An interactive communication management system and method based on 5G communication

Abstract

The application discloses an interactive communication management system and method based on 5G communication and belongs to the technical field of interactive communication.The application discloses an interactive communication management system based on 5G communication, which comprises an interactive communication identification module, an interactive information acquisition module, an interactive information processing module, an interactive information management and control module and a data information management module.The application solves the problem that the existing mobile terminal cannot well identify the identity of the mobile terminal when performing interactive communication, cannot timely and accurately understand the interactive communication information of the mobile terminal and leads to poor interactive communication effect.The application can identify the identity of the mobile terminal when performing interactive communication, can timely and accurately understand the interactive communication information of the mobile terminal and improves the interactive communication effect.

Description

Technical Field

[0001] This invention relates to the field of interactive communication technology, specifically to an interactive communication management system and method based on 5G communication. Background Technology

[0002] 5G (Fifth Generation Mobile Communication Technology) is a new generation of broadband mobile communication technology characterized by high speed, low latency, and massive connectivity. 5G communication infrastructure serves as the network infrastructure for realizing the interconnection of humans, machines, and things. The International Telecommunication Union (ITU) defines three major application scenarios for 5G: enhanced mobile broadband, ultra-reliable low-latency communication (ULL), and massive machine-type communication (MMT). Enhanced mobile broadband primarily addresses the explosive growth of mobile internet traffic, providing mobile internet users with a more immersive application experience. URLUE primarily addresses the needs of vertical industry applications with extremely high requirements for latency and reliability, such as industrial control, telemedicine, and autonomous driving. MMT primarily addresses the needs of applications focused on sensing and data collection, such as smart cities, smart homes, and environmental monitoring.

[0003] Chinese patent CN113259856A discloses a 5G private network communication system and method. The network system includes an AMF, UDM, UPF, and TCF. The UDM is responsible for managing cluster user / group data. The TCF communicates with the UDM and is used to notify the UDM of the user's service TCF, obtain cluster user / group subscription data, and retrieve the status of the called user. The AMF communicates with the TCF and is used to provide the TCF with the mobility and reachability information of cluster users and to provide a control plane transmission channel for cluster signaling transmission between cluster users and the TCF. The UPF provides the functions of copying, routing, and forwarding cluster service data, and can also communicate with the TCF to provide a user plane transmission channel for cluster signaling transmission between cluster users and the TCF. By setting up an independent TCF and adding associated NF functions and interfaces, more secure and reliable network services are provided for cluster users. However, this patent has the following drawbacks:

[0004] When mobile terminals engage in interactive communication, they cannot effectively authenticate the identity of the mobile terminal, nor can they obtain timely and accurate information about the interactive communication, resulting in poor interactive communication performance. Summary of the Invention

[0005] The purpose of this invention is to provide an interactive communication management system and method based on 5G communication. When a mobile terminal is conducting interactive communication, the system can effectively identify the identity of the mobile terminal and promptly and accurately understand the interactive communication information of the mobile terminal, thereby improving the interactive communication effect and solving the problems mentioned in the background art.

[0006] To achieve the above objectives, the present invention provides the following technical solution:

[0007] An interactive communication management system based on 5G communication, including

[0008] The interactive communication authentication module is used to authenticate the interactive communication qualifications of mobile terminals that need interactive communication, and to determine whether the mobile terminal has the corresponding interactive communication qualifications. After the interactive communication authentication is qualified, the mobile terminals can conduct corresponding interactive communication based on 5G communication.

[0009] The interactive information acquisition module is used to acquire interactive information output by the mobile terminal that needs to communicate in real time. The output methods of the interactive information include, but are not limited to, text output or voice output. The mobile terminal user can select the appropriate output method to output interactive information according to the actual usage needs.

[0010] The interactive information processing module is used to comprehensively process the interactive information output by the mobile terminal. According to the interactive communication requirements based on 5G communication, it extracts the interactive information output by the mobile terminal, retrieves, sorts and calculates the interactive information, and determines the interactive communication information based on 5G communication.

[0011] The interactive information management module is used to manage interactive communication information based on 5G communication in multiple dimensions. According to the interactive communication requirements based on 5G communication, it transmits the interactive communication information to the corresponding mobile terminal in real time, and provides corresponding interactive communication feedback after the mobile terminal responds.

[0012] The data information management module is used to manage the data information of the entire 5G-based interactive communication process, including viewing historical interactive communication records, as well as saving and replaying interactive information.

[0013] Preferably, the interactive communication authentication module includes

[0014] The communication port acquisition unit is used to acquire the interactive communication port information of the mobile terminal that needs to interact and communicate in real time, and transmit the real-time acquired interactive communication port information to the interactive communication authentication unit.

[0015] The interactive communication authentication unit is used to authenticate the interactive communication port information of the mobile terminal collected in real time, and to authenticate the interactive communication port information of the mobile terminal that needs to communicate with the corresponding interactive communication qualification by referring to the interactive communication port qualification information stored in the interactive communication storage unit, and to determine whether the mobile terminal that needs to communicate with the corresponding interactive communication qualification has the corresponding interactive communication qualification.

[0016] The interactive communication storage unit is used to store the interactive communication port qualification information of the mobile terminal, providing a reference for the interactive communication authentication unit to authenticate the interactive communication qualification of the mobile terminal.

[0017] Preferably, when performing interactive communication qualification authentication on a mobile terminal that requires interactive communication, the following operations are performed:

[0018] Obtain the interactive communication port information of the mobile terminal that needs to interact with the device;

[0019] Referring to the stored interactive communication port qualification information, the interactive communication port information of the mobile terminal that needs interactive communication is evaluated accordingly to determine whether the mobile terminal that needs interactive communication has the corresponding interactive communication qualification.

[0020] If the obtained interactive communication port information is within the scope of the interactive communication port qualification information, then the mobile terminal that needs interactive communication has the corresponding interactive communication qualification, and the mobile terminal can perform corresponding interactive communication based on 5G communication.

[0021] If the obtained interactive communication port information is not within the scope of the interactive communication port qualification information, then the mobile terminal that needs interactive communication does not have the corresponding interactive communication qualification, and the mobile terminal cannot conduct corresponding interactive communication based on 5G communication.

[0022] Preferably, when acquiring interactive information output by a mobile terminal that requires interactive communication in real time, the following operations are performed:

[0023] Obtain the interactive information output window of the mobile terminal, and select the appropriate output method to output the interactive information according to the user's actual usage needs;

[0024] For cases where the interactive information output method is text output, the interactive information output window of the mobile terminal is obtained, and the corresponding text interactive information is output within the interactive information output window of the mobile terminal.

[0025] For cases where the interactive information output method is voice output, the interactive information output window of the mobile terminal is obtained, and the corresponding voice interactive information is output within the interactive information output window of the mobile terminal.

[0026] Preferably, when comprehensively processing the interactive information output by the mobile terminal, the following operations are performed:

[0027] Based on the interactive communication requirements of 5G communication, extract the interactive information output by the mobile terminal;

[0028] Obtain the extracted interaction information and retrieve it.

[0029] Based on the advanced retrieval method and the interactive communication requirements of 5G communication, the interactive information that is not useful for mobile terminal interactive communication is filtered out, and the interactive information that is useful for mobile terminal interactive communication is retained.

[0030] Obtain the interactive information from the search and sort the interactive information.

[0031] According to the quick sorting method, the retrieved interactive information is quickly sorted based on different keywords of the interactive information, so that the interactive information is arranged in a certain order;

[0032] Obtain the sorting interaction information and perform calculations on the sorting interaction information;

[0033] Based on the interactive communication requirements of 5G communication, the sorted interactive information is calculated, and through arithmetic and logical operations, the interactive communication information based on 5G communication is determined.

[0034] Preferably, when managing interactive communication information based on 5G communication in multiple dimensions, the following operations are performed:

[0035] According to the interactive communication requirements based on 5G communication, the interactive information output by the mobile terminal is processed in a comprehensive manner, and the processed interactive communication information is transmitted in real time to other mobile terminals that are corresponding to the interactive communication.

[0036] After receiving the interactive communication information, other mobile terminals respond accordingly based on the interactive communication information to determine the interactive communication feedback information.

[0037] It acquires interactive communication feedback information from other mobile terminals and transmits this feedback information in real time to mobile terminals that require interactive communication, enabling mobile terminals to conduct corresponding interactive communication based on 5G communication.

[0038] Preferably, when mobile terminals perform corresponding interactive communication based on 5G communication, the following operations are performed:

[0039] When a mobile terminal establishes an interactive communication qualification with other mobile terminals, an encryption method for transmitting interactive communication information is also established between the mobile terminal and other mobile terminals.

[0040] When a mobile terminal transmits interactive communication information to other mobile terminals, the transmitted interactive communication information is encrypted.

[0041] When other mobile terminals receive the interactive communication information, they use their own keys to decrypt the encrypted interactive communication information and obtain the original interactive communication information.

[0042] Preferred options also include:

[0043] The mobile terminal positioning module is used to locate the mobile terminal that needs to communicate and interact using GPS or Beidou satellite positioning technology, and obtain the geographical location information of the mobile terminal.

[0044] The information transmission route planning module is used to obtain the base station distribution network between mobile terminals based on the geographical location information of the mobile terminals, and to plan the interactive information transmission route based on the base station distribution network to obtain multiple preliminary transmission routes.

[0045] The information transmission route preliminary selection module is used to determine the longest distance threshold between adjacent base stations based on ensuring signal quality, eliminate the candidate transmission routes where the distance between adjacent base stations exceeds the longest distance threshold, and sort the remaining candidate transmission routes in order of the number of nodes involved in the base stations from fewest to most, and initially select a predetermined number of candidate transmission routes that are ranked first.

[0046] The information transmission determination module is used to acquire node data of the base stations involved in each of the initially selected alternative transmission routes. The node data includes transmission rate data and data transmission energy consumption coefficient. Based on the node data of each base station, the module evaluates the overall efficiency of each of the initially selected alternative transmission routes and selects the alternative transmission route with the highest overall efficiency as the determined transmission route for interactive information.

[0047] Preferably, the information transmission determination module includes

[0048] The base station data acquisition unit is used to acquire node data involving the base station for each initially selected preparatory transmission route;

[0049] The comprehensive efficiency evaluation unit is used to calculate the comprehensive efficiency of each preliminary transmission route based on preset transmission rate data weights and data transmission energy consumption coefficient weights, using the following formula:

[0050]

[0051] In the above formula, η i N represents the overall efficiency of the i-th proposed transmission route; i V represents the number of base stations involved in the i-th proposed transmission route; k1 represents the transmission rate data weight; k2 represents the data transmission energy consumption coefficient weight; wherein, the sum of the transmission rate data weight and the data transmission energy consumption coefficient weight is equal to 1; ij V0 represents the transmission rate data of the j-th base station in the i-th preliminary transmission route; μ represents the set reference transmission rate data. ij μ0 represents the data transmission energy consumption coefficient of the j-th base station in the i-th preliminary transmission route; μ0 represents the set baseline data transmission energy consumption coefficient; where the data transmission energy consumption coefficient is equal to the amount of data transmitted per unit time divided by the base station energy consumption.

[0052] The transmission route selection unit is used to determine the pre-transmission route with the highest overall efficiency as the confirmed transmission route for interactive information based on the calculated overall efficiency of each pre-transmission route.

[0053] According to another aspect of the present invention, an interactive communication management method based on 5G communication is provided, applied to the above-described interactive communication management system based on 5G communication, comprising the following steps:

[0054] S1: Referring to the stored interactive communication port qualification information, perform corresponding interactive communication qualification identification on the interactive communication port information of the mobile terminal that needs interactive communication. If the interactive communication port information is within the range of interactive communication port qualification information, the mobile terminal that needs interactive communication has the corresponding interactive communication qualification, and the mobile terminal can perform corresponding interactive communication based on 5G communication.

[0055] S2: In real time, acquire the interactive information output by the mobile terminal that needs to interact and communicate, process the interactive information output by the mobile terminal in a comprehensive manner, extract the interactive information output by the mobile terminal according to the interactive communication requirements based on 5G communication, retrieve, sort and calculate the interactive information, and determine the interactive communication information based on 5G communication.

[0056] S3: Perform multi-dimensional interactive information management and control on interactive communication information based on 5G communication. According to the interactive communication requirements based on 5G communication, transmit the interactive communication information to the corresponding mobile terminal in real time. After the mobile terminal responds, it provides the corresponding interactive communication feedback, enabling the mobile terminals to conduct corresponding interactive communication based on 5G communication.

[0057] Compared with the prior art, the beneficial effects of the present invention are:

[0058] 1. This invention authenticates the interactive communication qualifications of mobile terminals by real-time collecting interactive communication port information. Referring to the interactive communication port qualification information stored in the interactive communication storage unit, the invention authenticates the interactive communication qualifications of mobile terminals that need interactive communication. It determines whether the mobile terminal that needs interactive communication has the corresponding interactive communication qualifications. If the acquired interactive communication port information is within the range of the interactive communication port qualification information, then the mobile terminal that needs interactive communication has the corresponding interactive communication qualifications. The mobile terminal can perform corresponding interactive communication based on 5G communication. When the mobile terminal performs interactive communication, the identity of the mobile terminal can be well authenticated.

[0059] 2. This invention acquires the interactive information output by the mobile terminal requiring interactive communication, comprehensively processes the interactive information output by the mobile terminal, extracts the interactive information output by the mobile terminal according to the interactive communication requirements based on 5G communication, retrieves, sorts, and calculates the interactive information to determine the interactive communication information based on 5G communication, performs multi-dimensional interactive information management and control on the interactive communication information based on 5G communication, and transmits the interactive communication information to the corresponding mobile terminal in real time according to the interactive communication requirements based on 5G communication. After the mobile terminal responds, it provides corresponding interactive communication feedback, enabling mobile terminals to conduct corresponding interactive communication based on 5G communication, and enabling timely and accurate understanding of the interactive communication information of the mobile terminal, thereby improving the interactive communication effect. Attached Figure Description

[0060] Figure 1 This is a block diagram of the interactive communication management system based on 5G communication of the present invention;

[0061] Figure 2 This is an architecture diagram of the interactive communication authentication module of the present invention;

[0062] Figure 3 This is a diagram of the algorithm for authenticating and verifying the interactive communication qualifications of a mobile terminal according to the present invention.

[0063] Figure 4 This is a flowchart of the interactive communication management method based on 5G communication according to the present invention. Detailed Implementation

[0064] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0065] To address the issue of poor communication quality caused by existing mobile terminals' inability to effectively authenticate the user's identity and accurately and promptly obtain communication information, please refer to [link to relevant documentation]. Figures 1-4 This embodiment provides the following technical solution:

[0066] An interactive communication management system based on 5G communication, including

[0067] The interactive communication authentication module is used to authenticate the interactive communication qualifications of mobile terminals that need interactive communication, and to determine whether the mobile terminal has the corresponding interactive communication qualifications. After the interactive communication authentication is qualified, the mobile terminals can conduct corresponding interactive communication based on 5G communication.

[0068] The interactive information acquisition module is used to acquire interactive information output by the mobile terminal that needs to communicate in real time. The output methods of the interactive information include, but are not limited to, text output or voice output. The mobile terminal user can select the appropriate output method to output interactive information according to the actual usage needs.

[0069] The interactive information processing module is used to comprehensively process the interactive information output by the mobile terminal. According to the interactive communication requirements based on 5G communication, it extracts the interactive information output by the mobile terminal, retrieves, sorts and calculates the interactive information, and determines the interactive communication information based on 5G communication.

[0070] The interactive information management module is used to manage interactive communication information based on 5G communication in multiple dimensions. According to the interactive communication requirements based on 5G communication, it transmits the interactive communication information to the corresponding mobile terminal in real time, and provides corresponding interactive communication feedback after the mobile terminal responds.

[0071] The data information management module is used to manage the data information of the entire 5G-based interactive communication process, including viewing historical interactive communication records, as well as saving and replaying interactive information.

[0072] Interactive communication authentication module includes

[0073] The communication port acquisition unit is used to acquire the interactive communication port information of the mobile terminal that needs to interact and communicate in real time, and transmit the real-time acquired interactive communication port information to the interactive communication authentication unit.

[0074] The interactive communication authentication unit is used to authenticate the interactive communication port information of the mobile terminal collected in real time, and to authenticate the interactive communication port information of the mobile terminal that needs to communicate with the corresponding interactive communication qualification by referring to the interactive communication port qualification information stored in the interactive communication storage unit, and to determine whether the mobile terminal that needs to communicate with the corresponding interactive communication qualification has the corresponding interactive communication qualification.

[0075] The interactive communication storage unit is used to store the interactive communication port qualification information of the mobile terminal, providing a reference for the interactive communication authentication unit to authenticate the interactive communication qualification of the mobile terminal.

[0076] When performing interactive communication qualification authentication on mobile terminals that require interactive communication, perform the following operations:

[0077] Obtain the interactive communication port information of the mobile terminal that needs to interact with the device;

[0078] Referring to the stored interactive communication port qualification information, the interactive communication port information of the mobile terminal that needs interactive communication is evaluated accordingly to determine whether the mobile terminal that needs interactive communication has the corresponding interactive communication qualification.

[0079] If the obtained interactive communication port information is within the scope of the interactive communication port qualification information, then the mobile terminal that needs interactive communication has the corresponding interactive communication qualification, and the mobile terminal can perform corresponding interactive communication based on 5G communication.

[0080] If the obtained interactive communication port information is not within the scope of the interactive communication port qualification information, then the mobile terminal that needs interactive communication does not have the corresponding interactive communication qualification, and the mobile terminal cannot conduct corresponding interactive communication based on 5G communication.

[0081] When acquiring interactive information output by a mobile terminal that requires interactive communication in real time, perform the following operations:

[0082] Obtain the interactive information output window of the mobile terminal, and select the appropriate output method to output the interactive information according to the user's actual usage needs;

[0083] For cases where the interactive information output method is text output, the interactive information output window of the mobile terminal is obtained, and the corresponding text interactive information is output within the interactive information output window of the mobile terminal.

[0084] For cases where the interactive information output method is voice output, the interactive information output window of the mobile terminal is obtained, and the corresponding voice interactive information is output within the interactive information output window of the mobile terminal.

[0085] When comprehensively processing the interactive information output by the mobile terminal, the following operations are performed:

[0086] Based on the interactive communication requirements of 5G communication, extract the interactive information output by the mobile terminal;

[0087] Obtain the extracted interaction information and retrieve it.

[0088] Based on the advanced retrieval method and the interactive communication requirements of 5G communication, the interactive information that is not useful for mobile terminal interactive communication is filtered out, and the interactive information that is useful for mobile terminal interactive communication is retained.

[0089] Obtain the interactive information from the search and sort the interactive information.

[0090] According to the quick sorting method, the retrieved interactive information is quickly sorted based on different keywords of the interactive information, so that the interactive information is arranged in a certain order;

[0091] Obtain the sorting interaction information and perform calculations on the sorting interaction information;

[0092] Based on the interactive communication requirements of 5G communication, the sorted interactive information is calculated, and through arithmetic and logical operations, the interactive communication information based on 5G communication is determined.

[0093] When managing interactive communication information based on 5G communication in multiple dimensions, perform the following operations:

[0094] According to the interactive communication requirements based on 5G communication, the interactive information output by the mobile terminal is processed in a comprehensive manner, and the processed interactive communication information is transmitted in real time to other mobile terminals that are corresponding to the interactive communication.

[0095] After receiving the interactive communication information, other mobile terminals respond accordingly based on the interactive communication information to determine the interactive communication feedback information.

[0096] It acquires interactive communication feedback information from other mobile terminals and transmits this feedback information in real time to mobile terminals that require interactive communication, enabling mobile terminals to conduct corresponding interactive communication based on 5G communication.

[0097] When mobile terminals interact and communicate with each other based on 5G communication, the following operations are performed:

[0098] When a mobile terminal establishes an interactive communication qualification with other mobile terminals, an encryption method for transmitting interactive communication information is also established between the mobile terminal and other mobile terminals.

[0099] When a mobile terminal transmits interactive communication information to other mobile terminals, the transmitted interactive communication information is encrypted.

[0100] When other mobile terminals receive the interactive communication information, they use their own keys to decrypt the encrypted interactive communication information and obtain the original interactive communication information.

[0101] To provide faster and more convenient communication services, this invention provides an interactive communication management system based on 5G communication, which further includes:

[0102] The mobile terminal positioning module is used to locate the mobile terminal that needs to communicate and interact using GPS or Beidou satellite positioning technology, and obtain the geographical location information of the mobile terminal.

[0103] The information transmission route planning module is used to obtain the base station distribution network between mobile terminals based on the geographical location information of the mobile terminals, and to plan the interactive information transmission route based on the base station distribution network to obtain multiple preliminary transmission routes.

[0104] The information transmission route preliminary selection module is used to determine the longest distance threshold between adjacent base stations based on ensuring signal quality, eliminate the candidate transmission routes where the distance between adjacent base stations exceeds the longest distance threshold, and sort the remaining candidate transmission routes in order of the number of nodes involved in the base stations from fewest to most, and initially select a predetermined number of candidate transmission routes that are ranked first.

[0105] The information transmission determination module is used to acquire node data of the base stations involved in each of the initially selected alternative transmission routes. The node data includes transmission rate data and data transmission energy consumption coefficient. Based on the node data of each base station, the module evaluates the overall efficiency of each of the initially selected alternative transmission routes and selects the alternative transmission route with the highest overall efficiency as the determined transmission route for interactive information.

[0106] The above technical solution takes into account that the mobile terminals requiring interactive communication may be physically far apart. In this case, the geographical location information of the mobile terminals is obtained through positioning, using GPS or BeiDou technology. Then, the distribution network of base stations between the locations of the mobile terminals requiring interactive communication is obtained to initially plan the interactive information transmission route. This will result in multiple candidate transmission routes. Cancellations are made if the distance between adjacent base stations exceeds a maximum distance threshold. This is because if the distance between two adjacent base stations on a given route is too long, signal clarity and quality cannot be guaranteed when transmitting between these two base stations. Cancellations with inappropriate distances between adjacent base stations are then eliminated. After optimizing the routes, the remaining routes are sorted, and the top few routes involving fewer base stations are selected as candidate routes to minimize the total transmission distance and reduce transmission energy consumption. Based on this, the base station efficiency of each candidate route is evaluated, and the route with the highest efficiency is selected as the transmission route for interactive information. A comprehensive efficiency is introduced in the base station efficiency evaluation, which considers both the information transmission rate and energy consumption, using a weighted approach to appropriately balance these two factors. Therefore, this scheme can achieve good clarity, high quality, fast transmission speed, and low energy consumption in information transmission.

[0107] Preferably, the information transmission determination module includes:

[0108] The base station data acquisition unit is used to acquire node data involving the base station for each initially selected preparatory transmission route;

[0109] The comprehensive efficiency evaluation unit is used to calculate the comprehensive efficiency of each preliminary transmission route based on preset transmission rate data weights and data transmission energy consumption coefficient weights, using the following formula:

[0110]

[0111] In the above formula, η iN represents the overall efficiency of the i-th proposed transmission route; i V represents the number of base stations involved in the i-th proposed transmission route; k1 represents the transmission rate data weight; k2 represents the data transmission energy consumption coefficient weight; wherein, the sum of the transmission rate data weight and the data transmission energy consumption coefficient weight is equal to 1; ij V0 represents the transmission rate data of the j-th base station in the i-th preliminary transmission route; μ represents the set reference transmission rate data. ij μ0 represents the data transmission energy consumption coefficient of the j-th base station in the i-th preliminary transmission route; μ0 represents the set baseline data transmission energy consumption coefficient; where the data transmission energy consumption coefficient is equal to the amount of data transmitted per unit time divided by the base station energy consumption.

[0112] The transmission route selection unit is used to determine the pre-transmission route with the highest overall efficiency as the confirmed transmission route for interactive information based on the calculated overall efficiency of each pre-transmission route.

[0113] The above technical solution selects several routes involving fewer base stations as candidate routes, and then evaluates the base station efficiency of each candidate route. The evaluation method uses the aforementioned calculation formula to calculate the overall efficiency of the base stations. This formula is fast, efficient, and resource-efficient. After calculation, the route with the highest overall efficiency is selected as the transmission route for interactive information. The base station efficiency calculation formula also considers the information transmission rate and energy consumption. A weighted approach is used to appropriately balance the information transmission rate and energy consumption. By changing the weight settings, it can cater to the preferences of different users for transmission rate and energy consumption to a certain extent. This allows the solution to balance good clarity, high quality, fast transmission speed, and low energy consumption in information transmission.

[0114] To better illustrate the interactive communication management process based on 5G communication, this embodiment proposes an interactive communication management method based on 5G communication, applied to the aforementioned interactive communication management system based on 5G communication, comprising the following steps:

[0115] S1: Referring to the stored interactive communication port qualification information, perform corresponding interactive communication qualification identification on the interactive communication port information of the mobile terminal that needs interactive communication. If the interactive communication port information is within the range of interactive communication port qualification information, the mobile terminal that needs interactive communication has the corresponding interactive communication qualification, and the mobile terminal can perform corresponding interactive communication based on 5G communication.

[0116] S2: In real time, acquire the interactive information output by the mobile terminal that needs to interact and communicate, process the interactive information output by the mobile terminal in a comprehensive manner, extract the interactive information output by the mobile terminal according to the interactive communication requirements based on 5G communication, retrieve, sort and calculate the interactive information, and determine the interactive communication information based on 5G communication.

[0117] S3: Perform multi-dimensional interactive information management and control on interactive communication information based on 5G communication. According to the interactive communication requirements based on 5G communication, transmit the interactive communication information to the corresponding mobile terminal in real time. After the mobile terminal responds, it provides the corresponding interactive communication feedback, enabling the mobile terminals to conduct corresponding interactive communication based on 5G communication.

[0118] In summary, the 5G-based interactive communication management system and method of the present invention, referring to stored interactive communication port qualification information, performs corresponding interactive communication qualification authentication on the interactive communication port information of mobile terminals requiring interactive communication. If the interactive communication port information is within the scope of the interactive communication port qualification information, the mobile terminal can perform corresponding interactive communication based on 5G communication. It acquires the interactive information output by the mobile terminal requiring interactive communication in real time, comprehensively processes the interactive information output by the mobile terminal, extracts the interactive information output by the mobile terminal according to the interactive communication requirements based on 5G communication, retrieves, sorts, and calculates the interactive information, determines the interactive communication information based on 5G communication, performs multi-dimensional interactive information management and control, and transmits the interactive communication information to the corresponding mobile terminal in real time according to the interactive communication requirements based on 5G communication. After the mobile terminal responds, it provides corresponding interactive communication feedback, enabling mobile terminals to perform corresponding interactive communication based on 5G communication. During interactive communication, the system can effectively authenticate the identity of mobile terminals and promptly and accurately understand the interactive communication information of mobile terminals, thus improving the interactive communication effect.

[0119] It should be noted that, in this document, relational terms such as "first" and "second" are used only to distinguish one entity or operation from another, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Furthermore, the terms "comprising," "including," or any other variations thereof are intended to cover non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements includes not only those elements but also other elements not expressly listed, or elements inherent to such process, method, article, or apparatus.

[0120] Although embodiments of the invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made to these embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the appended claims and their equivalents.

Claims

1. An interactive communication management system based on 5G communication, characterized in that, include The interactive communication authentication module is used to authenticate the interactive communication qualifications of mobile terminals that need interactive communication, and to determine whether the mobile terminal has the corresponding interactive communication qualifications. After the interactive communication authentication is qualified, the mobile terminals can conduct corresponding interactive communication based on 5G communication. The interactive information acquisition module is used to acquire interactive information output by the mobile terminal that needs to communicate in real time. The output methods of the interactive information include, but are not limited to, text output or voice output. The mobile terminal user can select the appropriate output method to output interactive information according to the actual usage needs. The interactive information processing module is used to comprehensively process the interactive information output by the mobile terminal. According to the interactive communication requirements based on 5G communication, it extracts the interactive information output by the mobile terminal, retrieves, sorts and calculates the interactive information, and determines the interactive communication information based on 5G communication. The interactive information management module is used to manage interactive communication information based on 5G communication in multiple dimensions. According to the interactive communication requirements based on 5G communication, it transmits the interactive communication information to the corresponding mobile terminal in real time, and provides corresponding interactive communication feedback after the mobile terminal responds. The data information management module is used to manage the data information of the entire 5G-based interactive communication process, including viewing historical interactive communication records, as well as saving and replaying interactive information; The interactive communication authentication module includes The communication port acquisition unit is used to acquire the interactive communication port information of the mobile terminal that needs to interact and communicate in real time, and transmit the real-time acquired interactive communication port information to the interactive communication authentication unit. The interactive communication authentication unit is used to authenticate the interactive communication port information of the mobile terminal collected in real time, and to authenticate the interactive communication port information of the mobile terminal that needs to communicate with the corresponding interactive communication qualification by referring to the interactive communication port qualification information stored in the interactive communication storage unit, and to determine whether the mobile terminal that needs to communicate with the corresponding interactive communication qualification has the corresponding interactive communication qualification. The interactive communication storage unit is used to store the interactive communication port qualification information of the mobile terminal, providing a reference for the interactive communication authentication unit to authenticate the interactive communication qualification of the mobile terminal.

2. The interactive communication management system based on 5G communication according to claim 1, characterized in that: When performing interactive communication qualification authentication on mobile terminals that require interactive communication, perform the following operations: Obtain the interactive communication port information of the mobile terminal that needs to interact with the device; Referring to the stored interactive communication port qualification information, the interactive communication port information of the mobile terminal that needs interactive communication is evaluated accordingly to determine whether the mobile terminal that needs interactive communication has the corresponding interactive communication qualification. If the obtained interactive communication port information is within the scope of the interactive communication port qualification information, then the mobile terminal that needs interactive communication has the corresponding interactive communication qualification, and the mobile terminal can perform corresponding interactive communication based on 5G communication. If the obtained interactive communication port information is not within the scope of the interactive communication port qualification information, then the mobile terminal that needs interactive communication does not have the corresponding interactive communication qualification, and the mobile terminal cannot conduct corresponding interactive communication based on 5G communication.

3. The interactive communication management system based on 5G communication according to claim 2, characterized in that: When acquiring interactive information output by a mobile terminal that requires interactive communication in real time, perform the following operations: Obtain the interactive information output window of the mobile terminal, and select the appropriate output method to output the interactive information according to the user's actual usage needs; For cases where the interactive information output method is text output, the interactive information output window of the mobile terminal is obtained, and the corresponding text interactive information is output within the interactive information output window of the mobile terminal. For cases where the interactive information output method is voice output, the interactive information output window of the mobile terminal is obtained, and the corresponding voice interactive information is output within the interactive information output window of the mobile terminal.

4. The interactive communication management system based on 5G communication according to claim 3, characterized in that: When comprehensively processing the interactive information output by the mobile terminal, the following operations are performed: Based on the interactive communication requirements of 5G communication, extract the interactive information output by the mobile terminal; Obtain the extracted interaction information and retrieve it. Based on the advanced retrieval method and the interactive communication requirements of 5G communication, the interactive information that is not useful for mobile terminal interactive communication is filtered out, and the interactive information that is useful for mobile terminal interactive communication is retained. Obtain the interactive information from the search and sort the interactive information. According to the quick sorting method, the retrieved interactive information is quickly sorted based on different keywords of the interactive information, so that the interactive information is arranged in a certain order; Obtain the sorting interaction information and perform calculations on the sorting interaction information; Based on the interactive communication requirements of 5G communication, the sorted interactive information is calculated, and through arithmetic and logical operations, the interactive communication information based on 5G communication is determined.

5. The interactive communication management system based on 5G communication according to claim 4, characterized in that: When managing interactive communication information based on 5G communication in multiple dimensions, perform the following operations: According to the interactive communication requirements based on 5G communication, the interactive information output by the mobile terminal is processed in a comprehensive manner, and the processed interactive communication information is transmitted in real time to other mobile terminals that are corresponding to the interactive communication. After receiving the interactive communication information, other mobile terminals respond accordingly based on the interactive communication information to determine the interactive communication feedback information. It acquires interactive communication feedback information from other mobile terminals and transmits this feedback information in real time to mobile terminals that require interactive communication, enabling mobile terminals to conduct corresponding interactive communication based on 5G communication.

6. The interactive communication management system based on 5G communication according to claim 5, characterized in that: When mobile terminals interact and communicate with each other based on 5G communication, the following operations are performed: When a mobile terminal establishes an interactive communication qualification with other mobile terminals, an encryption method for transmitting interactive communication information is also established between the mobile terminal and other mobile terminals. When a mobile terminal transmits interactive communication information to other mobile terminals, the transmitted interactive communication information is encrypted. When other mobile terminals receive the interactive communication information, they use their own keys to decrypt the encrypted interactive communication information and obtain the original interactive communication information.

7. The interactive communication management system based on 5G communication according to claim 1, characterized in that: Also includes: The mobile terminal positioning module is used to locate the mobile terminal that needs to communicate and interact using GPS or Beidou satellite positioning technology, and obtain the geographical location information of the mobile terminal. The information transmission route planning module is used to obtain the base station distribution network between mobile terminals based on the geographical location information of the mobile terminals, and to plan the interactive information transmission route based on the base station distribution network to obtain multiple preliminary transmission routes. The information transmission route preliminary selection module is used to determine the longest distance threshold between adjacent base stations based on ensuring signal quality, eliminate the candidate transmission routes where the distance between adjacent base stations exceeds the longest distance threshold, and sort the remaining candidate transmission routes in order of the number of nodes involved in the base stations from fewest to most, and initially select a predetermined number of candidate transmission routes that are ranked first. The information transmission determination module is used to acquire node data of the base stations involved in each of the initially selected alternative transmission routes. The node data includes transmission rate data and data transmission energy consumption coefficient. Based on the node data of each base station, the module evaluates the overall efficiency of each of the initially selected alternative transmission routes and selects the alternative transmission route with the highest overall efficiency as the determined transmission route for interactive information.

8. The interactive communication management system based on 5G communication according to claim 7, characterized in that: The information transmission determination module includes The base station data acquisition unit is used to acquire node data involving the base station for each initially selected preparatory transmission route; The comprehensive efficiency evaluation unit is used to calculate the comprehensive efficiency of each preliminary transmission route based on preset transmission rate data weights and data transmission energy consumption coefficient weights, using the following formula: In the above formula, Indicates the first The overall efficiency of the proposed transmission routes; Indicates the first The number of base stations involved in each planned transmission route; Indicates the data weights representing the transmission rate; This represents the weight of the data transmission energy consumption coefficient; where the sum of the data transmission rate weight and the data transmission energy consumption coefficient weight is equal to 1. Indicates the first The first of the prepared transmission routes Transmission rate data of each base station; This indicates the set baseline transmission rate data; Indicates the first The first of the prepared transmission routes Data transmission energy consumption coefficient of each base station; This represents the set baseline data transmission energy consumption coefficient; where the data transmission energy consumption coefficient is equal to the amount of data transmitted per unit time divided by the base station energy consumption. The transmission route selection unit is used to determine the pre-transmission route with the highest overall efficiency as the confirmed transmission route for interactive information based on the calculated overall efficiency of each pre-transmission route.

9. A 5G-based interactive communication management method, applied in the 5G-based interactive communication management system as described in any one of claims 1-8, characterized in that, Includes the following steps: S1: Referring to the stored interactive communication port qualification information, perform corresponding interactive communication qualification identification on the interactive communication port information of the mobile terminal that needs interactive communication. If the interactive communication port information is within the range of interactive communication port qualification information, the mobile terminal that needs interactive communication has the corresponding interactive communication qualification, and the mobile terminal can perform corresponding interactive communication based on 5G communication. S2: In real time, acquire the interactive information output by the mobile terminal that needs to interact and communicate, process the interactive information output by the mobile terminal in a comprehensive manner, extract the interactive information output by the mobile terminal according to the interactive communication requirements based on 5G communication, retrieve, sort and calculate the interactive information, and determine the interactive communication information based on 5G communication. S3: Perform multi-dimensional interactive information management and control on interactive communication information based on 5G communication. According to the interactive communication requirements based on 5G communication, transmit the interactive communication information to the corresponding mobile terminal in real time. After the mobile terminal responds, it provides the corresponding interactive communication feedback, enabling the mobile terminals to conduct corresponding interactive communication based on 5G communication.

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