CN113709685A - VoLTE high-definition audio and video international roaming charging settlement system based on 5G - Google Patents
VoLTE high-definition audio and video international roaming charging settlement system based on 5G Download PDFInfo
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Abstract
The invention discloses a 5G-based VoLTE high-definition audio and video international roaming charging settlement system, which relates to the field of roaming charging settlement calculation and solves the technical problems that old users cannot be classified and preferential setting is carried out according to classification in the prior art, a video network is monitored, the operating efficiency of the video network is improved, the video network in a low-demand area is analyzed, and the operating quality of the video network is judged, so that whether the operating quality of the video network affects the use of the users or not is analyzed, the use quality of the users is improved, and the utilization rate of the video network is increased; classifying users in the high-demand area, and performing preferential setting through the classification of the users, so that the number of the users is stabilized, the number of new users is attracted, and the demand of a video network is increased; the data storage is carried out through the block chain storage platform, so that the large coordination cost and time cost are prevented from being consumed when roaming settlement is in problem, and meanwhile, the error rate of data transmission is reduced.
Description
Technical Field
The invention relates to the field of roaming charging settlement calculation, in particular to a 5G-based VoLTE high-definition audio and video international roaming charging settlement system.
Background
VOLTE is called a long term evolution voice bearer, meaning a high-speed wireless communication standard for mobile phones and data terminals. Based on an IP multimedia subsystem network, the configuration file specially made for a control layer and a media layer of voice service is used on LTE, so that the voice service is transmitted in an LTE data bearing network as data flow without maintaining and depending on a traditional circuit switching voice network; the voice and data capacity of VoLTE is more than three times of 3G UMTS and more than six times of 2 GGSM; because the VoLTE packet header is smaller than the non-optimized VoIP/LTE, it also utilizes bandwidth more efficiently; the high-definition audio and video can generate roaming cost when being used across the country.
However, in the prior art, the old users cannot be classified in the roaming charging process, and different strength preference is performed according to different types of old users, so that the use quality of the old users cannot be improved, and new users cannot be attracted, thereby causing low operation effect of the video network; meanwhile, roaming fee data cannot be stored correspondingly, so that time cost is increased for specific fee detection.
In view of the above technical drawbacks, a solution is proposed.
Disclosure of Invention
The invention aims to solve the problems, provides a 5G-based VoLTE high-definition audio/video international roaming charging settlement system, analyzes a video network in a low-demand area, and judges the operation quality of the video network, so that whether the operation quality of the video network affects the use of a user is analyzed, the use quality of the user is improved, and the utilization rate of the video network is increased; classifying users in the high-demand area, and performing preferential setting through the classification of the users, so that the number of the users is stabilized, the number of new users is attracted, and the demand of a video network is increased; the data storage is carried out through the block chain storage platform, so that the large coordination cost and time cost are prevented from being consumed when roaming settlement is in problem, and meanwhile, the error rate of data transmission is reduced.
The purpose of the invention can be realized by the following technical scheme:
the VoLTE high-definition audio and video international roaming charging settlement system based on 5G comprises a charging settlement platform, wherein a server is arranged in the charging settlement platform, the server is in communication connection with an area analysis unit, a user classification unit, a quality analysis unit and a data monitoring unit, and the data monitoring unit is in communication connection with a block chain storage platform;
the method comprises the steps that a charging settlement platform analyzes video roaming charges of users in each area, a server generates area analysis signals and sends the area analysis signals to an area analysis unit, each area is analyzed through the area analysis unit, the analysis area is divided into a high-demand area and a low-demand area through analysis, the high-demand area and the low-demand area are sent to the server, the server generates quality analysis signals and sends the quality analysis signals and the low-demand area to a quality analysis unit after receiving the low-demand area, and a video network in the low-demand area is analyzed through the quality analysis unit; after receiving the high-demand area, the server generates a user classification signal and sends the user classification signal and the high-demand area to a user classification unit; classifying users in the high-demand area through a user classification unit; the data monitoring unit is used for monitoring data of users using the video and storing the data through the block chain storage platform.
As a preferred embodiment of the present invention, the area analysis process of the area analysis unit is as follows:
marking the video network coverage area as an analysis area, setting a mark i as a natural number larger than 1, acquiring the ratio of the number of video users in each analysis area to the total number of users, and marking the ratio of the number of video users in each analysis area to the total number of users as ZBi; acquiring the growth speed of the number of video users in each analysis area, and marking the growth speed of the number of video users in each analysis area as ZVi;
comparing the video use analysis coefficient of each analysis area with a video use analysis coefficient threshold value by analyzing and acquiring the video use analysis coefficient Xi of each analysis area:
if the video use analysis coefficient of the analysis area is larger than or equal to the video use analysis coefficient threshold, judging that the video use requirement of the corresponding analysis area is high, generating a requirement signal and marking the corresponding analysis area as a high-requirement area; if the video use analysis coefficient of the analysis area is less than the video use analysis coefficient threshold value, judging that the video use requirement of the corresponding analysis area is low, generating a low-requirement signal and marking the corresponding analysis area as a low-requirement area;
the high demand area and the low demand area are sent to a server.
As a preferred embodiment of the present invention, the analysis process of the mass analysis unit is as follows:
marking the low-demand areas as o, wherein o is a natural number larger than 1, acquiring the network average delay time, the picture pause frequency and the connection interruption times of the user video in each low-demand area, and respectively marking the network average delay time, the picture pause frequency and the connection interruption times of the user video in the low-demand areas as YSCo, HMKo and LJZo; acquiring a mass analysis coefficient Co of a low-demand area through analysis;
comparing the mass analysis coefficient of the low-demand region to a mass analysis coefficient threshold:
if the quality analysis coefficient of the low-demand area is larger than or equal to the quality analysis coefficient threshold value, judging that the video network analysis in the corresponding low-demand area is unqualified, generating a network quality unqualified signal and sending the network quality unqualified signal to a server, and after receiving the network quality unqualified signal, upgrading and maintaining the video network corresponding to the low-demand area by the server; and if the quality analysis coefficient of the low-demand area is less than the quality analysis coefficient threshold value, judging that the video network in the corresponding low-demand area is qualified in analysis, generating a network quality qualified signal and sending the network quality qualified signal to the server, and after receiving the network quality qualified signal, the server prolongs the video network maintenance period of the corresponding low-demand area.
As a preferred embodiment of the present invention, the user classifying process of the user classifying unit is as follows:
acquiring the video users in the high-demand area, acquiring the average monthly video total duration and average monthly video frequency of the video users in the high-demand area, and comparing the average monthly video total duration and average monthly video frequency of the video users in the high-demand area with an average monthly video total duration threshold and an average monthly video frequency threshold respectively:
if the average monthly video total duration of the video users in the high-demand area of the video users is greater than the average monthly video total duration threshold value and the average monthly video frequency is greater than the average monthly video frequency threshold value, marking the corresponding video users as the continuously exceeding users, sending the continuously exceeding users to a server, after receiving the continuously exceeding users, acquiring the average video cost which continuously exceeds the historical three months of the users by the server, taking the corresponding average video cost as the upper limit value of the video cost corresponding to the continuously exceeding users, and if the video cost corresponding to the continuously exceeding users exceeds the upper limit value of the video cost, taking the upper limit value of the video cost corresponding to the continuously exceeding users as the standard;
if the total average monthly video duration of the users using the video in the high-demand area of the users using the video is greater than the threshold value of the total average monthly video duration and the average monthly video frequency is less than the threshold value of the average monthly video frequency, marking the corresponding users using the video as interval excess users, sending the interval excess users to a server, marking the video duration of which the interval exceeds the total average monthly video duration of the users and exceeds the corresponding threshold value as half-rate video after the server receives the interval excess users, namely calculating the video duration of which the interval exceeds the total monthly video duration of the users and exceeds the total average monthly video duration by half rate;
if the average monthly video total duration of the video users in the high-demand area of the video users is smaller than the average monthly video total duration threshold value and the average monthly video frequency is larger than the average monthly video frequency threshold value, the corresponding video users are marked as frequently-used users, the frequently-used users are sent to a server, after the server receives the frequently-used users, the frequently-used users are free of excess frequency, the free of excess frequency is represented as that the adjacent video use interval duration of the frequently-used users is lower than the corresponding duration threshold value, and the latter used by the adjacent videos is calculated for free.
As a preferred embodiment of the present invention, the data monitoring unit is configured to perform data monitoring on a user using a video, and perform data storage through a block chain storage platform, where a specific monitoring process is as follows:
collecting two users using video, sending the users using video and the corresponding areas to a block chain storage platform, setting block names according to terminal IP addresses of the two users using video by the block chain storage platform, storing the corresponding areas of the two users using video into the two blocks, establishing pre-connection between the two blocks, setting pre-connection time, monitoring and storing real-time video using time points, duration and cost of the two users using video corresponding to the two blocks, recording the generation times of monitoring data when the monitoring data are generated, setting the pre-connection between the two corresponding blocks as fixed connection if the generation times of the monitoring data in the pre-connection time exceed a pre-connection generation time threshold, setting the fixed connection time, and if the generation times of the monitoring data in the fixed connection time exceed the fixed connection generation time threshold, the fixed connection between two adjacent blocks is released and the monitored data in the blocks is emptied.
Compared with the prior art, the invention has the beneficial effects that:
in the invention, each area is analyzed, and the video use state of the user in each area is judged, so that the network construction of each area is analyzed, whether the video network operation is abnormal or not is judged, the video network is monitored, the video network operation efficiency is improved, and an important basis is provided for network cost planning; analyzing the video network in the low-demand area, and judging the operation quality of the video network, so as to analyze whether the operation quality of the video network affects the use of users, improve the use quality of the users, and increase the utilization rate of the video network;
classifying users in the high-demand area, and performing preferential setting through the classification of the users, so that the number of the users is stabilized, the number of new users is attracted, and the demand of a video network is increased; the data storage is carried out through the block chain storage platform, so that the large coordination cost and time cost are prevented from being consumed when roaming settlement is in problem, and meanwhile, the error rate of data transmission is reduced.
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In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
Fig. 1 is a schematic block diagram of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, the 5G-based VoLTE high-definition audio/video international roaming charging and settlement system includes a charging and settlement platform, a server is arranged in the charging and settlement platform, the server is in communication connection with a region analysis unit, a user classification unit, a quality analysis unit and a data monitoring unit, and the data monitoring unit is in communication connection with a block chain storage platform;
the charging settlement platform is used for analyzing the video roaming fee of users in each area, the server generates area analysis signals and sends the area analysis signals to the area analysis unit, the area analysis unit is used for analyzing each area and judging the video use state of the users in each area, thereby analyzing the network construction of each area, judging whether the video network operation is abnormal or not, monitoring the video network, improving the efficiency of the video network operation, and simultaneously providing an important basis for network cost planning, and the specific area analysis process is as follows:
marking the video network coverage area as an analysis area, setting a mark i as a natural number larger than 1, acquiring the ratio of the number of video users in each analysis area to the total number of users, and marking the ratio of the number of video users in each analysis area to the total number of users as ZBi; acquiring the growth speed of the number of video users in each analysis area, and marking the growth speed of the number of video users in each analysis area as ZVi;
by the formula
Acquiring video use analysis coefficients Xi of each analysis area, wherein a1 and a2 are preset proportionality coefficients, a1 is larger than a2 is larger than 0, and the video use analysis coefficients of the analysis areas are required values for judging that users in the analysis areas use videos obtained by normalizing parameters of the analysis areas; the larger the ratio of the number of video users to the total number of users and the increase speed of the number of video users obtained through a formula is, the larger the video use analysis coefficient of an analysis area is, and the larger the video use requirement of the users in the analysis area is;
comparing the video usage analysis coefficient for the analysis region to a video usage analysis coefficient threshold:
if the video use analysis coefficient of the analysis area is larger than or equal to the video use analysis coefficient threshold, judging that the video use requirement of the corresponding analysis area is high, generating a requirement signal and marking the corresponding analysis area as a high-requirement area; if the video use analysis coefficient of the analysis area is less than the video use analysis coefficient threshold value, judging that the video use requirement of the corresponding analysis area is low, generating a low-requirement signal and marking the corresponding analysis area as a low-requirement area;
acquiring a video user used in a high-demand area, dividing the video user into a calling user and a called user, acquiring a ratio of the calling user to the called user, and if the corresponding ratio is greater than a ratio threshold range, judging that the high-demand area is biased to the calling user; if the corresponding ratio is smaller than the ratio threshold range, judging that the high-demand area is biased to be called; if the deviation exists in the high-demand area to the calling party or the deviation exists to the called party, the charging standards of the calling party and the called party are unified, the deviation of the area to the calling party or the deviation to the called party is prevented, the use quality of a user is reduced, and meanwhile, the non-uniformity of resources in the area is caused, so that the network resources cannot be reasonably used;
sending the high-demand area and the low-demand area to a server;
after receiving the low-demand area, the server generates a quality analysis signal and sends the quality analysis signal and the low-demand area to a quality analysis unit; the quality analysis unit receives the quality analysis signal and the low demand area, and then analyzes the video network in the low demand area, and judges the operation quality of the video network, so as to analyze whether the operation quality of the video network affects the use of the user, improve the use quality of the user, increase the utilization rate of the video network, and the specific analysis process is as follows:
marking the low-demand areas as o, wherein o is a natural number larger than 1, acquiring the network average delay time, the picture pause frequency and the connection interruption times of the user video in each low-demand area, and respectively marking the network average delay time, the picture pause frequency and the connection interruption times of the user video in the low-demand areas as YSCo, HMKo and LJZo; by the formula
Acquiring a mass analysis coefficient Co of a low-demand area, wherein b1, b2 and b3 are preset proportionality coefficients, b1 is greater than b2 is greater than b3, and beta is an error correction factor and takes the value of 1.52; the quality analysis coefficient of the low-demand area is a numerical value used for judging the qualified probability of the quality of the video network of the low-demand area obtained by normalizing the parameters of the low-demand area; the larger the network average delay time, the picture pause frequency and the connection interruption frequency of a user video are obtained through a formula, the larger the quality analysis coefficient of a low-demand area is, and the lower the qualification probability of the video network in the low-demand area is represented;
comparing the mass analysis coefficient of the low-demand region to a mass analysis coefficient threshold:
if the quality analysis coefficient of the low-demand area is larger than or equal to the quality analysis coefficient threshold value, judging that the video network analysis in the corresponding low-demand area is unqualified, generating a network quality unqualified signal and sending the network quality unqualified signal to a server, and after receiving the network quality unqualified signal, upgrading and maintaining the video network corresponding to the low-demand area by the server;
if the quality analysis coefficient of the low-demand area is smaller than the quality analysis coefficient threshold value, judging that the video network in the corresponding low-demand area is qualified in analysis, generating a network quality qualified signal and sending the network quality qualified signal to a server, and after receiving the network quality qualified signal, the server prolongs the video network maintenance period of the corresponding low-demand area;
after the server receives the high-demand area, a user classification signal is generated and sent to a user classification unit together with the high-demand area, the user classification unit is used for classifying users in the high-demand area, preferential setting is carried out through user classification, the number of the users is stabilized, meanwhile, the number of new users is attracted, the demand of a video network is improved, and the specific user classification process is as follows:
acquiring the video users in the high-demand area, acquiring the average monthly video total duration and average monthly video frequency of the video users in the high-demand area, and comparing the average monthly video total duration and average monthly video frequency of the video users in the high-demand area with an average monthly video total duration threshold and an average monthly video frequency threshold respectively:
if the average monthly video total duration of the video users in the high-demand area of the video users is greater than the average monthly video total duration threshold value and the average monthly video frequency is greater than the average monthly video frequency threshold value, marking the corresponding video users as the continuously exceeding users, sending the continuously exceeding users to a server, after receiving the continuously exceeding users, acquiring the average video cost which continuously exceeds the historical three months of the users by the server, taking the corresponding average video cost as the upper limit value of the video cost corresponding to the continuously exceeding users, and if the video cost corresponding to the continuously exceeding users exceeds the upper limit value of the video cost, taking the upper limit value of the video cost corresponding to the continuously exceeding users as the standard;
if the total average monthly video duration of the users using the video in the high-demand area of the users using the video is greater than the threshold value of the total average monthly video duration and the average monthly video frequency is less than the threshold value of the average monthly video frequency, marking the corresponding users using the video as interval excess users, sending the interval excess users to a server, marking the video duration of which the interval exceeds the total average monthly video duration of the users and exceeds the corresponding threshold value as half-rate video after the server receives the interval excess users, namely calculating the video duration of which the interval exceeds the total monthly video duration of the users and exceeds the total average monthly video duration by half rate;
if the average monthly video total duration of the video users in the high-demand area of the video users is smaller than the average monthly video total duration threshold value and the average monthly video frequency is larger than the average monthly video frequency threshold value, marking the corresponding video users as frequently-used users, sending the frequently-used users to a server, and after receiving the frequently-used users, the server carries out cross-frequency free on the frequently-used users, wherein the cross-frequency free represents that the adjacent video use interval duration of the frequently-used users is calculated for free if the adjacent video use interval duration is smaller than the corresponding duration threshold value;
the server generates data monitoring signals and sends the data monitoring signals to the data monitoring unit, the data monitoring unit is used for carrying out data monitoring on users using videos, data storage is carried out through a block chain storage platform, the problem of roaming settlement is prevented from occurring, great coordination cost and time cost are consumed, the error rate of data transmission is reduced, and the specific monitoring process is as follows:
collecting two users using video, sending the users using video and the corresponding areas to a block chain storage platform, setting block names according to terminal IP addresses of the two users using video by the block chain storage platform, storing the corresponding areas of the two users using video into the two blocks, establishing pre-connection between the two blocks, setting pre-connection time, monitoring and storing real-time video using time points, duration and cost of the two users using video corresponding to the two blocks, recording the generation times of monitoring data when the monitoring data are generated, setting the pre-connection between the two corresponding blocks as fixed connection if the generation times of the monitoring data in the pre-connection time exceed a pre-connection generation time threshold, setting the fixed connection time, and if the generation times of the monitoring data in the fixed connection time exceed the fixed connection generation time threshold, the fixed connection between two adjacent blocks is released, and the monitoring data in the blocks are emptied; the monitoring data represents video-related data such as usage time points, duration, cost, etc. between users using the video.
The formulas are obtained by acquiring a large amount of data and performing software simulation, and the coefficients in the formulas are set by the technicians in the field according to actual conditions;
when the system is used, the video roaming cost of users in each area is analyzed through the charging settlement platform, the server generates an area analysis signal and sends the area analysis signal to the area analysis unit, each area is analyzed through the area analysis unit, the analysis area is divided into a high-demand area and a low-demand area through analysis, the high-demand area and the low-demand area are sent to the server, after the server receives the low-demand area, the server generates a quality analysis signal and sends the quality analysis signal and the low-demand area to the quality analysis unit, and a video network in the low-demand area is analyzed through the quality analysis unit; after receiving the high-demand area, the server generates a user classification signal and sends the user classification signal and the high-demand area to a user classification unit; classifying users in the high-demand area through a user classification unit; the data monitoring unit is used for monitoring data of users using the video and storing the data through the block chain storage platform.
The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise forms disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.
Claims (5)
1. The VoLTE high-definition audio and video international roaming charging and settlement system based on 5G is characterized by comprising a charging and settlement platform, wherein a server is arranged in the charging and settlement platform, the server is in communication connection with an area analysis unit, a user classification unit, a quality analysis unit and a data monitoring unit, and the data monitoring unit is in communication connection with a block chain storage platform;
the method comprises the steps that a charging settlement platform analyzes video roaming charges of users in each area, a server generates area analysis signals and sends the area analysis signals to an area analysis unit, each area is analyzed through the area analysis unit, the analysis area is divided into a high-demand area and a low-demand area through analysis, the high-demand area and the low-demand area are sent to the server, the server generates quality analysis signals and sends the quality analysis signals and the low-demand area to a quality analysis unit after receiving the low-demand area, and a video network in the low-demand area is analyzed through the quality analysis unit; after receiving the high-demand area, the server generates a user classification signal and sends the user classification signal and the high-demand area to a user classification unit; classifying users in the high-demand area through a user classification unit; the data monitoring unit is used for monitoring data of users using the video and storing the data through the block chain storage platform.
2. The system for international roaming charging and settlement of audio and video of VoLTE 5G based on claim 1, wherein the regional analysis process of the regional analysis unit is as follows:
marking the video network coverage area as an analysis area, setting a mark i as a natural number larger than 1, acquiring the ratio of the number of video users in each analysis area to the total number of users, and marking the ratio of the number of video users in each analysis area to the total number of users as ZBi; acquiring the growth speed of the number of video users in each analysis area, and marking the growth speed of the number of video users in each analysis area as ZVi;
comparing the video use analysis coefficient of each analysis area with a video use analysis coefficient threshold value by analyzing and acquiring the video use analysis coefficient Xi of each analysis area:
if the video use analysis coefficient of the analysis area is larger than or equal to the video use analysis coefficient threshold, judging that the video use requirement of the corresponding analysis area is high, generating a requirement signal and marking the corresponding analysis area as a high-requirement area; if the video use analysis coefficient of the analysis area is less than the video use analysis coefficient threshold value, judging that the video use requirement of the corresponding analysis area is low, generating a low-requirement signal and marking the corresponding analysis area as a low-requirement area;
the high demand area and the low demand area are sent to a server.
3. The VoLTE high-definition audio-video international roaming charging and settlement system based on 5G according to claim 1, wherein the analysis process of the quality analysis unit is as follows:
marking the low-demand areas as o, wherein o is a natural number larger than 1, acquiring the network average delay time, the picture pause frequency and the connection interruption times of the user video in each low-demand area, and respectively marking the network average delay time, the picture pause frequency and the connection interruption times of the user video in the low-demand areas as YSCo, HMKo and LJZo; acquiring a mass analysis coefficient Co of a low-demand area through analysis;
comparing the mass analysis coefficient of the low-demand region to a mass analysis coefficient threshold:
if the quality analysis coefficient of the low-demand area is larger than or equal to the quality analysis coefficient threshold value, judging that the video network analysis in the corresponding low-demand area is unqualified, generating a network quality unqualified signal and sending the network quality unqualified signal to a server, and after receiving the network quality unqualified signal, upgrading and maintaining the video network corresponding to the low-demand area by the server; and if the quality analysis coefficient of the low-demand area is less than the quality analysis coefficient threshold value, judging that the video network in the corresponding low-demand area is qualified in analysis, generating a network quality qualified signal and sending the network quality qualified signal to the server, and after receiving the network quality qualified signal, the server prolongs the video network maintenance period of the corresponding low-demand area.
4. The VoLTE high-definition audio-video international roaming charging and settlement system based on 5G according to claim 1, wherein the user classification process of the user classification unit is as follows:
acquiring the video users in the high-demand area, acquiring the average monthly video total duration and average monthly video frequency of the video users in the high-demand area, and comparing the average monthly video total duration and average monthly video frequency of the video users in the high-demand area with an average monthly video total duration threshold and an average monthly video frequency threshold respectively:
if the average monthly video total duration of the video users in the high-demand area of the video users is greater than the average monthly video total duration threshold value and the average monthly video frequency is greater than the average monthly video frequency threshold value, marking the corresponding video users as the continuously exceeding users, sending the continuously exceeding users to a server, after receiving the continuously exceeding users, acquiring the average video cost which continuously exceeds the historical three months of the users by the server, taking the corresponding average video cost as the upper limit value of the video cost corresponding to the continuously exceeding users, and if the video cost corresponding to the continuously exceeding users exceeds the upper limit value of the video cost, taking the upper limit value of the video cost corresponding to the continuously exceeding users as the standard;
if the total average monthly video duration of the users using the video in the high-demand area of the users using the video is greater than the threshold value of the total average monthly video duration and the average monthly video frequency is less than the threshold value of the average monthly video frequency, marking the corresponding users using the video as interval excess users, sending the interval excess users to a server, marking the video duration of which the interval exceeds the total average monthly video duration of the users and exceeds the corresponding threshold value as half-rate video after the server receives the interval excess users, namely calculating the video duration of which the interval exceeds the total monthly video duration of the users and exceeds the total average monthly video duration by half rate;
if the average monthly video total duration of the video users in the high-demand area of the video users is smaller than the average monthly video total duration threshold value and the average monthly video frequency is larger than the average monthly video frequency threshold value, marking the corresponding video users as frequently-used users, sending the frequently-used users to a server, and enabling the frequently-used users to pass through frequency for free after the server receives the frequently-used users.
5. The VoLTE high-definition audio-video international roaming charging and settlement system based on 5G according to claim 1, wherein the data monitoring unit is used for monitoring data of users using videos and storing the data through a block chain storage platform, and the specific monitoring process is as follows:
collecting two users using video, sending the users using video and the corresponding areas to a block chain storage platform, setting block names according to terminal IP addresses of the two users using video by the block chain storage platform, storing the corresponding areas of the two users using video into the two blocks, establishing pre-connection between the two blocks, setting pre-connection time, monitoring and storing real-time video using time points, duration and cost of the two users using video corresponding to the two blocks, recording the generation times of monitoring data when the monitoring data are generated, setting the pre-connection between the two corresponding blocks as fixed connection if the generation times of the monitoring data in the pre-connection time exceed a pre-connection generation time threshold, setting the fixed connection time, and if the generation times of the monitoring data in the fixed connection time exceed the fixed connection generation time threshold, the fixed connection between two adjacent blocks is released and the monitored data in the blocks is emptied.
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