CN112637872B - Configuration method for selecting optimal network based on preference setting and CPE system thereof - Google Patents
Configuration method for selecting optimal network based on preference setting and CPE system thereof Download PDFInfo
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- CN112637872B CN112637872B CN202011519027.3A CN202011519027A CN112637872B CN 112637872 B CN112637872 B CN 112637872B CN 202011519027 A CN202011519027 A CN 202011519027A CN 112637872 B CN112637872 B CN 112637872B
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Abstract
The invention discloses a configuration method for selecting an optimal network based on preference setting and a CPE system thereof, relates to CPE equipment and solves the technical problem that the existing CPE equipment is difficult to operate in the optimal network. The method comprises a network first planning step and a network continuous planning step; the network first planning step is used for finding out a target network type of an area where a user is located according to the network utilization preference information of the user, and enabling the CPE equipment to be networked according to the target network type; and the network continuous planning step is used for regularly acquiring the internet surfing behavior information of the user in the process of continuously using the network by the user, and analyzing and judging whether the current network type is the optimal network type according to the internet surfing behavior information and the network using preference information. The invention can enable the CPE equipment to select the optimal operator network, realize that the application of the user can run under the optimal network, and can not influence the work of the user when the network is switched.
Description
Technical Field
The present invention relates to a CPE device, and more particularly, to a configuration method of selecting an optimal network based on preference setting and a CPE system thereof.
Background
Cpe (customer Premise equipment), which is a customer premises equipment, is a mobile signal access device that receives a mobile signal, i.e., a 4G or 5G signal, converts it into a WiFi signal, and forwards the WiFi signal. The CPE equipment can support a large number of mobile terminals which can surf the internet at the same time. At present, CPE equipment can be widely applied to wireless network access in rural areas, towns, hospitals, units, factories, cells and the like, and the cost for laying a wire network can be saved. The common CPE equipment works on the principle that a 4G or 5G SIM card is inserted, and then a WiFi network is provided for equipment connection. The CPE device is usually fixed in place, and after the CPE device is placed, a user can perform networking by selecting a corresponding operator network. However, the location of the CPE device and the operator network corresponding to the application of the connection end are not necessarily optimal, and if the network is not good, the user also needs to switch the network of the CPE device to find the network with the optimal signal. When switching, the user cannot know which operator's network is optimal, and therefore, a lot of time is consumed to perform the switching test.
Disclosure of Invention
The invention aims to solve the technical problem of the prior art, and aims to provide a configuration method for selecting an optimal network based on preference setting, so that the problem that the existing CPE equipment is difficult to operate in the optimal network is solved.
The second purpose is to provide a CPE system for selecting the optimal network based on preference setting, and solve the problem that the existing CPE equipment is difficult to operate in the optimal network.
In order to achieve the first purpose, the invention provides a configuration method for selecting an optimal network based on preference setting, which comprises a network first planning step and a network continuous planning step;
the network first planning step is used for finding out a target network type of an area where a user is located according to the network utilization preference information of the user, and enabling the CPE equipment to be networked according to the target network type;
the network continuous planning step is used for regularly acquiring the internet surfing behavior information of the user in the process of continuously using the network by the user, analyzing the proportion distribution weight of the network type according to the internet surfing behavior information and the network using preference information, and then judging whether the current network type is the optimal network type according to the analysis result; if not, the current network type is replaced;
the network continuous planning step specifically includes:
s21, the CPE acquires the internet surfing behavior information of the user regularly, and uploads the internet surfing behavior information to a cloud server;
s22, the cloud server divides the internet surfing behavior information into internet surfing non-preference information and internet surfing preference information according to the internet usage preference information, and determines the non-preference use time length in the internet surfing non-preference information and the preference use time length in the internet surfing preference information within the time length according to the time length of the CPE device for regularly collecting information;
s23, configuring an actual use weight and a preference weight through the cloud server, and determining a weight coefficient according to the product of the ratio of the actual use weight to the preference weight and the ratio of the non-preference use duration to the preference use duration;
s24, determining whether to change the network according to the proportional relation between the weight coefficient and the set reference coefficient; when the weight coefficient is larger than the reference coefficient, the current network type is changed; otherwise, the current network type continues to be used.
Further improvement, the network first planning step specifically includes:
s11, selecting network preference through a user terminal connected with the CPE equipment through a network, and uploading the network preference information and the positioning information of the user to a cloud server by the CPE equipment;
s12, the cloud server traverses a big data center in the cloud server according to the positioning information and the network utilization preference information to acquire network data of all network types of the area where the user is located;
s13, comparing all the network data, taking the network type with the best network data as a target network type, and enabling the CPE equipment to be networked according to the target network type.
Further, the network data includes data information of a location-optimal network, an application-optimal network, a user stable usage network proportion, and a network guarantee rate.
Further, in step S24, when the weight coefficient is greater than the reference coefficient, after determining the new network type to be used, the cloud server first issues the new network type to the CPE device for storage, and performs network switching during idle use with the network of the CPE device.
Further, in step S21, after the CPE device collects the internet access behavior information of the user, the internet access behavior information is encrypted and then uploaded to the cloud server.
In order to achieve the second purpose, the invention provides a CPE system for selecting an optimal network based on preference setting, which comprises CPE equipment and a cloud server; the CPE equipment is connected with the cloud server through a network, and the CPE equipment and the cloud server realize the configuration method for selecting the optimal network based on the preference setting.
Advantageous effects
The invention has the advantages that: through the first planning of the network, the operator network with better signals of the area network where the user is located can be provided for the user according to the network using preference of the user, and the network using experience of the user is improved. Through continuous planning of the network, automatic learning of the CPE equipment is achieved, the network is automatically optimized along with the operation habits of users, the CPE equipment is always connected with an operator network with the optimal network signal, and the application of the users can run under the optimal network. And when the CPE equipment switches the network, the switching is only carried out in the idle period of the user network, so that the problem that the user network is influenced by the network disconnection during the switching is avoided.
Drawings
FIG. 1 is a block flow diagram of the present invention;
FIG. 2 is a schematic diagram of an interest preference setting page of the present invention;
fig. 3 is a schematic diagram of the system structure of the present invention.
Detailed Description
The invention is further described below with reference to examples, but not to be construed as being limited thereto, and any number of modifications which can be made by anyone within the scope of the claims are also within the scope of the claims.
Referring to fig. 1-2, a configuration method for selecting an optimal network based on preference settings according to the present invention includes a network first planning step and a network continuous planning step. The network first planning step is used for finding out the target network type of the area where the user is located according to the network utilization preference information of the user, and enabling the CPE equipment to be networked according to the target network type. For example, the network preference provided by the system mainly includes three types of usage, namely, a network for network games, a network for movies and television, and a network for office/news. Generally, the network signal required by the network game network is high in stability, the network signal required by the video network is high in downloading speed, and the network signal required by the office/news network is high in response and small in delay. And for an area, the network characteristics of different operators are different. It is assumed that three operators of mobile, internet and telecommunication exist in an area where a user is located, and a network provided by mobile is suitable for a game network, a network provided by internet is suitable for a movie network, and a network provided by telecommunication is suitable for an office/news network. Based on the requirements, after the user sets the network preference, the system plans the target network type of the area where the user is located so as to meet the requirement of the user on the network, so that the user can be applicable to the optimal operator network when networking is performed through CPE equipment. For example, when the network using preference set by the user is a game, the system plans the target network type of the area where the user is located as a mobile network.
Specifically, the network first planning step specifically includes:
s11, selecting the network using preference through the user terminal connected with the CPE equipment network, and uploading the network using preference information and the positioning information of the user to the cloud server by the CPE equipment. Specifically, when the CPE is started up for the first time, the CPE is connected with a network according to the built-in SIM card, and then the CPE sends a WiFi signal to a user terminal, namely, a computer, a mobile phone, a tablet and other equipment to carry out network connection. Then, the conventional setting of CPE equipment is entered through the equipment, and the favorite setting page is used for checking favorite interest options of the user; after the click is determined, the CPE equipment uploads the network use preference information of the user to the cloud server.
Preferably, when the CPE device uploads the network utilization preference information of the user, the CPE device encrypts the network utilization preference information to ensure the security of the information.
And S12, traversing the big data center in the cloud server by the cloud server according to the positioning information and the network utilization preference information to acquire the network data of all network types of the area where the user is located. The network data comprises data information of a position optimal network, an application optimal network, a user stable use network proportion and a network guarantee rate.
And S13, comparing all the network data, and using the network type with the best network data as a target network type to enable the CPE equipment to be networked according to the target network type. By comparing and analyzing the network data, the network type with the best signal in the area network where the user is located can be analyzed, and the optimal operator network can be provided.
The optimal network preliminarily selected by the system for the user according to the network preference information when the CPE equipment is started up for the first time is described above. However, in the process of using the network, the problems of too many users used in the same time period, too much delay and instability of the network are inevitably caused. At this time, the type of network used by the user is not necessarily optimal. Based on the above, the invention provides a network continuous planning step, which is used for periodically acquiring the internet surfing behavior information of the user in the process of continuously using the network by the user, analyzing the proportion distribution weight of the network type according to the internet surfing behavior information and the network using preference information, and then judging whether the current network type is the optimal network type according to the analysis result; if not, the current network type is changed, so that the CPE equipment selects the optimal operator network, and the application of the user can run under the optimal network.
Specifically, the network continuous planning step specifically includes:
s21, the CPE device collects the internet surfing behavior information of the user regularly and uploads the internet surfing behavior information to the cloud server. The interval of the CPE device acquiring the internet access behavior information may be 6 hours, but is not limited to 6 hours, and the user may set the periodic time length according to the requirement.
Preferably, after the CPE device acquires the internet access behavior information of the user, the internet access behavior information is encrypted and then uploaded to the cloud server, so as to ensure the security of the user information.
S22, the cloud server divides the internet surfing behavior information into internet surfing non-preference information and internet surfing preference information according to the internet usage preference information, and determines the non-preference use time length in the internet surfing non-preference information and the preference use time length in the internet surfing preference information in the time length according to the time length of the CPE device periodically collecting information. Namely, the cloud server classifies the internet access behavior information acquired by the CPE within the 6-hour time according to the network preference information, and respectively calculates the service time of each type of information.
S23, configuring the actual use weight and the preference weight through the cloud server, and determining a weight coefficient according to the product of the ratio of the actual use weight to the preference weight and the ratio of the non-preference use duration to the preference use duration. That is, the weight coefficient ═ (actual use weight/preference weight) × (non-preference use period/preference use period). For example, the user only watches movie and plays games in the online time, the movie watching time is longer than the game playing time, and the online preference set by the user is the game. The cloud server configures the network weight of the game in the area as a preference weight and configures the network weight of the game in the area as an actual use weight. The weight is configured mainly through the cloud server according to the use type and the geographic position of the area where the user is located. For example, when the preference weight is configured, the cloud server obtains a network weight corresponding to the preference stored in the cloud server according to the preference set by the user and the geographic location used for the area where the preference weight is located, and the network weight is the preference weight.
S24, determining whether to change the network according to the proportional relation between the weight coefficient and the set reference coefficient; when the weight coefficient is larger than the reference coefficient, the current network type is changed; otherwise, the current network type continues to be used. The reference coefficient of this embodiment is set to 1, that is, when (actual usage weight/preference weight) × (non-preferred usage duration/preferred usage duration) >1, the CPE device changes the current network type, so that the CPE device selects the optimal operator network, and the usage experience of the user is improved.
Preferably, when the weight coefficient is greater than the reference coefficient, after determining the new network type to be used, the cloud server first issues the new network type to the CPE device for storage, and performs network switching during idle use with the network of the CPE device. Since the CPE device may be disconnected in a short time during the process of switching the network types, if a user is using the network to perform important work, a lot of inconvenience may be caused, and even unnecessary loss may be caused to the user. Therefore, after the cloud server analyzes the network type suggested for use, the CPE does not switch the network type immediately, but switches the network during the idle period of network use, and the influence on the work of a user caused by switching the network type is avoided. For example, the user's preference is for gaming, i.e., the CPE devices are first networked in a mobile network. The user only watches movies and plays games during the on-line time. And when the weight coefficient obtained by the video and the game is greater than 1, the cloud server issues the communication network corresponding to the video to the CPE equipment, and the CPE equipment is networked by the communication network after the network switching is completed.
Referring to fig. 3, a CPE system for selecting an optimal network based on preference settings includes CPE devices and a cloud server. The CPE equipment is connected with the cloud server through a network, and the CPE equipment and the cloud server are used for realizing a configuration method for selecting an optimal network based on preference setting, so that the CPE equipment selects an optimal operator network, and the application of a user can run under the optimal network.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that those skilled in the art can make various changes and modifications without departing from the structure of the invention, which will not affect the effect of the invention and the practicability of the patent.
Claims (6)
1. A configuration method for selecting an optimal network based on preference setting is characterized by comprising a network first planning step and a network continuous planning step;
the network first planning step is used for finding out a target network type of an area where a user is located according to the network utilization preference information of the user, and enabling the CPE equipment to be networked according to the target network type;
the network continuous planning step is used for regularly acquiring the internet surfing behavior information of the user in the process of continuously using the network by the user, analyzing the proportion distribution weight of the network type according to the internet surfing behavior information and the network using preference information, and then judging whether the current network type is the optimal network type according to the analysis result; if not, the current network type is replaced;
the network continuous planning step specifically includes:
s21, the CPE acquires the internet surfing behavior information of the user regularly, and uploads the internet surfing behavior information to a cloud server;
s22, the cloud server divides the internet surfing behavior information into internet surfing non-preference information and internet surfing preference information according to the internet usage preference information, and determines the non-preference use time length in the internet surfing non-preference information and the preference use time length in the internet surfing preference information within the time length according to the time length of the CPE device for regularly collecting information;
s23, configuring an actual use weight and a preference weight through the cloud server, and determining a weight coefficient according to the product of the ratio of the actual use weight to the preference weight and the ratio of the non-preference use duration to the preference use duration;
s24, determining whether to change the network according to the proportional relation between the weight coefficient and the set reference coefficient; when the weight coefficient is larger than the reference coefficient, the current network type is changed; otherwise, the current network type continues to be used.
2. The configuration method for selecting an optimal network based on preference setting according to claim 1, wherein the network first planning step specifically comprises:
s11, selecting network preference through a user terminal connected with the CPE equipment through a network, and uploading the network preference information and the positioning information of the user to a cloud server by the CPE equipment;
s12, the cloud server traverses a big data center in the cloud server according to the positioning information and the network utilization preference information to acquire network data of all network types of the area where the user is located;
s13, comparing all the network data, taking the network type with the best network data as a target network type, and enabling the CPE equipment to be networked according to the target network type.
3. The configuration method for selecting the optimal network based on the preference setting as claimed in claim 2, wherein the network data comprises data information of a location optimal network, an application optimal network, a user stable usage network occupation ratio and a network guarantee rate.
4. The configuration method for selecting the optimal network based on the preference setting as claimed in claim 1, 2 or 3, wherein in step S24, when the weighting factor is greater than the reference factor, after the cloud server determines the new network type to be used, the new network type is first sent to the CPE device for storage, and the network to be switched with the CPE device during the idle period of use.
5. The configuration method for selecting the optimal network based on the preference setting as claimed in claim 1, wherein in step S21, after the CPE device collects the internet access behavior information of the user, the internet access behavior information is encrypted and uploaded to the cloud server.
6. A CPE system for selecting an optimal network based on preference settings is characterized by comprising CPE equipment and a cloud server; the CPE device is connected with a cloud server network, and the CPE device and the cloud server realize a configuration method for selecting an optimal network based on preference setting according to any one of claims 1 to 5.
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| CN104202722A (en) * | 2014-09-01 | 2014-12-10 | 江苏紫米电子技术有限公司 | MIFI network system based on location position and cloud information, and application method |
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| CN105828317A (en) * | 2016-03-14 | 2016-08-03 | 宇龙计算机通信科技(深圳)有限公司 | ESIM-card-based operator service selection method and selection apparatus, and terminal |
| CN111093182B (en) * | 2019-12-24 | 2021-06-11 | 广西东信易联科技有限公司 | Network optimal resource selection system for CPE (customer premises equipment) |
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