Data transmission safety monitoring system based on 5G short slice technology

Abstract

The invention relates to the technical field of communication, in particular to a data transmission safety monitoring system based on the 5G short slice technology, which comprises a construction module used for uploading communication base station position information and constructing a communication base station distribution topology based on the communication base station position information; the acquisition module is used for acquiring operation state parameters of each communication base station in real time; according to the invention, through the construction and real-time updating of the distribution topology of the communication base stations, the communication paths in the communication network are obtained, the traversal of the communication requests in the communication base stations is further captured, the special communication requests are obtained, and the communication requests and the communication target users corresponding to the communication requests are transmitted to the communication base stations. The method comprises the following steps of: acquiring a shortest communication path and an optimal communication path according to the condition of calling an emergency call, namely, a specified analysis logic, and further selecting and configuring the shortest communication path and the optimal communication path to ensure stable establishment of a special communication request.

Description

Technical Field

[0001] The present invention relates to the field of communication technologies, and in particular to a data transmission security monitoring system based on 5G short slicing technology. Background Art

[0002] 5G short slicing technology is a technology that slices the 5G network. It can divide the 5G network into multiple virtual private networks according to different business needs and scenarios. Each private network can be independently configured and managed to meet the needs of different businesses.

[0003] At present, when an emergency occurs and an emergency call needs to be made, the process from the generation to the transmission of the communication request is affected by various status parameters of the communication network. When the communication network status parameters are poor, the connection speed and call quality of the emergency call will be affected, thereby reducing the efficiency of the emergency rescue response.

[0004] To this end, we proposed a data transmission security monitoring system based on 5G short slicing technology. Summary of the invention

[0005] In view of the above-mentioned shortcomings of the prior art, the present invention provides a data transmission security monitoring system based on 5G short slicing technology, which solves the technical problems raised in the above-mentioned background technology.

[0006] To achieve the above objectives, the present invention is implemented through the following technical solutions: A data transmission security monitoring system based on 5G short slicing technology, comprising: A construction module is used to upload the location information of the communication base station and to construct the distribution topology of the communication base station based on the location information of the communication base station; a collection module is used to collect the operating status parameters of each communication base station in real time; a capture module is used to traverse the communication requests issued by each communication base station and its corresponding communication target users, and capture the communication requests containing special communication target users; an analysis module is used to monitor the operating status of the capture module, and when the capture module captures the communication request containing the special communication target, analyze the shortest communication path and the best communication path between the communication base station where the communication request user is located and the communication base station where the special communication target user is located; a selection module is used to receive the shortest communication path and the best communication path analyzed in the analysis module, and select a group of paths as the communication path used by the communication request containing the special communication target user during communication; a configuration module is used to obtain the communication path selected by the selection module, and configure the selected communication path to the communication request containing the special communication target user; a message generation unit is used to receive the configuration result of the configuration module, generate a message based on the configuration result, and record and store it; The message content generated by the message generation unit includes: configuration result of the configuration module, configuration timestamp of the configuration module, communication base station distribution topology, and usage rate of currently configured applications of each communication base station in the communication base station distribution topology.

[0007] Furthermore, during the operation phase of the construction module, after the location information of all communication base stations is uploaded, the associated communication base stations of each communication base station are synchronously marked, and the construction module performs the operation of connecting each communication base station to each other based on the marking result of the associated communication base station of each communication base station, and the final connection result between each communication base station is recorded as the communication base station distribution topology; Among them, a communication base station and its associated communication base stations can be two groups of communication base stations that can directly perform data interaction. When marking the associated communication base stations of each communication base station, the location information of the associated communication base station is marked to the communication base station corresponding to the associated communication base station. Both the communication and associated communication base stations are uploaded by the construction module. During the construction phase of the communication base station distribution topology, the location information of each communication base station is placed in a three-dimensional space for representation, and the operation of connecting each communication base station to each other is performed in the three-dimensional space to construct a three-dimensional communication base station distribution topology.

[0008] Furthermore, after constructing the communication base station distribution topology, the construction module synchronously stores the communication base station distribution topology; The construction module runs in real time to perform the operation of uploading the communication base station location information. When the construction module runs to upload new communication base station location information, the construction module synchronously updates the communication base station distribution topology based on the newly uploaded communication base station location information; After completing the construction of the communication base station distribution topology each time, the construction module synchronously identifies the communication path where each communication base station is located based on the labels of each communication base station and its associated communication base station in the communication base station distribution topology.

[0009] Furthermore, the operation of collecting the operating status parameters of each communication base station in the collection module is the operation of receiving the operating status parameters of each communication base station, and the operating status parameters of the communication base station include: the number of users who send communication requests in real time in the communication base station, the number of users who receive communication requests in real time in the communication base station, and the usage rate of each communication thread; Among them, after collecting the operating status parameters of each communication base station, the collection module distinguishes and stores the collected operating status parameters of each communication base station. An operating cycle is set in the collection module. The collection module runs in real time based on the set operating cycle, and at the beginning of each operating cycle, the operating status parameters of each communication base station originally stored internally are discarded.

[0010] Furthermore, the capture module traverses the communication requests issued in the communication base station and the operations of the corresponding communication target users, and is executed in each communication base station in the communication base station distribution topology, and the special communication target users are manually set by the system end user; The special communication target users may be: communication users manually set by system end users, and wired communication users in the communication base station distribution topology.

[0011] Furthermore, in the analysis module, the shortest communication path and the best communication path analysis logic between the communication base station where the communication requesting user is located and the communication base station where the special communication target user is located is expressed as: Shortest communication path: The communication base station where the communication request user is located and the communication base station where the special communication target user is located are used as query targets, and the communication paths containing the two query targets are searched in all the communication paths in the communication base station distribution topology. The group of communication paths with the smallest product of the communication path length and the number of communication base stations included in the communication path is used as the shortest communication path; Best communication path: taking the communication base station where the communication requesting user is located and the communication base station where the special communication target user is located as the query target, querying the communication path containing the two groups of query targets in all the communication paths in the communication base station distribution topology; ; Where: Accumulate the fitness of communication base stations in the communication path; is a set of communication base stations in the communication path; is a set of communication threads of communication base stations in the communication path; is the signal-to-noise ratio of the communication base station; is the signal strength of the communication base station; is the current occupancy rate of the i-th thread of the communication base station; is the distance from a communication base station to the next communication base station; is the packet loss rate of the communication base station; is the suitability of the jth group of communication base stations; Among them, based on the accumulation of communication base station suitability in the communication path Calculation formula: In the optimal communication path analysis stage, for each group of queried communication paths containing two groups of query targets, the cumulative suitability of the communication base stations in the corresponding communication path is calculated. , based on the accumulated fitness of the communication base stations in the communication path The highest set of communication paths is taken as the best communication path.

[0012] Furthermore, when the shortest communication path and the best communication path point to the same group of communication paths, the communication path selected by the selection module is the path.

[0013] Furthermore, the communication path selection logic in the selection module is expressed as: ; Where: is the transmission delay of the shortest communication path; is the transmission delay of the optimal communication path; Wherein, when formula (1) holds true, the selection module selects the shortest communication path as the communication path used by the communication request containing the special communication target user during communication; when formula (2) holds true, the selection module selects the best communication path as the communication path used by the communication request containing the special communication target user during communication.

[0014] Furthermore, when the shortest communication path is selected by the selection module, the accumulated fitness of the communication base stations in the shortest communication path is synchronously analyzed, and a control determination value is further set. When the accumulated fitness of the communication base stations in the shortest communication path does not meet the control determination value, the user performing the communication operation in the shortest communication path is randomly kicked out of the shortest communication path, that is: ; Where: The accumulation of the suitability of the communication base stations in the shortest communication path; is the control judgment value; Among them, the above formula is true, indicating that the cumulative suitability of the communication base station in the shortest communication path meets the control judgment value. When the above formula is not true, the user who performs the communication operation in the shortest communication path is randomly kicked out of the operation of the shortest communication path until When the above formula is established, the configuration module will be jumped to run.

[0015] Furthermore, the construction module is interactively connected to the collection module via a wireless network, the collection module is interactively connected to the capture module via a wireless network, the capture module is interactively connected to the analysis module and the selection module via a wireless network, the selection module is interactively connected to the configuration module via a wireless network, and the configuration module is interactively connected to the message generation unit via a wireless network.

[0016] Compared with the known public technology, the technical solution provided by the present invention has the following beneficial effects: The present invention provides a data transmission security monitoring system based on 5G short slicing technology. During operation, the system acquires the communication path in the communication network through the construction and real-time update of the distribution topology of communication base stations, further captures the traversal of communication requests in each communication base station, and acquires special communication requests, that is, the situation of making an emergency call. Finally, the shortest communication path and the best communication path are acquired with the specified analysis logic, and the shortest communication path and the best communication path are further selected and configured to ensure the stable establishment of special communication requests. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the prior art descriptions are briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention, and for ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0018] Figure 1 This is a structural diagram of a data transmission security monitoring system based on 5G short slicing technology. DETAILED DESCRIPTION

[0019] In order to make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution 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 are part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0020] The present invention will be further described below in conjunction with the embodiments.

[0021] Embodiment 1: A data transmission security monitoring system based on 5G short slicing technology in this embodiment is as follows: Figure 1 As shown, including: A construction module, used to upload the location information of the communication base stations and construct the distribution topology of the communication base stations based on the location information of the communication base stations; The acquisition module is used to collect the operating status parameters of each communication base station in real time; A capture module, used to traverse the communication requests issued by each communication base station and its corresponding communication target user, and capture the communication request containing the special communication target user; The analysis module is used to monitor the running status of the capture module, and when the capture module captures a communication request containing a special communication target, analyze the shortest communication path and the best communication path between the communication base station where the communication request user is located and the communication base station where the special communication target user is located; The shortest communication path and the best communication path analysis logic between the communication base station where the communication request user is located and the communication base station where the special communication target user is located in the analysis module are expressed as follows: Shortest communication path: The communication base station where the communication request user is located and the communication base station where the special communication target user is located are used as query targets, and the communication paths containing the two query targets are searched in all the communication paths in the communication base station distribution topology. The group of communication paths with the smallest product of the communication path length and the number of communication base stations included in the communication path is used as the shortest communication path; Best communication path: taking the communication base station where the communication requesting user is located and the communication base station where the special communication target user is located as the query target, querying the communication path containing the two groups of query targets in all the communication paths in the communication base station distribution topology; ; Where: Accumulate the fitness of communication base stations in the communication path; is a set of communication base stations in the communication path; is a set of communication threads of communication base stations in the communication path; is the signal-to-noise ratio of the communication base station; is the signal strength of the communication base station; is the current occupancy rate of the i-th thread of the communication base station; is the distance from a communication base station to the next communication base station; is the packet loss rate of the communication base station; is the suitability of the jth group of communication base stations; Among them, based on the accumulation of communication base station suitability in the communication path Calculation formula: In the optimal communication path analysis stage, for each group of queried communication paths containing two groups of query targets, the cumulative suitability of the communication base stations in the corresponding communication path is calculated. , based on the accumulated fitness of the communication base stations in the communication path The highest set of communication paths is taken as the best communication path; A selection module is used to receive the shortest communication path and the best communication path analyzed by the analysis module, and select a group of paths as the communication path used for the communication request containing the special communication target user during communication; A configuration module, used for acquiring the communication path selected by the selection module, and configuring the selected communication path to a communication request containing a special communication target user; A message generation unit, used to receive the configuration result of the configuration module, generate a message based on the configuration result, and record and store it; The message content generated by the message generation unit includes: configuration result of the configuration module, configuration timestamp of the configuration module, distribution topology of the communication base stations, and utilization rate of the currently configured application of each communication base station in the distribution topology of the communication base stations; The construction module is interactively connected to the collection module through a wireless network, the collection module is interactively connected to the capture module through a wireless network, the capture module is interactively connected to the analysis module and the selection module through a wireless network, the selection module is interactively connected to the configuration module through a wireless network, and the configuration module is interactively connected to the message generation unit through a wireless network.

[0022] In this embodiment, the construction module runs to upload the location information of the communication base station, and the distribution topology of the communication base station is constructed based on the location information of the communication base station. The collection module synchronously and real-time collects the operation status parameters of each communication base station. The capture module traverses the communication requests issued by each communication base station and its corresponding communication target users in real time, and captures the communication requests containing special communication target users. The analysis module further monitors the operation status of the capture module. When the capture module captures the communication request containing the special communication target, the shortest communication path and the best communication path between the communication base station where the communication request user is located and the communication base station where the special communication target user is located are analyzed. The selection module then receives the shortest communication path and the best communication path analyzed in the analysis module, and selects a group of paths as the communication path used by the communication request containing the special communication target user during communication. Finally, the configuration module obtains the communication path selected by the selection module, and configures the selected communication path to the communication request containing the special communication target user. The message generation unit runs to receive the configuration result of the configuration module, generates a message based on the configuration result, and records and stores it. Through the operation of the system in the above embodiment, communication transmission security monitoring is brought to the communication network, ensuring that special communication requests in the communication network can obtain better maintenance effects, and ensuring that special communication requests are stably established and communicated.

[0023] Embodiment 2: In terms of specific implementation, based on Example 1, this example refers to Figure 1 A data transmission security monitoring system based on 5G short slicing technology in Example 1 is further described in detail: During the construction module operation phase, after all communication base station location information is uploaded, the associated communication base stations of each communication base station are marked synchronously. Based on the marking results of the associated communication base stations of each communication base station, the construction module performs the operation of connecting the communication base stations to each other, and the final connection results between the communication base stations are recorded as the communication base station distribution topology; Among them, the communication base station and its associated communication base station are two groups of communication base stations that can directly perform data interaction. When marking the associated communication base stations of each communication base station, the location information of the associated communication base station is marked to the communication base station corresponding to the associated communication base station. The communication and associated communication base stations are uploaded by the construction module. In the construction stage of the communication base station distribution topology, the location information of each communication base station is placed in a three-dimensional space for representation, and the operation of connecting each communication base station to each other is performed in the three-dimensional space to construct a three-dimensional communication base station distribution topology; After constructing the communication base station distribution topology, the construction module synchronously stores the communication base station distribution topology; The construction module runs in real time and performs the operation of uploading the location information of the communication base station. When the construction module runs to upload the location information of the communication base station, the construction module synchronously updates the distribution topology of the communication base station based on the newly uploaded location information of the communication base station. After completing the construction of the communication base station distribution topology each time, the construction module synchronously identifies the communication path where each communication base station is located based on the labels of each communication base station and its associated communication base station in the communication base station distribution topology.

[0024] Through the above settings, further operation logic limitations are provided for the operation logic of the construction module of the system in Example 1, ensuring that the construction module stably constructs the communication base station distribution topology and provides operation data support for the operation of subsequent modules in the system.

[0025] like Figure 1 As shown, the operation of collecting the operating status parameters of each communication base station in the collection module is the operation of receiving its own operating status parameters in each communication base station. The operating status parameters of the communication base station include: the number of users who send communication requests in real time in the communication base station, the number of users who receive communication requests in real time in the communication base station, and the utilization rate of each communication thread; Among them, after collecting the operating status parameters of each communication base station, the collection module distinguishes and stores the collected operating status parameters of each communication base station. An operating cycle is set in the collection module. The collection module runs in real time based on the set operating cycle, and at the beginning of each operating cycle, the operating status parameters of each communication base station originally stored internally are discarded.

[0026] Through the above settings, the content of the communication base station operating status parameters collected by the collection module and the processing logic of the communication base station operating status parameters are further limited.

[0027] like Figure 1 As shown, the capture module traverses the communication requests issued by the communication base station and the operations of the corresponding communication target users, and is executed in each communication base station in the communication base station distribution topology. The special communication target users are manually set by the system end user; Special communication target users may be: communication users manually set by system end users and wired communication users in the communication base station distribution topology.

[0028] Through the above settings, special communication target users are limited.

[0029] Embodiment 3: In terms of specific implementation, based on Example 1, this example refers to Figure 1 A data transmission security monitoring system based on 5G short slicing technology in Example 1 is further described in detail: When the shortest communication path and the best communication path point to the same group of communication paths, the communication path selected by the selection module is that path; The communication path selection logic in the selection module is expressed as: ; Where: is the transmission delay of the shortest communication path; is the transmission delay of the optimal communication path; Wherein, when formula (1) holds true, the selection module selects the shortest communication path as the communication path used by the communication request containing the special communication target user during communication; when formula (2) holds true, the selection module selects the best communication path as the communication path used by the communication request containing the special communication target user during communication; When the shortest communication path is selected by the selection module, the accumulated fitness of the communication base stations in the shortest communication path is synchronously analyzed, and the control judgment value is further set. When the accumulated fitness of the communication base stations in the shortest communication path does not meet the control judgment value, the user performing the communication operation in the shortest communication path is randomly kicked out of the shortest communication path, that is: ; Where: The accumulation of the suitability of the communication base stations in the shortest communication path; is the control judgment value; Among them, the above formula is true, indicating that the cumulative suitability of the communication base station in the shortest communication path meets the control judgment value. When the above formula is not true, the user who performs the communication operation in the shortest communication path is randomly kicked out of the operation of the shortest communication path until When the above formula is established, the configuration module will be jumped to run.

[0030] In this embodiment, through the above logic formula and settings, the selection module is provided with a specified selection logic when selecting the shortest communication path and the best communication path, and the necessary operation prerequisite data support is provided for the operation of the configuration module.

[0031] In summary, during operation, the system in the above embodiment acquires the communication path in the communication network by constructing and updating the distribution topology of the communication base stations in real time, further captures the traversal of the communication requests in each communication base station, and acquires the special communication request, i.e., the situation of making an emergency call, and finally acquires the shortest communication path and the best communication path with the specified analysis logic, and further selects and configures the shortest communication path and the best communication path to ensure the stable establishment of the special communication request.

[0032] The above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit the same. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that the technical solutions described in the aforementioned embodiments may still be modified, or some of the technical features may be replaced by equivalents. Such modifications or replacements will not cause the essence of the corresponding technical solutions to deviate from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. A data transmission security monitoring system based on 5G short slicing technology, characterized in that: include: A construction module, used to upload the location information of the communication base stations and construct the distribution topology of the communication base stations based on the location information of the communication base stations; The acquisition module is used to collect the operating status parameters of each communication base station in real time; A capture module, used to traverse the communication requests issued by each communication base station and its corresponding communication target user, and capture the communication request containing the special communication target user; The analysis module is used to monitor the running status of the capture module, and when the capture module captures a communication request containing a special communication target, analyze the shortest communication path and the best communication path between the communication base station where the communication request user is located and the communication base station where the special communication target user is located; A selection module is used to receive the shortest communication path and the best communication path analyzed by the analysis module, and select a group of paths as the communication path used for the communication request containing the special communication target user during communication; A configuration module, used for acquiring the communication path selected by the selection module, and configuring the selected communication path to a communication request containing a special communication target user; A message generation unit, used to receive the configuration result of the configuration module, generate a message based on the configuration result, and record and store it; The message content generated by the message generation unit includes: configuration result of the configuration module, configuration timestamp of the configuration module, communication base station distribution topology, and usage rate of currently configured applications of each communication base station in the communication base station distribution topology.

2. According to claim 1, a data transmission security monitoring system based on 5G short slicing technology is characterized in that: During the operation phase of the construction module, after the location information of all communication base stations is uploaded, the associated communication base stations of each communication base station are marked synchronously. Based on the marking results of the associated communication base stations of each communication base station, the construction module performs the operation of connecting the communication base stations to each other, and the final connection results between the communication base stations are recorded as the communication base station distribution topology; Among them, a communication base station and its associated communication base stations can be two groups of communication base stations that can directly perform data interaction. When marking the associated communication base stations of each communication base station, the location information of the associated communication base station is marked to the communication base station corresponding to the associated communication base station. Both the communication and associated communication base stations are uploaded by the construction module. During the construction phase of the communication base station distribution topology, the location information of each communication base station is placed in a three-dimensional space for representation, and the operation of connecting each communication base station to each other is performed in the three-dimensional space to construct a three-dimensional communication base station distribution topology.

3. According to claim 2, a data transmission security monitoring system based on 5G short slicing technology is characterized in that: After constructing the communication base station distribution topology, the construction module synchronously stores the communication base station distribution topology; The construction module runs in real time to perform the operation of uploading the communication base station location information. When the construction module runs to upload new communication base station location information, the construction module synchronously updates the communication base station distribution topology based on the newly uploaded communication base station location information; After completing the construction of the communication base station distribution topology each time, the construction module synchronously identifies the communication path where each communication base station is located based on the labels of each communication base station and its associated communication base station in the communication base station distribution topology.

4. According to claim 1, a data transmission security monitoring system based on 5G short slicing technology is characterized in that: The operation of collecting the operating status parameters of each communication base station in the collection module is an operation of receiving the operating status parameters of each communication base station, wherein the operating status parameters of the communication base station include: the number of users who send communication requests in real time in the communication base station, the number of users who receive communication requests in real time in the communication base station, and the usage rate of each communication thread; Among them, after collecting the operating status parameters of each communication base station, the collection module distinguishes and stores the collected operating status parameters of each communication base station. An operating cycle is set in the collection module. The collection module runs in real time based on the set operating cycle, and at the beginning of each operating cycle, the operating status parameters of each communication base station originally stored internally are discarded.

5. According to claim 1, a data transmission security monitoring system based on 5G short slicing technology is characterized in that: The capture module traverses the communication requests issued by the communication base station and the operations of the corresponding communication target users, and is executed in each communication base station in the communication base station distribution topology. The special communication target users are manually set by the system end user; The special communication target users may be: communication users manually set by system end users, and wired communication users in the communication base station distribution topology.

6. According to claim 1, a data transmission security monitoring system based on 5G short slicing technology is characterized in that: The shortest communication path and the best communication path analysis logic between the communication base station where the communication request user is located and the communication base station where the special communication target user is located in the analysis module are expressed as follows: Shortest communication path: The communication base station where the communication request user is located and the communication base station where the special communication target user is located are used as query targets, and the communication paths containing the two query targets are searched in all the communication paths in the communication base station distribution topology. The group of communication paths with the smallest product of the communication path length and the number of communication base stations included in the communication path is used as the shortest communication path; Best communication path: taking the communication base station where the communication requesting user is located and the communication base station where the special communication target user is located as the query target, querying the communication path containing the two groups of query targets in all the communication paths in the communication base station distribution topology; ； Where: Accumulate the suitability of communication base stations in the communication path; is a set of communication base stations in the communication path; is a set of communication threads of communication base stations in the communication path; is the signal-to-noise ratio of the communication base station; is the signal strength of the communication base station; is the current occupancy rate of the i-th thread of the communication base station; is the distance from a communication base station to the next communication base station; is the packet loss rate of the communication base station; is the suitability of the jth group of communication base stations; Among them, based on the accumulation of communication base station suitability in the communication path Calculation formula: In the optimal communication path analysis stage, for each group of queried communication paths containing two groups of query targets, the cumulative suitability of the communication base stations in the corresponding communication path is calculated. , based on the accumulated fitness of the communication base stations in the communication path The highest set of communication paths is taken as the best communication path.

7. According to claim 6, a data transmission security monitoring system based on 5G short slicing technology is characterized in that: When the shortest communication path and the best communication path point to the same group of communication paths, the communication path selected by the selection module is the path.

8. According to claim 1, a data transmission security monitoring system based on 5G short slicing technology is characterized in that: The communication path selection logic in the selection module is expressed as: ； Where: is the transmission delay of the shortest communication path; is the transmission delay of the optimal communication path; Wherein, when formula (1) holds true, the selection module selects the shortest communication path as the communication path used by the communication request containing the special communication target user during communication; when formula (2) holds true, the selection module selects the best communication path as the communication path used by the communication request containing the special communication target user during communication.

9. A data transmission security monitoring system based on 5G short slicing technology according to claim 6 or 8, characterized in that: When the shortest communication path is selected by the selection module, the accumulated fitness of the communication base stations in the shortest communication path is synchronously analyzed, and a control determination value is further set. When the accumulated fitness of the communication base stations in the shortest communication path does not meet the control determination value, the user performing the communication operation in the shortest communication path is randomly kicked out of the shortest communication path, that is: ； Where: The accumulation of the suitability of the communication base stations in the shortest communication path; is the control judgment value; Among them, the above formula is true, indicating that the cumulative suitability of the communication base station in the shortest communication path meets the control judgment value. When the above formula is not true, the user who performs the communication operation in the shortest communication path is randomly kicked out of the operation of the shortest communication path until When the above formula is established, the configuration module will be jumped to run.

10. The data transmission security monitoring system based on 5G short slicing technology according to claim 1 is characterized in that: The construction module is interactively connected to the collection module via a wireless network, the collection module is interactively connected to the capture module via a wireless network, the capture module is interactively connected to the analysis module and the selection module via a wireless network, the selection module is interactively connected to the configuration module via a wireless network, and the configuration module is interactively connected to the message generation unit via a wireless network.

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