CN112579916B - Data processing system based on multi-channel user information - Google Patents
Data processing system based on multi-channel user information Download PDFInfo
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- CN112579916B CN112579916B CN202110222919.5A CN202110222919A CN112579916B CN 112579916 B CN112579916 B CN 112579916B CN 202110222919 A CN202110222919 A CN 202110222919A CN 112579916 B CN112579916 B CN 112579916B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/90—Details of database functions independent of the retrieved data types
- G06F16/95—Retrieval from the web
- G06F16/953—Querying, e.g. by the use of web search engines
- G06F16/9535—Search customisation based on user profiles and personalisation
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- G—PHYSICS
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/30—Authentication, i.e. establishing the identity or authorisation of security principals
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- G06F21/32—User authentication using biometric data, e.g. fingerprints, iris scans or voiceprints
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Abstract
The invention relates to a data processing system based on multi-channel user information, which relates to the technical field of data processing and comprises an authentication module, a data acquisition module, a processing module and a pushing module, wherein the processing module selects a pushing information type by comparing the acquired hospitalizing times of a user with preset hospitalizing times of the user, when the processing module selects the amount of pushed articles, the processing module selects the corresponding amount of pushed articles by comparing the acquired amount of shopping with the preset amount of shopping, and simultaneously, the processing module adjusts the preset amount of shopping according to the acquired total water and electricity payment amount, and the processing module adjusts and corrects the amount of pushed articles according to the acquired age of the user and the acquired average income level of a region. The system acquires the user information through multiple channels and adjusts the push content, so that the accuracy of the push information is effectively improved.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to a data processing system based on multi-channel user information.
Background
The push technology reduces time for searching on the network by automatically transmitting information to the user, searches, filters information according to the user's interest, and pushes it to the user periodically, helping the user to efficiently explore valuable information.
The network information pushing is to actively send information which is interested by a user to a computer of the user according to the needs of the user in a purposeful and timely manner by utilizing a pushing technology, and the user does not need to search on the internet.
In the prior art, when information is pushed to a user, the user information is acquired only through a single channel and related information is pushed to the user, the requirement of the user is judged to be too single, the pushed information is inaccurate, and the pushing efficiency is low.
Disclosure of Invention
Therefore, the invention provides a data processing system based on multi-channel user information, which is used for solving the problem of low pushing accuracy caused by the fact that the pushed content cannot be adjusted by acquiring the user information through multiple channels in the prior art.
In order to achieve the above object, the present invention provides a data processing system based on multi-channel user information, comprising:
an authentication module: the system is used for verifying the identity information of the user and acquiring the age, the sex and the region of the user;
a data acquisition module: the system is used for acquiring online shopping information, hospitalizing information, life payment information and average income level of an area where a user is located in the last three months;
the online shopping information comprises the types of purchased living goods, the shopping times and the shopping amount, the hospitalizing information comprises the hospitalizing times, the total hospitalizing amount and the disease diagnosis type, and the payment information comprises the water fee payment amount and the electric fee payment amount;
a processing module: the system comprises an online shopping system, a medical information acquisition system, a life payment system and a server, wherein the online shopping system is used for acquiring online shopping information, medical information and life payment information;
the pushing information comprises money of living goods, medical goods and pushed goods;
a pushing module: the push information is pushed to a user;
when the processing module generates push information, the processing module determines the push information according to the acquired online shopping information, when the processing module determines the push information, the processing module acquires the hospitalizing times of the user from the hospitalizing information, compares the hospitalizing times of the user with the preset hospitalizing times of the user, determines the type of the push information according to the comparison result, and simultaneously adjusts the preset hospitalizing times according to the acquired total hospitalizing amount;
when the processing module selects the amount of pushed articles, the processing module selects the corresponding amount of pushed articles by comparing the acquired amount of shopping with the preset amount of shopping, and simultaneously adjusts the preset amount of shopping according to the acquired total amount of the hydropower payment, and after the processing module adjusts the preset amount of shopping, the processing module adjusts and corrects the selected amount of pushed articles according to the acquired age of the user and the acquired average income level of the area;
when the processing module determines the daily pushing times of the pushed information, the processing module determines the daily pushing times of the pushed information by comparing the acquired shopping times with the preset shopping times.
Further, a first preset hospitalizing frequency A1, a second preset hospitalizing frequency A2, a third preset hospitalizing frequency A3 and a fourth preset hospitalizing frequency A4 are arranged in the processing module, and the preset hospitalizing frequencies are gradually increased in sequence, wherein A1 is more than 0, A2 is more than A3 is more than A4; the processing module is also provided with a first preset push information type C0 and a second preset push information type D0;
when the processing module selects the push information type, the processing module compares the acquired medical treatment times A of the user with the preset medical treatment times, and selects the corresponding push information type according to the comparison result:
when A1 is not less than A < A2, the processing module takes C0 as the push information category;
when A2 is not less than A < A3, the processing module takes C0 and D0 as push information types;
when A3 is not less than A < A4, the processing module takes C0 and D0 as push information types;
when A4 is less than or equal to A, the processing module takes D0 as the push information category.
Furthermore, a first preset total hospitalizing amount E1, a second preset total hospitalizing amount E2, a third preset total hospitalizing amount E3 and a fourth preset total hospitalizing amount E4 are further arranged in the processing module, and the preset total hospitalizing amounts are gradually increased in sequence, wherein E1 is more than 0, E2 is more than E3 is more than E4; the processing module is also provided with a first preset hospitalizing time adjusting coefficient a1, a second preset hospitalizing time adjusting coefficient a2, a third preset hospitalizing time adjusting coefficient a3 and a fourth preset hospitalizing time adjusting coefficient a4, wherein the preset hospitalizing time adjusting coefficients are gradually increased in sequence, and a1 is more than 0 and a2 and a3 and a4 are less than 1;
when the processing module adjusts the ith preset hospitalizing times Ai, setting i =1,2,3 and 4, comparing the acquired total hospitalizing amount E with each preset total hospitalizing amount by the processing module, and selecting a corresponding hospitalizing time adjusting coefficient to adjust Ai according to a comparison result:
when E1 is more than or equal to E and less than E2, the processing module selects a4 to adjust Ai;
when E2 is more than or equal to E and less than E3, the processing module selects a3 to adjust Ai;
when E3 is more than or equal to E and less than E4, the processing module selects a2 to adjust Ai;
when E4 is not more than E, the processing module selects a1 to adjust Ai;
when the processing module selects the jth preset hospitalizing times adjusting coefficient aj to adjust Ai, j =1,2,3 and 4 are set, and the adjusted ith preset hospitalizing times are Ai 'and Ai' = Ai × aj are set.
Further, the first preset push information category C0 includes a first preset living goods category C1, a second preset living goods category C2, a third preset living goods category C3, and a fourth preset living goods category C4; the second preset push information type D0 includes a first preset medical supply type D1, a second preset medical supply type D2, a third preset medical supply type D3, and a fourth preset medical supply type D4;
when the processing module forms push information, the processing module selects an ith preset living goods type Ci according to the acquired type of purchased living goods, and sets i =1,2,3 and 4, and simultaneously the processing module selects a kth preset medical goods type Dk according to the acquired disease diagnosis type, and sets k =1,2,3 and 4.
Furthermore, a first preset shopping amount F1, a second preset shopping amount F2, a third preset shopping amount F3 and a fourth preset shopping amount F4 are further arranged in the processing module, and the preset shopping amounts are gradually increased in sequence, wherein the value is more than 0 and less than F1 and less than F2 and less than F3 and less than F4; the processing module is also provided with a first preset pushed article amount G1, a second preset pushed article amount G2, a third preset pushed article amount G3 and a fourth preset pushed article amount G4, wherein the preset pushed article amounts are gradually increased in sequence, and G1 is more than 0 and G2 and G3 and G4 are more than 0 and less than G2 and less than G3 and less than G4;
when the processing module selects the amount of the pushed articles, the processing module compares the obtained shopping amount F with each preset shopping amount, and selects the corresponding amount of the pushed articles according to the comparison result:
when F < F1, the processing module treats G1 as the pushed item amount;
when F1 is not less than F < F2, the processing module takes G2 as the amount of the pushed goods;
when F2 is not less than F < F3, the processing module takes G3 as the amount of the pushed goods;
when F3 is not less than F < F4, the processing module takes G4 as the amount of the pushed goods.
Furthermore, a first preset hydropower payment total amount H1, a second preset hydropower payment total amount H2, a third preset hydropower payment total amount H3 and a fourth preset hydropower payment total amount H4 are further arranged in the processing module, and the preset hydropower payment total amounts are gradually increased in sequence, wherein H1 is more than 0 and H2 is more than H3 and H4 is more than 0; the processing module is also provided with a first preset shopping amount adjusting coefficient b1, a second preset shopping amount adjusting coefficient b2, a third preset shopping amount adjusting coefficient b3 and a fourth preset shopping amount adjusting coefficient b4, wherein the preset shopping amount adjusting coefficients are gradually increased in sequence, and b1 is more than 0 and more than b2 and more than b3 and more than b4 and less than 1;
when processing module predetermines shopping amount Fi to the ith, set for i =1,2,3,4, processing module is with the water and electricity total sum H that acquires and each predetermine water and electricity total sum of paying compares to select corresponding shopping amount adjustment coefficient to adjust Fi according to the comparison result:
when H1 is not less than H < H2, b4 is selected by the processing module to adjust Fi;
when H2 is not less than H < H3, b3 is selected by the processing module to adjust Fi;
when H3 is not less than H < H4, b2 is selected by the processing module to adjust Fi;
when H4 is not more than H, the processing module selects b1 to adjust Fi;
when the processing module selects the jth preset shopping amount adjusting coefficient bj to adjust Fi, j =1,2,3,4 is set, and Fi '= Fi × bj is set when the adjusted ith preset shopping amount is Fi'.
Further, a first preset user age M1, a second preset user age M2, a third preset user age M3 and a fourth preset user age M4 are further arranged in the processing module, and the preset user ages gradually increase in sequence, wherein M1 is more than 0, M2 is more than M3 is more than M4; the processing module is also provided with a first preset pushed article amount adjusting coefficient c1, a second preset pushed article amount adjusting coefficient c2, a third preset pushed article amount adjusting coefficient c3 and a fourth preset pushed article amount adjusting coefficient c4, wherein the preset pushed article amount adjusting coefficients are gradually increased in sequence, and c1 is more than 0 and more than c2 and more than 1 and c3 and more than c 4;
when the processing module adjusts the ith preset pushed article amount Gi, setting i =1,2,3,4, the processing module compares the obtained user age M with each preset user age, and selects a corresponding pushed article amount adjusting coefficient to adjust Gi according to a comparison result:
when M is less than M1, the processing module selects c1 to adjust Gi;
when M1 is more than or equal to M < M2, c2 is selected by the processing module to adjust Gi;
when M2 is more than or equal to M < M3, no adjustment is carried out;
when M3 is more than or equal to M < M4, c3 is selected by the processing module to adjust Gi;
when M4 is less than or equal to M, the processing module selects c4 to adjust Gi;
when the processing module selects the j-th preset pushed article amount adjusting coefficient cj to adjust Gi, j =1,2,3,4 is set, and Gi '= Gi × cj is set for the adjusted i-th preset pushed article amount Gi'.
Furthermore, a first preset area average income level N1, a second preset area average income level N2, a third preset area average income level N3 and a fourth preset area average income level N4 are also arranged in the processing module, the average income levels of all the preset areas gradually increase in sequence, and N1 is more than 0 and more than N2 and more than N3 and more than N4; the processing module is also provided with a first preset pushed article amount correction coefficient d1, a second preset pushed article amount correction coefficient d2, a third preset pushed article amount correction coefficient d3 and a fourth preset pushed article amount correction coefficient d4, wherein the preset pushed article amount correction coefficients are gradually increased in sequence, and d1 is more than 0 and more than d2 and more than 1 and more than d3 and more than d 4;
when the processing module corrects the adjusted ith preset pushed article amount Gi', the processing module corrects the obtained area average income level N and each preset area average income level by selecting a corresponding pushed article amount correction coefficient according to a comparison result:
when N is less than N1, the processing module selects d1 to correct Gi';
when N1 is not more than N < N2, d2 is selected by the processing module to correct Gi';
when N2 is not more than N < N3, no correction is carried out;
when N3 is not more than N < N4, d3 is selected by the processing module to correct Gi';
when N4 is not more than N, the processing module selects d4 to correct Gi';
when the processing module selects the j-th preset pushed article amount correction coefficient dj to correct Gi ', j =1,2,3 and 4 are set, and the corrected i-th preset pushed article amount is Gi = Gi' × dj is set.
Furthermore, the processing module is also provided with a first preset shopping frequency P1, a second preset shopping frequency P2, a third preset shopping frequency P3 and a fourth preset shopping frequency P4, wherein the preset shopping frequencies are gradually increased in sequence, and P1 is more than 0 and P2 and P3 and P4; the processing module is also provided with a first preset daily pushing frequency Q1, a second preset daily pushing frequency Q2, a third preset daily pushing frequency Q3 and a fourth preset daily pushing frequency Q4, wherein the pushing frequencies of the preset days are gradually increased in sequence, and Q1 is more than 0 and Q2 and Q3 and Q4 are more than 0 and Q2 and Q3 and Q4;
when the processing module selects the daily pushing times of the pushing information, the processing module compares the acquired shopping times P with each preset shopping time, and selects the corresponding daily pushing times according to the comparison result:
when P < P1, the processing module treats Q1 as the number of daily pushes;
when P1 is not less than P < P2, the processing module takes Q2 as daily pushing times;
when P2 is not less than P < P3, the processing module takes Q3 as daily pushing times;
when P3 is less than or equal to P < P4, the processing module takes Q4 as the daily push times.
Compared with the prior art, the system has the advantages that the system accurately selects and adjusts the push information type, the pushed article amount and the daily push times of the push information by acquiring the on-line shopping information, the hospitalizing information and the payment information of the user, so that the accuracy of the push information is effectively improved, and the push efficiency of the push information is further improved.
Furthermore, the processing module compares the acquired medical treatment times A of the user with the preset medical treatment times to select the corresponding push information types, so that the accuracy of the push information is effectively improved, and the push efficiency of the push information is further improved.
Furthermore, the processing module compares the acquired total hospitalizing amount E with each preset total hospitalizing amount, selects the corresponding hospitalizing frequency adjustment coefficient to adjust Ai, effectively improves the accuracy of information pushing, and further improves the pushing efficiency of the information pushing.
Furthermore, the processing module selects the corresponding amount of the pushed articles by comparing the obtained shopping amount F with each preset shopping amount, so that the accuracy of pushing information is effectively improved, and the pushing efficiency of the pushing information is further improved.
Further, the processing module compares the acquired hydropower payment sum H with each preset hydropower payment sum, selects a corresponding shopping amount adjusting coefficient to adjust the Fi, effectively improves the accuracy of the push information, and further improves the push efficiency of the push information.
Further, the processing module compares the obtained user age M with each preset user age and selects a corresponding pushed article amount adjusting coefficient to adjust Gi, so that the accuracy of pushed information is effectively improved, and the pushing efficiency of the pushed information is further improved.
Furthermore, the processing module compares the acquired average income level N of the region with the average income levels of the preset regions, selects the corresponding correction coefficient of the amount of the pushed goods to correct Gi', so that the accuracy of the pushed information is effectively improved, and the pushing efficiency of the pushed information is further improved.
Furthermore, the processing module compares the obtained shopping times P with the preset shopping times to select the corresponding daily pushing times, so that the accuracy of information pushing is effectively improved, and the pushing efficiency of the information pushing is further improved.
Drawings
FIG. 1 is a block diagram of a data processing system based on multi-channel user information according to an embodiment of the present invention.
Detailed Description
In order that the objects and advantages of the invention will be more clearly understood, the invention is further described below with reference to examples; it should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Preferred embodiments of the present invention are described below with reference to the accompanying drawings. It should be understood by those skilled in the art that these embodiments are only for explaining the technical principle of the present invention, and do not limit the scope of the present invention.
Referring to fig. 1, the present invention provides a data processing system based on multi-channel user information, comprising:
an authentication module: the system is used for verifying the identity information of the user and acquiring the age, the sex and the region of the user;
a data acquisition module: the system is used for acquiring online shopping information, hospitalizing information, life payment information and average income level of an area where a user is located in the last three months;
the online shopping information comprises the types of purchased living goods, the shopping times and the shopping amount, the hospitalizing information comprises the hospitalizing times, the total hospitalizing amount and the disease diagnosis type, and the payment information comprises the water fee payment amount and the electric fee payment amount;
a processing module: the system comprises an online shopping system, a medical information acquisition system, a life payment system and a server, wherein the online shopping system is used for acquiring online shopping information, medical information and life payment information;
the pushing information comprises money of living goods, medical goods and pushed goods;
a pushing module: the push information is pushed to a user;
specifically, when the processing module generates push information, the processing module determines the push information according to the acquired online shopping information, when the processing module determines the push information, the processing module acquires the medical times of the user from the medical information, compares the medical times of the user with preset medical times of the user, determines the type of the push information according to the comparison result, and simultaneously adjusts the preset medical times according to the acquired total medical amount;
specifically, the processing module is provided with a first preset hospitalizing times A1, a second preset hospitalizing times A2, a third preset hospitalizing times A3 and a fourth preset hospitalizing times A4, wherein the preset hospitalizing times are gradually increased in sequence, and A1 is more than 0 and A2 is more than A3 and A4 is more than 0; the processing module is also provided with a first preset push information type C0 and a second preset push information type D0;
when the processing module selects the push information type, the processing module compares the acquired medical treatment times A of the user with the preset medical treatment times, and selects the corresponding push information type according to the comparison result:
when A1 is not less than A < A2, the processing module takes C0 as the push information category;
when A2 is not less than A < A3, the processing module takes C0 and D0 as push information types;
when A3 is not less than A < A4, the processing module takes C0 and D0 as push information types;
when A4 is less than or equal to A, the processing module takes D0 as the push information category.
Specifically, the processing module is further provided with a first preset total hospitalizing amount E1, a second preset total hospitalizing amount E2, a third preset total hospitalizing amount E3 and a fourth preset total hospitalizing amount E4, wherein the preset total hospitalizing amounts are gradually increased in sequence, and E1 is more than 0 and more than E2 and more than E3 and more than E4; the processing module is also provided with a first preset hospitalizing time adjusting coefficient a1, a second preset hospitalizing time adjusting coefficient a2, a third preset hospitalizing time adjusting coefficient a3 and a fourth preset hospitalizing time adjusting coefficient a4, wherein the preset hospitalizing time adjusting coefficients are gradually increased in sequence, and a1 is more than 0 and a2 and a3 and a4 are less than 1;
when the processing module adjusts the ith preset hospitalizing times Ai, setting i =1,2,3 and 4, comparing the acquired total hospitalizing amount E with each preset total hospitalizing amount by the processing module, and selecting a corresponding hospitalizing time adjusting coefficient to adjust Ai according to a comparison result:
when E1 is more than or equal to E and less than E2, the processing module selects a4 to adjust Ai;
when E2 is more than or equal to E and less than E3, the processing module selects a3 to adjust Ai;
when E3 is more than or equal to E and less than E4, the processing module selects a2 to adjust Ai;
when E4 is not more than E, the processing module selects a1 to adjust Ai;
when the processing module selects the jth preset hospitalizing times adjusting coefficient aj to adjust Ai, j =1,2,3 and 4 are set, and the adjusted ith preset hospitalizing times are Ai 'and Ai' = Ai × aj are set.
The processing module compares the acquired total hospitalizing amount E with each preset total hospitalizing amount, selects the corresponding hospitalizing frequency adjustment coefficient to adjust Ai, effectively improves the accuracy of the pushed information, and further improves the pushing efficiency of the pushed information.
Specifically, the first preset push information category C0 includes a first preset living goods category C1, a second preset living goods category C2, a third preset living goods category C3, and a fourth preset living goods category C4; the second preset push information type D0 includes a first preset medical supply type D1, a second preset medical supply type D2, a third preset medical supply type D3, and a fourth preset medical supply type D4;
when the processing module forms push information, the processing module selects an ith preset living goods type Ci according to the acquired type of purchased living goods, and sets i =1,2,3 and 4, and simultaneously the processing module selects a kth preset medical goods type Dk according to the acquired disease diagnosis type, and sets k =1,2,3 and 4.
Particularly, when processing module chooses for use the propelling movement article amount of money, processing module compares through the shopping amount of money that will acquire with preset shopping amount of money and chooses for use corresponding propelling movement article amount of money, simultaneously processing module adjusts preset shopping amount of money according to the water and electricity total amount of paying fees that acquires, processing module adjusts the completion back to preset shopping amount of money, processing module adjusts and revises the propelling movement article amount of money of chooseing for use according to the user's age that acquires and the average income level in area that acquires.
Specifically, the processing module is further provided with a first preset shopping amount F1, a second preset shopping amount F2, a third preset shopping amount F3 and a fourth preset shopping amount F4, wherein the preset shopping amounts are gradually increased in sequence, and F1 is more than 0 and F2 and F3 and F4 are more than 0 and less than F3538; the processing module is also provided with a first preset pushed article amount G1, a second preset pushed article amount G2, a third preset pushed article amount G3 and a fourth preset pushed article amount G4, wherein the preset pushed article amounts are gradually increased in sequence, and G1 is more than 0 and G2 and G3 and G4 are more than 0 and less than G2 and less than G3 and less than G4;
when the processing module selects the amount of the pushed articles, the processing module compares the obtained shopping amount F with each preset shopping amount, and selects the corresponding amount of the pushed articles according to the comparison result:
when F < F1, the processing module treats G1 as the pushed item amount;
when F1 is not less than F < F2, the processing module takes G2 as the amount of the pushed goods;
when F2 is not less than F < F3, the processing module takes G3 as the amount of the pushed goods;
when F3 is not less than F < F4, the processing module takes G4 as the amount of the pushed goods.
The processing module compares the obtained shopping amount F with each preset shopping amount to select the corresponding amount of pushed articles, so that the accuracy of the pushed information is effectively improved, and the pushing efficiency of the pushed information is further improved.
Specifically, a first preset hydropower payment total amount H1, a second preset hydropower payment total amount H2, a third preset hydropower payment total amount H3 and a fourth preset hydropower payment total amount H4 are further arranged in the processing module, and the preset hydropower payment total amounts are gradually increased in sequence, wherein H1 is more than 0 and H2 is more than H3 and H4 is more than 0; the processing module is also provided with a first preset shopping amount adjusting coefficient b1, a second preset shopping amount adjusting coefficient b2, a third preset shopping amount adjusting coefficient b3 and a fourth preset shopping amount adjusting coefficient b4, wherein the preset shopping amount adjusting coefficients are gradually increased in sequence, and b1 is more than 0 and more than b2 and more than b3 and more than b4 and less than 1;
when processing module predetermines shopping amount Fi to the ith, set for i =1,2,3,4, processing module is with the water and electricity total sum H that acquires and each predetermine water and electricity total sum of paying compares to select corresponding shopping amount adjustment coefficient to adjust Fi according to the comparison result:
when H1 is not less than H < H2, b4 is selected by the processing module to adjust Fi;
when H2 is not less than H < H3, b3 is selected by the processing module to adjust Fi;
when H3 is not less than H < H4, b2 is selected by the processing module to adjust Fi;
when H4 is not more than H, the processing module selects b1 to adjust Fi;
when the processing module selects the jth preset shopping amount adjusting coefficient bj to adjust Fi, j =1,2,3,4 is set, and Fi '= Fi × bj is set when the adjusted ith preset shopping amount is Fi'.
Specifically, the processing module is further provided with a first preset user age M1, a second preset user age M2, a third preset user age M3 and a fourth preset user age M4, wherein the preset user ages are gradually increased in sequence, and 0 is greater than M1 and greater than M2 and greater than M3 and greater than M4; the processing module is also provided with a first preset pushed article amount adjusting coefficient c1, a second preset pushed article amount adjusting coefficient c2, a third preset pushed article amount adjusting coefficient c3 and a fourth preset pushed article amount adjusting coefficient c4, wherein the preset pushed article amount adjusting coefficients are gradually increased in sequence, and c1 is more than 0 and more than c2 and more than 1 and c3 and more than c 4;
when the processing module adjusts the ith preset pushed article amount Gi, setting i =1,2,3,4, the processing module compares the obtained user age M with each preset user age, and selects a corresponding pushed article amount adjusting coefficient to adjust Gi according to a comparison result:
when M is less than M1, the processing module selects c1 to adjust Gi;
when M1 is more than or equal to M < M2, c2 is selected by the processing module to adjust Gi;
when M2 is more than or equal to M < M3, no adjustment is carried out;
when M3 is more than or equal to M < M4, c3 is selected by the processing module to adjust Gi;
when M4 is less than or equal to M, the processing module selects c4 to adjust Gi;
when the processing module selects the j-th preset pushed article amount adjusting coefficient cj to adjust Gi, j =1,2,3,4 is set, and Gi '= Gi × cj is set for the adjusted i-th preset pushed article amount Gi'.
The processing module compares the obtained user age M with each preset user age and selects the corresponding pushed article amount adjusting coefficient to adjust Gi, so that the accuracy of pushed information is effectively improved, and the pushing efficiency of the pushed information is further improved.
Specifically, the processing module is further provided with a first preset area average income level N1, a second preset area average income level N2, a third preset area average income level N3 and a fourth preset area average income level N4, wherein the preset area average income levels are gradually increased in sequence, and N1 is more than 0 and more than N2 and more than N3 and more than N4; the processing module is also provided with a first preset pushed article amount correction coefficient d1, a second preset pushed article amount correction coefficient d2, a third preset pushed article amount correction coefficient d3 and a fourth preset pushed article amount correction coefficient d4, wherein the preset pushed article amount correction coefficients are gradually increased in sequence, and d1 is more than 0 and more than d2 and more than 1 and more than d3 and more than d 4;
when the processing module corrects the adjusted ith preset pushed article amount Gi', the processing module corrects the obtained area average income level N and each preset area average income level by selecting a corresponding pushed article amount correction coefficient according to a comparison result:
when N is less than N1, the processing module selects d1 to correct Gi';
when N1 is not more than N < N2, d2 is selected by the processing module to correct Gi';
when N2 is not more than N < N3, no correction is carried out;
when N3 is not more than N < N4, d3 is selected by the processing module to correct Gi';
when N4 is not more than N, the processing module selects d4 to correct Gi';
when the processing module selects the j-th preset pushed article amount correction coefficient dj to correct Gi ', j =1,2,3 and 4 are set, and the corrected i-th preset pushed article amount is Gi = Gi' × dj is set.
Specifically, when the processing module determines the daily pushing times of the pushed information, the processing module determines the daily pushing times of the pushed information by comparing the acquired shopping times with a preset shopping time.
Specifically, the processing module is further provided with a first preset shopping frequency P1, a second preset shopping frequency P2, a third preset shopping frequency P3 and a fourth preset shopping frequency P4, wherein the preset shopping frequencies are gradually increased in sequence, and P1 is more than 0 and P2 and P3 and P4; the processing module is also provided with a first preset daily pushing frequency Q1, a second preset daily pushing frequency Q2, a third preset daily pushing frequency Q3 and a fourth preset daily pushing frequency Q4, wherein the pushing frequencies of the preset days are gradually increased in sequence, and Q1 is more than 0 and Q2 and Q3 and Q4 are more than 0 and Q2 and Q3 and Q4;
when the processing module selects the daily pushing times of the pushing information, the processing module compares the acquired shopping times P with each preset shopping time, and selects the corresponding daily pushing times according to the comparison result:
when P < P1, the processing module treats Q1 as the number of daily pushes;
when P1 is not less than P < P2, the processing module takes Q2 as daily pushing times;
when P2 is not less than P < P3, the processing module takes Q3 as daily pushing times;
when P3 is less than or equal to P < P4, the processing module takes Q4 as the daily push times.
The processing module compares the obtained shopping times P with the preset shopping times to select the corresponding daily pushing times, so that the accuracy of the pushed information is effectively improved, and the pushing efficiency of the pushed information is further improved.
So far, the technical solutions of the present invention have been described in connection with the preferred embodiments shown in the drawings, but it is easily understood by those skilled in the art that the scope of the present invention is obviously not limited to these specific embodiments. Equivalent changes or substitutions of related technical features can be made by those skilled in the art without departing from the principle of the invention, and the technical scheme after the changes or substitutions can fall into the protection scope of the invention.
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention; various modifications and alterations to this invention will become apparent to those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (5)
1. A data processing system based on multi-channel user information, comprising:
an authentication module: the system is used for verifying the identity information of the user and acquiring the age, the sex and the region of the user;
a data acquisition module: the system is used for acquiring online shopping information, hospitalizing information, life payment information and average income level of an area where a user is located in the last three months;
the online shopping information comprises the types of purchased living goods, the shopping times and the shopping amount, the hospitalizing information comprises the hospitalizing times, the total hospitalizing amount and the disease diagnosis type, and the payment information comprises the water fee payment amount and the electric fee payment amount;
a processing module: the system comprises an online shopping system, a medical information acquisition system, a life payment system and a server, wherein the online shopping system is used for acquiring online shopping information, medical information and life payment information;
the pushing information comprises money of living goods, medical goods and pushed goods;
a pushing module: the push information is pushed to a user;
when the processing module generates push information, the processing module firstly determines commodity push information according to the acquired online shopping information, when the processing module determines the commodity push information and pushes the commodity push information to a user, the processing module is further used for acquiring the hospitalizing times of the user from the hospitalizing information, comparing the hospitalizing times of the user with preset hospitalizing times of the user, determining the type of the push information according to a comparison result, if the comparison result is within a preset range, continuously pushing the commodity push information to the user, and if the comparison result exceeds the preset range, the processing module generates medical push information according to the hospitalizing information, stops pushing the commodity push information to the user, and pushes the medical push information to the user;
the processing module is also used for adjusting the preset hospitalizing times according to the acquired total hospitalizing amount;
when the processing module selects the amount of pushed articles, the processing module selects the corresponding amount of pushed articles by comparing the acquired amount of shopping with the preset amount of shopping, and simultaneously adjusts the preset amount of shopping according to the acquired total amount of the hydropower payment, and after the processing module adjusts the preset amount of shopping, the processing module adjusts and corrects the selected amount of pushed articles according to the acquired age of the user and the acquired average income level of the area;
when the processing module determines the daily pushing times of the pushed information, the processing module determines the daily pushing times of the pushed information by comparing the acquired shopping times with preset shopping times;
the processing module is also provided with a first preset total hospitalizing amount E1, a second preset total hospitalizing amount E2, a third preset total hospitalizing amount E3 and a fourth preset total hospitalizing amount E4, wherein the preset total hospitalizing amounts are gradually increased in sequence, and E1 is more than 0 and E2 and more than E3 and more than E4; the processing module is also provided with a first preset hospitalizing time adjusting coefficient a1, a second preset hospitalizing time adjusting coefficient a2, a third preset hospitalizing time adjusting coefficient a3 and a fourth preset hospitalizing time adjusting coefficient a4, wherein the preset hospitalizing time adjusting coefficients are gradually increased in sequence, and a1 is more than 0 and a2 and a3 and a4 are less than 1;
when the processing module adjusts the ith preset hospitalizing times Ai, setting i =1,2,3 and 4, comparing the acquired total hospitalizing amount E with each preset total hospitalizing amount by the processing module, and selecting a corresponding hospitalizing time adjusting coefficient to adjust Ai according to a comparison result:
when E1 is more than or equal to E and less than E2, the processing module selects a4 to adjust Ai;
when E2 is more than or equal to E and less than E3, the processing module selects a3 to adjust Ai;
when E3 is more than or equal to E and less than E4, the processing module selects a2 to adjust Ai;
when E4 is not more than E, the processing module selects a1 to adjust Ai;
when the processing module selects the jth preset hospitalizing frequency adjusting coefficient aj to adjust Ai, j =1,2,3 and 4 are set, and the adjusted ith preset hospitalizing frequency is Ai ', and Ai' = Ai is multiplied by aj;
the processing module is also provided with a first preset shopping amount F1, a second preset shopping amount F2, a third preset shopping amount F3 and a fourth preset shopping amount F4, wherein the preset shopping amounts are gradually increased in sequence, and F1 is more than 0 and F2 and F3 and F4 are more than 0 and less than F4; the processing module is also provided with a first preset pushed article amount G1, a second preset pushed article amount G2, a third preset pushed article amount G3 and a fourth preset pushed article amount G4, wherein the preset pushed article amounts are gradually increased in sequence, and G1 is more than 0 and G2 and G3 and G4 are more than 0 and less than G2 and less than G3 and less than G4;
when the processing module selects the amount of the pushed articles, the processing module compares the obtained shopping amount F with each preset shopping amount, and selects the corresponding amount of the pushed articles according to the comparison result:
when F < F1, the processing module treats G1 as the pushed item amount;
when F1 is not less than F < F2, the processing module takes G2 as the amount of the pushed goods;
when F2 is not less than F < F3, the processing module takes G3 as the amount of the pushed goods;
when F3 is not less than F < F4, the processing module takes G4 as the amount of the pushed goods;
the processing module is also provided with a first preset hydropower payment total amount H1, a second preset hydropower payment total amount H2, a third preset hydropower payment total amount H3 and a fourth preset hydropower payment total amount H4, wherein the preset hydropower payment total amounts are gradually increased in sequence, and H1 is more than 0 and H2 and H3 and H4 are more than 0 and less than H2; the processing module is also provided with a first preset shopping amount adjusting coefficient b1, a second preset shopping amount adjusting coefficient b2, a third preset shopping amount adjusting coefficient b3 and a fourth preset shopping amount adjusting coefficient b4, wherein the preset shopping amount adjusting coefficients are gradually increased in sequence, and b1 is more than 0 and more than b2 and more than b3 and more than b4 and less than 1;
when processing module predetermines shopping amount Fi to the ith, set for i =1,2,3,4, processing module is with the water and electricity total sum H that acquires and each predetermine water and electricity total sum of paying compares to select corresponding shopping amount adjustment coefficient to adjust Fi according to the comparison result:
when H1 is not less than H < H2, b4 is selected by the processing module to adjust Fi;
when H2 is not less than H < H3, b3 is selected by the processing module to adjust Fi;
when H3 is not less than H < H4, b2 is selected by the processing module to adjust Fi;
when H4 is not more than H, the processing module selects b1 to adjust Fi;
when the processing module selects a jth preset shopping amount adjusting coefficient bj to adjust the Fi, setting j =1,2,3 and 4, and setting Fi '= Fi x bj when the adjusted ith preset shopping amount is Fi';
the processing module is also provided with a first preset user age M1, a second preset user age M2, a third preset user age M3 and a fourth preset user age M4, wherein the preset user ages are gradually increased in sequence, and the preset user ages are more than 0 and less than M1 and more than M2 and more than M3 and more than M4; the processing module is also provided with a first preset pushed article amount adjusting coefficient c1, a second preset pushed article amount adjusting coefficient c2, a third preset pushed article amount adjusting coefficient c3 and a fourth preset pushed article amount adjusting coefficient c4, wherein the preset pushed article amount adjusting coefficients are gradually increased in sequence, and c1 is more than 0 and more than c2 and more than 1 and c3 and more than c 4;
when the processing module adjusts the ith preset pushed article amount Gi, setting i =1,2,3,4, the processing module compares the obtained user age M with each preset user age, and selects a corresponding pushed article amount adjusting coefficient to adjust Gi according to a comparison result:
when M is less than M1, the processing module selects c1 to adjust Gi;
when M1 is more than or equal to M < M2, c2 is selected by the processing module to adjust Gi;
when M2 is more than or equal to M < M3, no adjustment is carried out;
when M3 is more than or equal to M < M4, c3 is selected by the processing module to adjust Gi;
when M4 is less than or equal to M, the processing module selects c4 to adjust Gi;
when the processing module selects the j-th preset pushed article amount adjusting coefficient cj to adjust Gi, j =1,2,3,4 is set, and Gi '= Gi × cj is set for the adjusted i-th preset pushed article amount Gi'.
2. The multi-channel user information-based data processing system as claimed in claim 1, wherein the processing module is provided with a first preset number of medical visits a1, a second preset number of medical visits a2, a third preset number of medical visits A3 and a fourth preset number of medical visits a4, wherein the preset numbers of medical visits are gradually increased in sequence, 0 < a1 < a2 < A3 < a 4; the processing module is also provided with a first preset push information type C0 and a second preset push information type D0;
when the processing module selects the push information type, the processing module compares the acquired medical treatment times A of the user with the preset medical treatment times, and selects the corresponding push information type according to the comparison result:
when A1 is not less than A < A2, the processing module takes C0 as the push information category;
when A2 is not less than A < A3, the processing module takes C0 and D0 as push information types;
when A3 is not less than A < A4, the processing module takes C0 and D0 as push information types;
when A4 is less than or equal to A, the processing module takes D0 as the push information category.
3. The multi-channel user information-based data processing system of claim 2, wherein the first preset push information category C0 comprises a first preset living goods category C1, a second preset living goods category C2, a third preset living goods category C3, and a fourth preset living goods category C4; the second preset push information type D0 includes a first preset medical supply type D1, a second preset medical supply type D2, a third preset medical supply type D3, and a fourth preset medical supply type D4;
when the processing module forms push information, the processing module selects an ith preset living goods type Ci according to the acquired type of purchased living goods, and sets i =1,2,3 and 4, and simultaneously the processing module selects a kth preset medical goods type Dk according to the acquired disease diagnosis type, and sets k =1,2,3 and 4.
4. The multi-channel user information-based data processing system of claim 1, wherein said processing module further comprises a first predetermined regional average income level N1, a second predetermined regional average income level N2, a third predetermined regional average income level N3, and a fourth predetermined regional average income level N4, wherein the predetermined regional average income levels are sequentially increased, 0 < N1 < N2 < N3 < N4; the processing module is also provided with a first preset pushed article amount correction coefficient d1, a second preset pushed article amount correction coefficient d2, a third preset pushed article amount correction coefficient d3 and a fourth preset pushed article amount correction coefficient d4, wherein the preset pushed article amount correction coefficients are gradually increased in sequence, and d1 is more than 0 and more than d2 and more than 1 and more than d3 and more than d 4;
when the processing module corrects the adjusted ith preset pushed article amount Gi', the processing module corrects the obtained area average income level N and each preset area average income level by selecting a corresponding pushed article amount correction coefficient according to a comparison result:
when N is less than N1, the processing module selects d1 to correct Gi';
when N1 is not more than N < N2, d2 is selected by the processing module to correct Gi';
when N2 is not more than N < N3, no correction is carried out;
when N3 is not more than N < N4, d3 is selected by the processing module to correct Gi';
when N4 is not more than N, the processing module selects d4 to correct Gi';
when the processing module selects the j-th preset pushed article amount correction coefficient dj to correct Gi ', j =1,2,3 and 4 are set, and the corrected i-th preset pushed article amount is Gi = Gi' × dj is set.
5. The multi-channel user information-based data processing system as claimed in claim 1, wherein the processing module further comprises a first preset shopping number P1, a second preset shopping number P2, a third preset shopping number P3, and a fourth preset shopping number P4, wherein the preset shopping numbers are gradually increased in sequence, 0 < P1 < P2 < P3 < P4; the processing module is also provided with a first preset daily pushing frequency Q1, a second preset daily pushing frequency Q2, a third preset daily pushing frequency Q3 and a fourth preset daily pushing frequency Q4, wherein the pushing frequencies of the preset days are gradually increased in sequence, and Q1 is more than 0 and Q2 and Q3 and Q4 are more than 0 and Q2 and Q3 and Q4;
when the processing module selects the daily pushing times of the pushing information, the processing module compares the acquired shopping times P with each preset shopping time, and selects the corresponding daily pushing times according to the comparison result:
when P < P1, the processing module treats Q1 as the number of daily pushes;
when P1 is not less than P < P2, the processing module takes Q2 as daily pushing times;
when P2 is not less than P < P3, the processing module takes Q3 as daily pushing times;
when P3 is less than or equal to P < P4, the processing module takes Q4 as the daily push times.
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