CN114244425A - WIFI application system based on satellite communication - Google Patents

Abstract

The invention discloses a satellite communication-based WIFI application system, which is characterized in that identity information and secret key information of a user are obtained through an identity obtaining unit, and preliminary mixing processing is carried out on the identity information and the secret key information to obtain a preliminary verification code; then, by means of a verification unit, the received identity information, the received key information and the received characteristic symbol are verified, standard identity information and standard key information are stored in the verification unit, and meanwhile, corresponding rules of the same principle of preliminary hybrid processing are also stored, and the standard characteristic symbol can be obtained through processing; generating an approval signal according to the result; the verification unit informs the processor to transmit the identity information to the data collection unit after generating the approval signal, the data collection unit collects past use data of a corresponding user, the processor performs preferential grading processing on the past use data by combining the classification rule base according to the past use data, and the user determines the cost preferential condition according to the past use data.

Description

WIFI application system based on satellite communication

Technical Field

The invention belongs to the subsequent field of WIFI application, and particularly relates to a WIFI application system based on satellite communication.

Background

In a patent with publication number CN104506228B, a WIFI application system based on satellite communication is specifically disclosed, which mainly provides a system including a gateway station, a communication satellite transponder, a satellite terminal and a WIFI base station. The gateway station is used for realizing the functions of receiving and transmitting satellite feeder link data, managing network resources, managing an operation system and the like; the communication satellite transponder is used for realizing the function of forwarding satellite user link data and satellite feeder link data; the satellite terminal is used for realizing the receiving and transmitting functions of satellite user link data; the WIFI base station is used for achieving a wireless transceiving function of user link data. The satellite feeder link refers to a communication link between a satellite and a gateway station; the satellite user link refers to a communication link between a satellite and a satellite terminal; the user link refers to a communication link between the WIFI base station and a user.

However, the system also specifically provides a network integrated management subsystem, which is used for receiving the integrated network management data sent by the service switching routing subsystem, analyzing according to the integrated network management data, developing service user authentication and charging management, allocating priorities and resources for different service users, and simultaneously monitoring the running state of the satellite communication-based WIFI application system in real time; however, for how to perform user authentication and charging management in the comprehensive network management data, priority and resource allocation are allocated to different service users, and a related specific technical scheme is specifically lacked; therefore, based on these contents, the present application provides a better WIFI application system, in order to solve this problem prominently.

Disclosure of Invention

The invention aims to provide a WIFI application system based on satellite communication.

The purpose of the invention can be realized by the following technical scheme:

a WIFI application system based on satellite communication comprises an identity acquisition unit, a verification unit, a data collection unit, a processor, a management unit and a classification rule base;

the identity acquisition unit is used for acquiring identity information and key information of a user, and performing preliminary mixing processing on the identity information and the key information to obtain an initial check code;

the identity acquisition unit is used for transmitting the identity information, the key information and the characteristic symbol to the verification unit, and the verification unit receives the identity information, the key information and the characteristic symbol transmitted by the identity acquisition unit; the verification unit is used for verifying the identity information, the key information and the characteristic symbol, the verification unit stores standard identity information and standard key information, and also stores corresponding rules of the same principle of preliminary hybrid processing, and the rules are used for automatically performing the same processing on all the standard identity information and the standard key information to obtain the standard characteristic symbol; generating an approval signal according to the verification result;

the authentication unit is used for transmitting the identity information to the processor after generating the approval signal, the processor transmits the identity information to the data collection unit after receiving the approval signal transmitted by the authentication unit, the data collection unit is used for collecting past use data of a corresponding user according to the identity information, and the past use data comprises use months, use total amount and time or time;

the data collection unit returns the past use data to the processor after acquiring the past use data, the processor receives the past use data transmitted by the data collection unit and performs preferential grading processing on the past use data by combining the classification rule base, and the user determines the cost preferential condition of the user according to the past use data;

the management unit is in communication connection with the processor and is used for recording all preset numerical values.

Further, the identity obtaining unit is a certain APP or applet in the private device of the user.

Further, the mixing treatment specifically comprises:

the method comprises the following steps: acquiring identity information and secret key information;

step two: then acquiring the number of all the character numbers of the identity information and the key information, and marking the number as a total value;

step three: when the total value is an odd number, automatically acquiring the first three-digit character of the identity information, and then selecting the first three-digit character of the key information; fusing six characters of the acquired characters according to the mode that the identity information is in front and the key information is in back; obtaining a characteristic symbol;

when the total value is not an odd number, automatically acquiring the last two-digit character of the identity information, and then selecting the last two-digit character of the key information; fusing the four acquired characters according to the mode that the key information is in front and the identity information is in back; obtaining a characteristic symbol;

step four: and obtaining the character according to the mode of the third step.

Further, the verification unit verifies the identity information, the key information and the characteristic symbol, and the verification mode specifically comprises:

and matching the key information corresponding to the identity information with the standard key information corresponding to the standard identity information, comparing the characteristic symbol with the standard characteristic symbol after the identity information is verified to be consistent, and generating an approval signal after the identity information is consistent, otherwise, not performing any processing.

Further, the data acquisition mode used in the past is specifically as follows:

acquiring total flow used by a user from the beginning of using the corresponding data flow to the current time, and marking the total flow as total use amount;

then when the user starts to use the flow, the first month from the beginning is obtained, and if the flow is used every day in the month, the month is marked as a use day; if the days of a single-month use day exceed seventy percent or more of the month, marking the month as a use month; acquiring the total number of used months from the initial time to the current time, and marking the total number of used months as the number of used months;

when the total time of the unused data traffic in the month is acquired when the month is not used by the user, the time is marked as the inter-time or time.

Further, the specific steps of the preferential grading processing are as follows:

s1: acquiring the number of using months, the total amount of using and the time or interval in the past using data, removing dimensions from the number of using months, the total amount of using and the time or interval, and sequentially marking the obtained numerical values as Ys, Yl and Jt;

s2: calculating a calculation value Hs according to a formula, wherein the specific calculation formula is as follows:

Hs=0.25*Ys+0.42*Yl+0.33*Jt；

in the formula, 0.25, 0.42 and 0.33 are weight coefficients corresponding to different factors and are used for highlighting different importance of the different factors;

s3: then obtaining Hs, and if Hs is less than X1, generating a flat signal;

if Hs is more than or equal to X1 and less than or equal to X2, a binary signal is generated; x1 and X2 are both preset values;

otherwise, generating a top-preference signal;

s4: when a flat signal is generated, a single charge value of the data flow is acquired at the moment, and the single charge value is not changed at the moment;

when a binary signal is generated, the cost for data traffic at this time is calculated by the monthly consumption of less than X3 portions at the original price and data traffic exceeding X3 portions at ninety percent of the original price; x3 is a user preset value;

when the tip signal is generated, the cost for data traffic at this point is less than ninety percent of the original price per the monthly expenditure of the X3 portion; the excess part calculates the cost according to eighty percent of the original price;

s5: and completing the preferential grading processing.

The invention has the beneficial effects that:

the identity information and the key information of the user are acquired through the identity acquisition unit, and the identity information and the key information are subjected to preliminary mixing processing to obtain an initial check code;

then, by means of a verification unit, the received identity information, key information and characteristic symbols are verified, standard identity information and standard key information are stored in the verification unit, and corresponding rules of the same principle of preliminary hybrid processing are also stored, so that the same processing can be automatically performed on all the standard identity information and the standard key information, and the standard characteristic symbols are obtained; generating an approval signal according to the verification result;

the processor transmits the identity information to the data collection unit after receiving the approval signal transmitted by the verification unit, the data collection unit collects past use data of a corresponding user, the processor performs discount grading processing on the past use data by combining the classification rule base according to the past use data, and the user determines the expense discount condition according to the past use data. The method and the device can verify the identity of the user and automatically determine whether the user is favorable or not according to the using condition of the user.

Drawings

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 block diagram of the system of the present invention.

Detailed Description

As shown in fig. 1, a WIFI application system based on satellite communication specifically includes an identity obtaining unit, a verification unit, a data collection unit, a processor, a management unit, and a classification rule base, as one of embodiments of the present application;

wherein, identity acquisition unit is a certain APP or applet in the private equipment of user, and this unit is used for acquireing user's identity information and key information to carry out preliminary hybrid processing to identity information and key information, obtain the initial verification code, hybrid processing specifically is:

the method comprises the following steps: acquiring identity information and secret key information;

step two: then acquiring the number of all the character numbers of the identity information and the key information, and marking the number as a total value;

step three: when the total value is an odd number, automatically acquiring the first three-digit character of the identity information, and then selecting the first three-digit character of the key information; fusing six characters of the acquired characters according to the mode that the identity information is in front and the key information is in back; obtaining a characteristic symbol;

when the total value is not an odd number, automatically acquiring the last two-digit character of the identity information, and then selecting the last two-digit character of the key information; fusing the four acquired characters according to the mode that the key information is in front and the identity information is in back; obtaining a characteristic symbol;

step four: obtaining a characteristic symbol according to the mode of the third step;

the identity acquisition unit is used for transmitting the identity information, the key information and the characteristic symbol to the verification unit, and the verification unit receives the identity information, the key information and the characteristic symbol transmitted by the identity acquisition unit; the verification unit is used for verifying the identity information, the key information and the characteristic symbol, the verification unit stores standard identity information and standard key information, and also stores corresponding rules of the same principle of preliminary hybrid processing, and the rules are used for automatically performing the same processing on all the standard identity information and the standard key information to obtain the standard characteristic symbol; the verification method specifically comprises the following steps:

matching the key information corresponding to the identity information with standard key information corresponding to the standard identity information, comparing the characteristic symbol with the standard characteristic symbol after the verification is consistent, and generating an approval signal after the verification is consistent, or else, performing no processing, wherein the method mainly avoids logging in by other equipment after the identity information and the key information of the user are stolen by a person, and the identity information and the key information only exist in the appointed user equipment;

the authentication unit is used for transmitting the identity information to the processor after generating the approval signal, the processor transmits the identity information to the data collection unit after receiving the approval signal transmitted by the authentication unit, the data collection unit is used for collecting past use data of a corresponding user according to the identity information, and the past use data comprises use months, use total amount and time or time; the data acquisition mode used in the past is as follows:

acquiring total flow used by a user from the beginning of using the corresponding data flow to the current time, and marking the total flow as total use amount;

then when the user starts to use the flow, the first month from the beginning is obtained, and if the flow is used every day in the month, the month is marked as a use day; if the days of a single-month use day exceed seventy percent or more of the month, marking the month as a use month; acquiring the total number of used months from the initial time to the current time, and marking the total number of used months as the number of used months;

when a user uses a month, obtaining the total time of unused data traffic in the month, and marking the time as inter-time or time;

the data collection unit returns the past use data to the processor after acquiring the past use data, the processor receives the past use data transmitted by the data collection unit and then performs preferential grading processing on the past use data by combining the classification rule base, and the specific preferential grading processing steps are as follows:

s1: acquiring the number of using months, the total amount of using and the time or interval in the past using data, removing dimensions from the number of using months, the total amount of using and the time or interval, and sequentially marking the obtained numerical values as Ys, Yl and Jt;

s2: calculating a calculation value Hs according to a formula, wherein the specific calculation formula is as follows:

Hs=0.25*Ys+0.42*Yl+0.33*Jt；

in the formula, 0.25, 0.42 and 0.33 are weight coefficients corresponding to different factors and are used for highlighting different importance of the different factors;

s3: then obtaining Hs, and if Hs is less than X1, generating a flat signal;

if Hs is more than or equal to X1 and less than or equal to X2, a binary signal is generated; x1 and X2 are both preset values;

otherwise, generating a top-preference signal;

s4: when a flat signal is generated, a single charge value of the data flow is acquired at the moment, and the single charge value is not changed at the moment;

when a binary signal is generated, the cost for data traffic at this time is calculated by the monthly consumption of less than X3 portions at the original price and data traffic exceeding X3 portions at ninety percent of the original price; x3 is a user preset value;

when the tip signal is generated, the cost for data traffic at this point is less than ninety percent of the original price per the monthly expenditure of the X3 portion; the excess part calculates the cost according to eighty percent of the original price;

s5: and completing the preferential grading processing.

The management unit is in communication connection with the processor and is used for recording all preset numerical values.

The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.

Claims (6)

1. A WIFI application system based on satellite communication is characterized by comprising an identity acquisition unit, a verification unit, a data collection unit, a processor, a management unit and a classification rule base;

the identity acquisition unit is used for acquiring identity information and key information of a user, and performing preliminary mixing processing on the identity information and the key information to obtain an initial check code;

the identity acquisition unit is used for transmitting the identity information, the key information and the characteristic symbol to the verification unit, and the verification unit receives the identity information, the key information and the characteristic symbol transmitted by the identity acquisition unit; the verification unit is used for verifying the identity information, the key information and the characteristic symbol, the verification unit stores standard identity information and standard key information, and also stores corresponding rules of the same principle of preliminary hybrid processing, and the rules are used for automatically performing the same processing on all the standard identity information and the standard key information to obtain the standard characteristic symbol; generating an approval signal according to the verification result;

the authentication unit is used for transmitting the identity information to the processor after generating the approval signal, the processor transmits the identity information to the data collection unit after receiving the approval signal transmitted by the authentication unit, the data collection unit is used for collecting past use data of a corresponding user according to the identity information, and the past use data comprises use months, use total amount and time or time;

the data collection unit returns the past use data to the processor after acquiring the past use data, the processor receives the past use data transmitted by the data collection unit and performs preferential grading processing on the past use data by combining the classification rule base, and the user determines the cost preferential condition of the user according to the past use data;

the management unit is in communication connection with the processor and is used for recording all preset numerical values.

2. The WIFI application system based on satellite communication as claimed in claim 1, wherein the identity obtaining unit is an APP or an applet in the user private device.

3. The WIFI application system based on satellite communication according to claim 1, wherein the hybrid processing specifically includes:

the method comprises the following steps: acquiring identity information and secret key information;

step two: then acquiring the number of all the character numbers of the identity information and the key information, and marking the number as a total value;

step three: when the total value is an odd number, automatically acquiring the first three-digit character of the identity information, and then selecting the first three-digit character of the key information; fusing six characters of the acquired characters according to the mode that the identity information is in front and the key information is in back; obtaining a characteristic symbol;

when the total value is not an odd number, automatically acquiring the last two-digit character of the identity information, and then selecting the last two-digit character of the key information; fusing the four acquired characters according to the mode that the key information is in front and the identity information is in back; obtaining a characteristic symbol;

step four: and obtaining the character according to the mode of the third step.

4. The WIFI application system based on satellite communication according to claim 1, wherein the verification unit verifies the identity information, the key information and the characteristic symbol, and the verification method specifically includes:

and matching the key information corresponding to the identity information with the standard key information corresponding to the standard identity information, comparing the characteristic symbol with the standard characteristic symbol after the identity information is verified to be consistent, and generating an approval signal after the identity information is consistent, otherwise, not performing any processing.

5. The WIFI application system based on satellite communication as claimed in claim 1, wherein the data obtaining manner used in the past is as follows:

acquiring total flow used by a user from the beginning of using the corresponding data flow to the current time, and marking the total flow as total use amount;

then when the user starts to use the flow, the first month from the beginning is obtained, and if the flow is used every day in the month, the month is marked as a use day; if the days of a single-month use day exceed seventy percent or more of the month, marking the month as a use month; acquiring the total number of used months from the initial time to the current time, and marking the total number of used months as the number of used months;

when the total time of the unused data traffic in the month is acquired when the month is not used by the user, the time is marked as the inter-time or time.

6. The WIFI application system based on satellite communication as claimed in claim 1, wherein the specific steps of the privilege grading processing are as follows:

s1: acquiring the number of using months, the total amount of using and the time or interval in the past using data, removing dimensions from the number of using months, the total amount of using and the time or interval, and sequentially marking the obtained numerical values as Ys, Yl and Jt;

s2: calculating a calculation value Hs according to a formula, wherein the specific calculation formula is as follows:

Hs=0.25*Ys+0.42*Yl+0.33*Jt；

in the formula, 0.25, 0.42 and 0.33 are weight coefficients corresponding to different factors and are used for highlighting different importance of the different factors;

s3: then obtaining Hs, and if Hs is less than X1, generating a flat signal;

if Hs is more than or equal to X1 and less than or equal to X2, a binary signal is generated; x1 and X2 are both preset values;

otherwise, generating a top-preference signal;

s4: when a flat signal is generated, a single charge value of the data flow is acquired at the moment, and the single charge value is not changed at the moment;

when a binary signal is generated, the cost for data traffic at this time is calculated by the monthly consumption of less than X3 portions at the original price and data traffic exceeding X3 portions at ninety percent of the original price; x3 is a user preset value;

when the tip signal is generated, the cost for data traffic at this point is less than ninety percent of the original price per the monthly expenditure of the X3 portion; the excess part calculates the cost according to eighty percent of the original price;

s5: and completing the preferential grading processing.

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