently searching for connecting users according to fragmented user identification codes, the valid user identification code analysis module is used for analyzing the valid user identification codes, the communication server access quantity early warning module is used for monitoring the user identification code quantity accessed to the communication server, and aims at analyzing the different user identification codes accessed by each user and limiting the user access communication server quantity.
Description
The application is submitted in the year 2020, 5, 14: the patent application 202010404664.X is a divisional application of a communication service system and method for monitoring different subscriber identities.
Technical Field
The invention relates to the field of user identification codes, in particular to a communication service system for monitoring different user identification codes.
Background
The mobile subscriber identity refers to a unique International Mobile Subscriber Identity (IMSI) allocated to each subscriber in the GSM system. This code is valid in all locations, including in the roaming region. The IMSI is typically used at call setup and location update. The total length of the IMSLs is not more than 15 digits, and each digit only uses 0-9 digits. MCC: the country code number to which the mobile subscriber belongs, which occupies 3 digits, chinese MCC is specified as 460, mnc: mobile network numbers consist of at most two digits. For identifying the mobile communication network to which the mobile subscriber belongs. MSIN: a mobile subscriber identity for identifying a mobile subscriber in a mobile communication network (PLMN). The mobile subscriber identity (NMSI) is composed of MNC and MSIN, temporary subscriber identity (TMSI) is used for safety, TMSI is used to replace IMSI when transmitting subscriber identity in air, because TMSI is only valid locally (i.e. in MSC/VLR area), its composition structure is selected by management department, but total length is not more than 4 bytes.
At present, the communication server does not limit the access of users, and users often use different numbers to access, so that the communication server can cause too bad signals because of too many user accesses.
Disclosure of Invention
The invention aims to provide a communication service system and a method for monitoring different user identification codes, so as to solve the problems in the prior art.
In order to achieve the above purpose, the present invention provides the following technical solutions:
the communication service system for monitoring different user identification codes comprises a user identification code directional acquisition module, a user identification code identity information authentication module, a user identification code partition index module, an effective user identification code analysis module and a communication server access quantity early warning module, wherein the user identification code directional acquisition module, the user identification code identity information authentication module and the user identification code partition index module are sequentially connected through an intranet, and the effective user identification code analysis module is respectively connected with the user identification code identity information authentication module, the user identification code partition index module and the communication server access quantity early warning module through the intranet;
the user identification code orientation acquisition module is used for acquiring user identification codes of the access communication server, counting the user identification codes of all the access communication servers, the user identification code identity information authentication module is used for classifying the acquired user identification codes after identity information authentication, the user identification code partition index module is used for intelligently searching for connecting users according to the fragmented user identification codes, the effective user identification code analysis module is used for analyzing the effective user identification codes and confirming the effectiveness of the user identification codes of the access communication server, and the communication server access quantity early warning module is used for monitoring the quantity of the user identification codes of the access communication server.
By adopting the technical scheme: the user identification code orientation acquisition module comprises a user connection request authorization sub-module and an accessed user identification code statistics sub-module, wherein the user connection request authorization sub-module sends a connection request to the communication server for connection, the communication server acquires the user identification code of the user after authorizing the user, the accessed user identification code statistics sub-module is used for counting the user identification code of the user accessing the communication server, and the statistical data are summarized and sent to the user identification code identity information authentication module.
By adopting the technical scheme: the user identification code identity information authentication module comprises an operator server monitoring and classifying sub-module and an access user operator occupation ratio analysis sub-module, wherein the operator server monitoring and classifying sub-module is used for identifying operators with different user identification codes, classifying the user identification codes according to the different operators, sending classification information to the access user operator occupation ratio analysis sub-module, the access user operator occupation ratio analysis sub-module is used for carrying out occupation ratio analysis according to subordinate operators with different user identification codes, the operators are respectively mobile, connected and telecom, the number of the user identification codes of the access communication server is set to be C, the number of the user identification codes with the monitored operators being mobile is C1, the number of the user identification codes with the operator being connected is C2, and the number of the user identification codes with the operator being telecom is C3, wherein the occupation ratio of the number of the user identification codes with the operator being mobile isThe number of user identification codes of the operators for communication is +.>The number of subscriber identities for telecommunications by the operator is +.>And sending the ratios of the operators subordinate to the different user identification codes to the user identification code partition index module, and after the user identification codes are reconfirmed by the user identification code partition index module, accessing the user operator ratio analysis sub-module to carry out ratio analysis on the subordinate operators of the different user identification codes again.
By adopting the technical scheme: the user identification code partition index module comprises a fragmentation information intelligent searching sub-module and a different user identification code accompanying relation confirming sub-module, wherein the fragmentation information intelligent searching sub-module is used for searching the user identification code according to fragmented letters or numbers in the user identification code, realizing intelligent searching of different user identification codes, the different user identification code accompanying relation confirming sub-module is used for confirming accompanying relations of different user identification codes, judging whether different user identification codes exist in the same user or not, marking different identification codes of the same user, counting marking data of different identification codes of the same user, and sending the marking data to the access user operator occupation analysis sub-module and the effective user identification code analysis module.
By adopting the technical scheme: the access user operator occupation ratio analysis sub-module acquires the marking data of different identification codes of the same user, extracts different identification codes of the same user, sets the different identification codes of the same user as a main user identification code and an auxiliary user identification code, re-detects the auxiliary user identification code subordinate operator of the access communication server, marks the auxiliary user identification code when the auxiliary user identification code subordinate operator is detected to be consistent with the main user identification code subordinate operator, does not process the auxiliary user identification code when the auxiliary user identification code subordinate operator is detected to be inconsistent with the main user identification code subordinate operator, and marks the auxiliary user identification code subordinate operatorThe operator confirms that the operator in the subordinate operator of the auxiliary user identification code is the data of mobile, communication and telecommunication, and the number of marked auxiliary user identification codes of which the operator is mobile is set as f C1 Setting the number of marked auxiliary user identification codes with operators being connected as f C2 Setting the number of marked auxiliary user identification codes of the carrier as telecommunication as f C3 The access user operator duty ratio analysis sub-module re-performs duty ratio analysis on subordinate operators with different user identification codes, wherein the number duty ratio of the user identification codes of the operators for moving is as followsThe number of user identification codes of the operators for communication is +.>The number of subscriber identities for telecommunications by the operator is +.>And sending the re-analyzed different user identification code subordinate operator duty ratio data to a valid user identification code analysis module.
By adopting the technical scheme: the effective user identification code analysis module comprises an effective user identification code statistics sub-module and a communication server access user identification code validity analysis sub-module, wherein the effective user identification code statistics sub-module is used for acquiring the marking data of different identification codes of the same user, extracting different identification codes of the same user, setting the different identification codes of the same user as a main user identification code and an auxiliary user identification code, summarizing the main user identification code, extracting the effective user identification code, and the communication server access user identification code validity analysis sub-module is used for analyzing the validity of the user identification code accessed to the communication server.
By adopting the technical scheme: the communication server access quantity early warning module comprises an effective user identification code monitoring sub-module and an early warning information sending sub-module, wherein the effective user identification code monitoring sub-module is used for monitoring the effective user identification code quantity of the access communication server, the monitored quantity is compared with a communication server access quantity set threshold, when the monitored quantity exceeds the set threshold, the monitored effective user identification code quantity is sent to the early warning information sending sub-module, and the early warning information sending sub-module is used for sending early warning information to a user attempting to be connected with the communication server.
A communication service method for monitoring different user identification codes:
s1: the method comprises the steps that a user identification code orientation acquisition module is utilized to acquire user identification codes of access communication servers, user identification codes of all access communication servers are counted, a user connection request authorization sub-module sends a connection request to the communication servers to be connected, the communication servers acquire the user identification codes of the users after authorizing the users, an accessed user identification code counting sub-module counts the user identification codes of the users accessing the communication servers, and statistical data are summarized and sent to a user identification code identity information authentication module;
s2: the method comprises the steps that an acquired user identification code is subjected to identity information authentication by using a user identification code identity information authentication module, then classification is carried out, an operator server monitoring and classifying sub-module is used for identifying operators with different user identification codes, classifying the user identification codes according to different operators, sending classification information to an access user operator occupation ratio analysis sub-module, and the access user operator occupation ratio analysis sub-module is used for carrying out occupation ratio analysis according to subordinate operators with different user identification codes;
s3: the user identification code partition indexing module is used for intelligently searching a connected user according to the fragmented user identification codes, the fragmented information intelligent searching submodule searches the user identification codes according to fragmented letters or numerals in the user identification codes, intelligent searching of different user identification codes is achieved, the different user identification code accompanying relation confirming submodule confirms the accompanying relation of different user identification codes, whether different user identification codes exist in the same user or not, different identification codes of the same user are marked, marking data of the different identification codes of the same user are counted, and the marking data are sent to the access user operator occupation analysis submodule and the effective user identification code analysis module;
s4: the method comprises the steps that an effective user identification code analysis module is used for analyzing effective user identification codes, the effectiveness of user identification codes of an access communication server is confirmed, an effective user identification code statistics submodule is used for acquiring marking data of different identification codes of the same user by a user identification code partition index module, extracting different identification codes of the same user, setting the different identification codes of the same user as a main user identification code and an auxiliary user identification code, summarizing the main user identification codes, extracting the effective user identification codes, and the effectiveness of the user identification codes accessed to the communication server is analyzed by a communication server access user identification code effectiveness analysis submodule;
s5: the method comprises the steps that the communication server access quantity early warning module is used for monitoring the quantity of user identification codes accessed to a communication server, the effective user identification code monitoring submodule is used for monitoring the quantity of the effective user identification codes accessed to the communication server, the monitored quantity is compared with a communication server access quantity set threshold, when the monitored quantity exceeds the set threshold, the monitored quantity of the effective user identification codes is sent to the early warning information sending submodule, and the early warning information sending submodule is used for sending early warning information to a user attempting to be connected with the communication server.
By adopting the technical scheme: in the step S2, the access user operator duty ratio analysis sub-module performs duty ratio analysis according to the subordinate operators of different user identification codes, and the method further includes the following steps:
a1: the access user operator duty ratio analysis sub-module is utilized to send the operator duty ratio subordinate to different user identification codes to the user identification code partition index module, and after the user identification codes are reconfirmed by the user identification code partition index module, the access user operator duty ratio analysis sub-module carries out duty ratio analysis on subordinate operators of different user identification codes again;
a2: the access user operator duty ratio analysis sub-module is utilized to obtain the marking data of different identification codes of the same user, extract the different identification codes of the same user, set the different identification codes of the same user as a main user identification code and an auxiliary user identification code, and be used as an auxiliary use for the access communication serverRe-detecting the subordinate operator of the user identification code, marking the subordinate user identification code when the subordinate operator of the subordinate user identification code is detected to be consistent with the subordinate operator of the main user identification code, not processing the subordinate user identification code when the subordinate operator of the subordinate user identification code is detected to be inconsistent with the subordinate operator of the main user identification code, confirming the subordinate operator of the marked subordinate user identification code, confirming the operators in the subordinate operator of the subordinate user identification code to be mobile, communicating and telecom data, and setting the quantity of marked subordinate user identification codes of which the operators are mobile as f C1 Setting the number of marked auxiliary user identification codes with operators being connected as f C2 Setting the number of marked auxiliary user identification codes of the carrier as telecommunication as f C3 The access user operator duty ratio analysis sub-module re-performs duty ratio analysis on subordinate operators with different user identification codes, wherein the number duty ratio of the user identification codes of the operators for moving is as followsThe number of user identification codes of the operators for communication is +.>The number of subscriber identities for telecommunications by the operator is +.>And sending the re-analyzed different user identification code subordinate operator duty ratio data to a valid user identification code analysis module.
By adopting the technical scheme: in the step S4, the effective user identification code analysis module is used to analyze the effective user identification code, and confirm the effectiveness of the user identification code of the access communication server, the effective user identification code statistics submodule acquires the marking data of different identification codes of the same user by the user identification code partition index module, extracts different identification codes of the same user, sets the different identification codes of the same user as the main user identification code and the auxiliary user identification code, gathers the main user identification code, extracts the effective user identification code, and the effectiveness analysis submodule analyzes the effectiveness of the user identification code of the access communication server, and the method further includes the following steps:
the setting extracts the user identification code R of the access communication server 1 、R 2 、R 3 、…、R n-1 、R n Extracting a main user identification code R0 from the user identification codes 1 、R0 2 、R0 3 、…、R0 n-1 、R0 n Wherein the number of auxiliary user identification codes in the user identification codes is b1, b2, b3, … and bn, and the validity of the user identification codes is set asThe validity of the user identification code of the access communication server is set as D, and the method comprises the following steps:
and calculating the validity of the user identification code of the current access communication server, and sending the valid user identification code to the access quantity early-warning module of the communication server for monitoring.
Compared with the prior art, the invention has the beneficial effects that: the invention aims to analyze different user identification codes accessed by each user, analyze the number of users pointed by the different user identification codes, limit the number of the user accessed communication servers and avoid excessive user access quantity;
the user identification code directional acquisition module is used for acquiring user identification codes of the access communication server, counting the user identification codes of all the access communication servers, the user identification code identity information authentication module is used for classifying the acquired user identification codes after identity information authentication, the user identification code partition index module is used for intelligently searching for connecting users according to the fragmented user identification codes, the effective user identification code analysis module is used for analyzing the effective user identification codes and confirming the effectiveness of the user identification codes of the access communication server, and the communication server access quantity early warning module is used for monitoring the quantity of the user identification codes of the access communication server.
Drawings
In order that the invention may be more readily understood, a more particular description of the invention will be rendered by reference to specific embodiments that are illustrated in the appended drawings.
FIG. 1 is a schematic block diagram of a communication service system for monitoring different subscriber identities according to the present invention;
FIG. 2 is a schematic diagram showing steps of a communication service method for monitoring different subscriber identities according to the present invention;
FIG. 3 is a schematic diagram showing specific steps in step S2 of a communication service method for monitoring different subscriber identities according to the present invention;
fig. 4 is a schematic diagram of an implementation method of a communication service method for monitoring different subscriber identities according to the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Referring to fig. 1 to 4, in an embodiment of the present invention, a communication service system and a method for monitoring different user identification codes, where the system includes a user identification code orientation acquisition module, a user identification code identity information authentication module, a user identification code partition index module, an effective user identification code analysis module, and a communication server access number early-warning module, where the user identification code orientation acquisition module, the user identification code identity information authentication module, and the user identification code partition index module are sequentially connected through an intranet, and the effective user identification code analysis module is respectively connected with the user identification code identity information authentication module, the user identification code partition index module, and the communication server access number early-warning module through the intranet;
the user identification code orientation acquisition module is used for acquiring user identification codes of the access communication server, counting the user identification codes of all the access communication servers, the user identification code identity information authentication module is used for classifying the acquired user identification codes after identity information authentication, the user identification code partition index module is used for intelligently searching for connecting users according to the fragmented user identification codes, the effective user identification code analysis module is used for analyzing the effective user identification codes and confirming the effectiveness of the user identification codes of the access communication server, and the communication server access quantity early warning module is used for monitoring the quantity of the user identification codes of the access communication server.
By adopting the technical scheme: the user identification code orientation acquisition module comprises a user connection request authorization sub-module and an accessed user identification code statistics sub-module, wherein the user connection request authorization sub-module sends a connection request to the communication server for connection, the communication server acquires the user identification code of the user after authorizing the user, the accessed user identification code statistics sub-module is used for counting the user identification code of the user accessing the communication server, and the statistical data are summarized and sent to the user identification code identity information authentication module.
By adopting the technical scheme: the user identification code identity information authentication module comprises an operator server monitoring and classifying sub-module and an access user operator occupation ratio analysis sub-module, wherein the operator server monitoring and classifying sub-module is used for identifying operators with different user identification codes, classifying the user identification codes according to the different operators, sending classification information to the access user operator occupation ratio analysis sub-module, the access user operator occupation ratio analysis sub-module is used for carrying out occupation ratio analysis according to subordinate operators with different user identification codes, the operators are respectively mobile, connected and telecom, the number of the user identification codes of the access communication server is set to be C, the number of the user identification codes with the monitored operators being mobile is C1, the number of the user identification codes with the operator being connected is C2, and the number of the user identification codes with the operator being telecom is C3, wherein the occupation ratio of the number of the user identification codes with the operator being mobile isThe number of user identification codes of the operators for communication is +.>The number of subscriber identities for telecommunications by the operator is +.>And sending the ratios of the operators subordinate to the different user identification codes to the user identification code partition index module, and after the user identification codes are reconfirmed by the user identification code partition index module, accessing the user operator ratio analysis sub-module to carry out ratio analysis on the subordinate operators of the different user identification codes again.
By adopting the technical scheme: the user identification code partition index module comprises a fragmentation information intelligent searching sub-module and a different user identification code accompanying relation confirming sub-module, wherein the fragmentation information intelligent searching sub-module is used for searching the user identification code according to fragmented letters or numbers in the user identification code, realizing intelligent searching of different user identification codes, the different user identification code accompanying relation confirming sub-module is used for confirming accompanying relations of different user identification codes, judging whether different user identification codes exist in the same user or not, marking different identification codes of the same user, counting marking data of different identification codes of the same user, and sending the marking data to the access user operator occupation analysis sub-module and the effective user identification code analysis module.
By adopting the technical scheme: the access user operator ratio analysis submodule acquires the marking data of different identification codes of the same user, extracts different identification codes of the same user, sets the different identification codes of the same user as a main user identification code and an auxiliary user identification code, uses the first user identification code of the same user access communication server as the main user identification code, re-detects the auxiliary user identification code subordinate operator of the access communication server, marks the auxiliary user identification code when the auxiliary user identification code subordinate operator is detected to be consistent with the main user identification code subordinate operator, and does not exist between the auxiliary user identification code subordinate operator and the main user identification code subordinate operator when the auxiliary user identification code subordinate operator is detected to be different from the main user identification code subordinate operatorThe method comprises the steps of confirming the marked auxiliary user identification code subordinate operators without processing the auxiliary user identification code, confirming the operators in the auxiliary user identification code subordinate operators as mobile, communication and telecommunication data, and setting the number of marked auxiliary user identification codes of which the operators are mobile as f C1 Setting the number of marked auxiliary user identification codes with operators being connected as f C2 Setting the number of marked auxiliary user identification codes of the carrier as telecommunication as f C3 The access user operator duty ratio analysis sub-module re-performs duty ratio analysis on subordinate operators with different user identification codes, wherein the number duty ratio of the user identification codes of the operators for moving is as followsThe user identification code number of the operators for communication is as followsThe number of subscriber identities for telecommunications by the operator is +.>And sending the re-analyzed different user identification code subordinate operator duty ratio data to a valid user identification code analysis module.
By adopting the technical scheme: the effective user identification code analysis module comprises an effective user identification code statistics sub-module and a communication server access user identification code validity analysis sub-module, wherein the effective user identification code statistics sub-module is used for acquiring the marking data of different identification codes of the same user, extracting different identification codes of the same user, setting the different identification codes of the same user as a main user identification code and an auxiliary user identification code, summarizing the main user identification code, extracting the effective user identification code, and the communication server access user identification code validity analysis sub-module is used for analyzing the validity of the user identification code accessed to the communication server.
By adopting the technical scheme: the communication server access quantity early warning module comprises an effective user identification code monitoring sub-module and an early warning information sending sub-module, wherein the effective user identification code monitoring sub-module is used for monitoring the effective user identification code quantity of the access communication server, the monitored quantity is compared with a communication server access quantity set threshold, when the monitored quantity exceeds the set threshold, the monitored effective user identification code quantity is sent to the early warning information sending sub-module, and the early warning information sending sub-module is used for sending early warning information to a user attempting to be connected with the communication server.
A communication service method for monitoring different user identification codes:
s1: the method comprises the steps that a user identification code orientation acquisition module is utilized to acquire user identification codes of access communication servers, user identification codes of all access communication servers are counted, a user connection request authorization sub-module sends a connection request to the communication servers to be connected, the communication servers acquire the user identification codes of the users after authorizing the users, an accessed user identification code counting sub-module counts the user identification codes of the users accessing the communication servers, and statistical data are summarized and sent to a user identification code identity information authentication module;
s2: the method comprises the steps that an acquired user identification code is subjected to identity information authentication by using a user identification code identity information authentication module, then classification is carried out, an operator server monitoring and classifying sub-module is used for identifying operators with different user identification codes, classifying the user identification codes according to different operators, sending classification information to an access user operator occupation ratio analysis sub-module, and the access user operator occupation ratio analysis sub-module is used for carrying out occupation ratio analysis according to subordinate operators with different user identification codes;
s3: the user identification code partition indexing module is used for intelligently searching a connected user according to the fragmented user identification codes, the fragmented information intelligent searching submodule searches the user identification codes according to fragmented letters or numerals in the user identification codes, intelligent searching of different user identification codes is achieved, the different user identification code accompanying relation confirming submodule confirms the accompanying relation of different user identification codes, whether different user identification codes exist in the same user or not, different identification codes of the same user are marked, marking data of the different identification codes of the same user are counted, and the marking data are sent to the access user operator occupation analysis submodule and the effective user identification code analysis module;
s4: the method comprises the steps that an effective user identification code analysis module is used for analyzing effective user identification codes, the effectiveness of user identification codes of an access communication server is confirmed, an effective user identification code statistics submodule is used for acquiring marking data of different identification codes of the same user by a user identification code partition index module, extracting different identification codes of the same user, setting the different identification codes of the same user as a main user identification code and an auxiliary user identification code, summarizing the main user identification codes, extracting the effective user identification codes, and the effectiveness of the user identification codes accessed to the communication server is analyzed by a communication server access user identification code effectiveness analysis submodule;
s5: the method comprises the steps that the communication server access quantity early warning module is used for monitoring the quantity of user identification codes accessed to a communication server, the effective user identification code monitoring submodule is used for monitoring the quantity of the effective user identification codes accessed to the communication server, the monitored quantity is compared with a communication server access quantity set threshold, when the monitored quantity exceeds the set threshold, the monitored quantity of the effective user identification codes is sent to the early warning information sending submodule, and the early warning information sending submodule is used for sending early warning information to a user attempting to be connected with the communication server.
By adopting the technical scheme: in the step S2, the access user operator duty ratio analysis sub-module performs duty ratio analysis according to the subordinate operators of different user identification codes, and the method further includes the following steps:
a1: the access user operator duty ratio analysis sub-module is utilized to send the operator duty ratio subordinate to different user identification codes to the user identification code partition index module, and after the user identification codes are reconfirmed by the user identification code partition index module, the access user operator duty ratio analysis sub-module carries out duty ratio analysis on subordinate operators of different user identification codes again;
a2: the mark data of different identification codes of the same user are obtained by utilizing the access user operator duty ratio analysis sub-module, the different identification codes of the same user are extracted, and the different identifications of the same user are identifiedThe method comprises the steps of setting the codes as a main user identification code and an auxiliary user identification code, re-detecting an auxiliary user identification code subordinate operator of an access communication server, marking the auxiliary user identification code when the auxiliary user identification code subordinate operator is detected to be consistent with the main user identification code subordinate operator, not processing the auxiliary user identification code when the auxiliary user identification code subordinate operator is detected to be inconsistent with the main user identification code subordinate operator, confirming the marked auxiliary user identification code subordinate operator, confirming that operators in the auxiliary user identification code subordinate operator are mobile, communicated and telecom data, and setting the number of marked auxiliary user identification codes of which the operators are mobile as f C1 Setting the number of marked auxiliary user identification codes with operators being connected as f C2 Setting the number of marked auxiliary user identification codes of the carrier as telecommunication as f C3 The access user operator duty ratio analysis sub-module re-performs duty ratio analysis on subordinate operators with different user identification codes, wherein the number duty ratio of the user identification codes of the operators for moving is as followsThe number of user identification codes of the operators for communication is +.>The number of subscriber identities for telecommunications by the operator is +.>And sending the re-analyzed different user identification code subordinate operator duty ratio data to a valid user identification code analysis module.
By adopting the technical scheme: in the step S4, the effective user identification code analysis module is used to analyze the effective user identification code, and confirm the effectiveness of the user identification code of the access communication server, the effective user identification code statistics submodule acquires the marking data of different identification codes of the same user by the user identification code partition index module, extracts different identification codes of the same user, sets the different identification codes of the same user as the main user identification code and the auxiliary user identification code, gathers the main user identification code, extracts the effective user identification code, and the effectiveness analysis submodule analyzes the effectiveness of the user identification code of the access communication server, and the method further includes the following steps:
the setting extracts the user identification code R of the access communication server 1 、R 2 、R 3 、…、R n-1 、R n Extracting a main user identification code R0 from the user identification codes 1 、R0 2 、R0 3 、…、R0 n-1 、R0 n Wherein the number of auxiliary user identification codes in the user identification codes is b1, b2, b3, … and bn, and the validity of the user identification codes is set asThe validity of the user identification code of the access communication server is set as D, and the method comprises the following steps:
and calculating the validity of the user identification code of the current access communication server, and sending the valid user identification code to the access quantity early-warning module of the communication server for monitoring.
Example 1: limiting conditions, setting the number of user identification codes accessing to a communication server as 169, monitoring the number of user identification codes of operators as mobile as 44, the number of user identification codes of operators as communication as 47, the number of user identification codes of operators as telecommunication as 78, setting the number of marked auxiliary user identification codes of operators as mobile as 21, setting the number of marked auxiliary user identification codes of operators as communication as 23, setting the number of marked auxiliary user identification codes of operators as telecommunication as 41, and re-performing duty ratio analysis on subordinate operators of different user identification codes by an access user operator duty ratio analysis sub-module, wherein the duty ratio of the number of the user identification codes of operators as mobile isThe number of user identification codes of the operators for communication is +.>The number of subscriber identities for telecommunications by the operator is +.>And sending the re-analyzed different user identification code subordinate operator duty ratio data to a valid user identification code analysis module.
Example 2: defining condition, setting user identification number accessing communication server as 825, monitoring user identification number of operator as mobile 241, user identification number of operator as communication 197, user identification number of operator as telecommunication 387, setting marked auxiliary user identification number of operator as mobile 17, setting marked auxiliary user identification number of operator as communication 21, setting marked auxiliary user identification number of operator as telecommunication 77, and access user operator occupation ratio analysis sub-module re-analyzing subordination operators of different user identification numbers, wherein, the occupation ratio of operator as mobile user identification number isThe number of user identification codes of the operators for communication is +.>The number of subscriber identities for telecommunications by the operator is +.>And sending the re-analyzed different user identification code subordinate operator duty ratio data to a valid user identification code analysis module.
Example 3: defining condition, setting and extracting user identification code R of access communication server 1 、R 2 、R 3 、…、R n-1 、R n Extracting a main user identification code R0 from the user identification codes 1 、R0 2 、R0 3 、…、R0 n-1 、R0 n Wherein the number of the auxiliary user identification codes in the user identification codes is 2, 3, 1, 3 and 4Setting the validity of the user identification code as followsThe validity of the user identification code of the access communication server is set as D, and the method comprises the following steps:
the effectiveness of the user identification code of the current access communication server is calculated to be 30.7%, and the effective user identification code is sent to the communication server access quantity early warning module for monitoring.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. The present embodiments are, therefore, to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (2)
1. A communication service system for monitoring different subscriber identities, characterized by: the communication service system comprises a user identification code directional acquisition module, a user identification code identity information authentication module, a user identification code partition index module, an effective user identification code analysis module and a communication server access quantity early warning module, wherein the user identification code directional acquisition module, the user identification code identity information authentication module and the user identification code partition index module are sequentially connected through an intranet, and the effective user identification code analysis module is respectively connected with the user identification code identity information authentication module, the user identification code partition index module and the communication server access quantity early warning module through the intranet;
the user identification code orientation acquisition module is used for acquiring user identification codes of the access communication server, counting the user identification codes of all the access communication servers, the user identification code identity information authentication module is used for classifying the acquired user identification codes after the identity information authentication, the user identification code partition index module is used for intelligently searching for connecting users according to the fragmented user identification codes, the effective user identification code analysis module is used for analyzing the effective user identification codes and confirming the effectiveness of the user identification codes of the access communication server, and the communication server access quantity early warning module is used for monitoring the quantity of the user identification codes of the access communication server;
the user identification code orientation acquisition module comprises a user connection request authorization sub-module and an accessed user identification code statistics sub-module, wherein the user connection request authorization sub-module sends a connection request to the communication server for connection, the communication server acquires the user identification code of the user after authorizing the user, the accessed user identification code statistics sub-module is used for counting the user identification code of the user accessing the communication server, and the statistical data are summarized and sent to the user identification code identity information authentication module;
the effective user identification code analysis module comprises an effective user identification code statistics sub-module and a communication server access user identification code validity analysis sub-module, wherein the effective user identification code statistics sub-module is used for acquiring the marking data of different identification codes of the same user, extracting different identification codes of the same user, setting the different identification codes of the same user as a main user identification code and an auxiliary user identification code, summarizing the main user identification code, extracting the effective user identification code, and the communication server access user identification code validity analysis sub-module is used for analyzing the validity of the user identification code accessed to the communication server.
2. A communication service system for monitoring different subscriber identities according to claim 1, characterized in that: the communication server access quantity early warning module comprises an effective user identification code monitoring sub-module and an early warning information sending sub-module, wherein the effective user identification code monitoring sub-module is used for monitoring the effective user identification code quantity of the access communication server, the monitored quantity is compared with a communication server access quantity set threshold, when the monitored quantity exceeds the set threshold, the monitored effective user identification code quantity is sent to the early warning information sending sub-module, and the early warning information sending sub-module is used for sending early warning information to a user attempting to be connected with the communication server.
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