CN111429324A - Electronic traffic state management method for multi-source information fusion - Google Patents
Electronic traffic state management method for multi-source information fusion Download PDFInfo
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- CN111429324A CN111429324A CN202010219025.6A CN202010219025A CN111429324A CN 111429324 A CN111429324 A CN 111429324A CN 202010219025 A CN202010219025 A CN 202010219025A CN 111429324 A CN111429324 A CN 111429324A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F18/00—Pattern recognition
- G06F18/20—Analysing
- G06F18/25—Fusion techniques
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H50/00—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics
- G16H50/80—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics for detecting, monitoring or modelling epidemics or pandemics, e.g. flu
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
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Abstract
The invention discloses an electronic traffic state management method based on multi-source information fusion, which judges a health code based on filled personal information and mobile phone positioning tracking information by combining the fusion of the multi-source information; the judging method is that the current electronic traffic state health code of the individual is automatically judged based on the information, the related information is uploaded to a public safety management system cloud platform in real time for storage, and meanwhile, the mobile end of the individual is automatically updated and displayed in real time; the judgment method also automatically analyzes and updates the individual traffic state through the interference of the external health risk information. The invention can rapidly and accurately judge and update the individual electronic traffic state health code, and can conveniently and efficiently carry out public safety and health and place traffic access management by matching with the existing color judgment trip management method through the electronic traffic state health code.
Description
Technical Field
The invention mainly relates to an electronic traffic state management method based on multi-source information fusion, in particular to an electronic traffic state management method based on multi-source information fusion such as active filling information, mobile phone positioning and tracking and the like.
Background
In the new coronavirus pneumonia (COVID-19) epidemic situation, the new coronavirus has a long latent period (7-14 days), and the coronavirus has strong infectivity in the latent period, so that the transmission and diffusion of the virus are easily caused if an individual is not managed. However, in the majority of epidemic epidemics, the number of recessive infectors often exceeds the number of dominant infectors. Therefore, in the transmission of such epidemic viruses, the number of recessive infectors is large, and the recessive infectors are difficult to find and diagnose, which causes a certain difficulty in the control of infectious diseases.
This epidemic may be a long campaign. However, the society needs to operate, the factory needs to be reworked, and students need to learn. The operation can be continued while controlling. Currently, there is no good way to manage and control individuals for the time being.
Disclosure of Invention
In order to solve the technical problems, the technical scheme provides an electronic traffic state management method with multi-source information fusion, which can quickly and accurately judge and update individual electronic traffic state health codes, and can conveniently and efficiently carry out public safety and health and place traffic access management by matching with the existing color judgment trip management method through the electronic traffic state health codes.
The invention is realized by the following technical scheme:
a multi-source information fusion electronic traffic state management method is characterized by comprising the following steps: the management method is based on the filled personal information and the mobile phone positioning tracking information, and the electronic traffic state judgment is carried out by combining the fusion of multi-source information to obtain an electronic traffic state health code; the judging method is that the current electronic traffic state health code of the individual is automatically judged based on the information, the related information is uploaded to a public safety management system cloud platform in real time for storage, and meanwhile, the mobile end of the individual is automatically updated and displayed in real time; the judging method also automatically analyzes and updates the individual traffic state through the interference of the external health risk information; the public safety and health and place access management can be conveniently and efficiently carried out by matching with the existing color judgment trip management method through the electronic traffic state health code.
Further, the state of the electronic traffic state health code is a red code, a yellow code or a green code.
Further, the filled personal information comprises travel information, health information and address information; the mobile phone positioning and tracking information comprises place position information and time information.
Further, the electronic passing state determination specifically includes the following steps:
step 1: starting the program;
step 2: (1) the user fills in the personal basic information and executes the step 3; (2) the mobile phone automatically locates the current position and marks time, and step 4 is executed;
and step 3: (1) outputting a mark of the electronic pass based on the filling position; (2) outputting a mark of the electronic pass based on the filling position;
and 4, step 4: judging whether suspicious contact exists or not and outputting a mark of the electronic pass based on the positioning position and time of the mobile phone;
and 5: fusing the marks output for three times;
step 6: outputting an electronic pass display mark;
and 7: implementing corresponding management measures according to the output marks;
and 8: the routine is ended.
Further, the rule of the electronic traffic status judgment is as follows:
(1) based on the filling information:
1. if: outputting a health code of-red code when the suspected contact AND lives in the epidemic situation cell within 14 days after the temperature is greater than 37.5 ℃ AND visits the epidemic area AND within 14 days;
2. if: outputting a health code of-red code when a suspected contact AND is resident in an epidemic situation-free cell within 14 days after the temperature is greater than 37.5 ℃ AND visits the epidemic area AND within 14 days;
3. if: the contact is undoubtedly similar within 14 days after the AND visits the epidemic area AND within 14 days when the temperature is higher than 37.5 ℃, AND the health code is output as the red code when the AND lives in the epidemic area;
4. if: clearly contact is similar to the contact within 14 days after the AND visits the epidemic area AND within 14 days when the temperature is higher than 37.5 ℃, AND the health code is output as the red code when the AND lives in the epidemic-free area;
5. if: if the suspected contact exists in 14 days without visiting the epidemic area AND within 14 days at the temperature of more than 37.5 degrees AND the AND lives in the epidemic situation cell, the health code is output as the red code;
6. if: if the suspected contact exists in 14 days without visiting the epidemic area AND within 14 days at the temperature of more than 37.5 degrees AND AND the AND is resident in the epidemic-free district, the health code is output as a red code;
7. if: the health code is output as a yellow code when the AND is resident in an epidemic situation cell AND is undoubtedly similar to contact in 14 days without visiting the epidemic area AND within 14 days when the temperature is higher than 37.5 degrees;
8. if: the health code is output as a yellow code when the AND is resident in an epidemic situation-free cell AND is undoubtedly similar to contact in 14 days when the AND does not visit the epidemic area within 14 days at the temperature of more than 37.5 ℃;
9. if: if the suspected contact exists in 14 days after the AND visits the epidemic area within 14 days at the temperature of less than 37.5 ℃, AND the AND lives in the epidemic situation cell, the health code is output as a red code;
10. if: if the suspected contact exists in 14 days after the AND visits the epidemic area within 14 days at the temperature of less than 37.5 ℃, AND the AND lives in the epidemic situation-free cell, the health code is output as a red code;
11. if: the contact is undoubtedly similar within 14 days after the temperature is less than 37.5 ℃ AND visits the epidemic area AND within 14 days, AND if the AND is resident in the epidemic situation cell, the health code is output as a yellow code;
12. if: clearly contact is similar to the contact within 14 days after the temperature is less than 37.5 ℃ AND visits the epidemic area AND within 14 days, AND if the AND is resident in the non-epidemic situation cell, the health code is output as a yellow code;
13. if: clearly AND similarly contacting the AND in 14 days when the temperature is less than 37.5 ℃ AND the AND does not visit the epidemic area AND in 14 days, AND outputting a health code as a yellow code when the AND is resident in the epidemic area;
14. if: clearly AND similarly contacting the AND in 14 days when the temperature is less than 37.5 ℃ AND the AND does not visit the epidemic area AND in 14 days, AND outputting a health code as a yellow code when the AND is resident in the epidemic area;
15. if: clearly AND similarly contacting the epidemic area AND within 14 days when the temperature is less than 37.5 ℃ AND within 14 days when the epidemic area AND is not visited, AND outputting a health code as a green code when the AND is living in an epidemic-free district;
(2) positioning based on the position of the mobile phone:
1. if: if the infected person has intersection with the same closed building in the AND time period, the health code is output as the red code;
2. if: if no intersection exists in the same closed building AND time period with the infected person, the health code is output as-green code;
3. if: if the time period of the building is intersected with the time period of the building closed by the infected person, the health code is output as a green code;
4. if: AND if the health code does not intersect with the infected person in different closed building AND time periods, the health code is output as a green code.
Furthermore, the interference of the external health risk information is that the state of the electronic traffic state health code of a certain person is a green code during epidemic situation management, after the electronic traffic state health code purchases related limited medicines, the traffic state information can be analyzed again through the judgment rules and methods, and the electronic traffic state can be automatically updated to be yellow or red after cloud computing; meanwhile, footprints recorded by the mobile phone in 14 days are uploaded to the cloud, and the electronic passing state of suspected contacters in the same closed place and the same time period with the cloud is changed into yellow, so that the attention of the suspected contacters in the self health state is reminded and strengthened.
Further, when a user is diagnosed, the footprint recorded by the mobile phone within 20 days of the user is uploaded to the cloud, and the electronic pass of suspected contacters in the same closed place and the same time period with the user is marked to be yellow.
Further, the existing trip management method by color judgment of the electronic traffic state health code is to judge the trip state of the electronic traffic state health code according to the color state (red code, yellow code and green code) of the electronic traffic state health code; when the electronic passing state health code is green, the electronic passing state health code can pass normally; when the electronic traffic state health code is yellow, the public place which is open to the outside is restricted; such as shopping malls, office buildings, restaurants, etc.; when the electronic traffic state health code is red, the electronic traffic state health code must be isolated at home or in an independent space by self and the attention of the self health state must be strengthened, so that the electronic traffic state health code is prevented from contacting with outsiders.
(III) advantageous effects
Compared with the prior art, the electronic traffic state management method based on multi-source information fusion provided by the invention has the following beneficial effects:
(1) the management method provided by the technical scheme can automatically judge the individual electronic passing state based on multi-source information and update the individual electronic passing state in real time, effectively supports the identification of the individual health state, and provides a state standard for daily work and life trip passing.
(2) Through the information filled by the individual, the positioning tracking of the mobile phone and the license plate and the combination of the information of buying the medicine, suspected infectors and people who are suspected to be in contact with the infectors can be effectively identified, early warning is carried out in advance, related protection measures are guided to be selected, and the epidemic situation is prevented from spreading and diffusing.
(3) The position and the contact personnel of the individual can be effectively known through the positioning tracking of the individual mobile phone; accurate public management basis information can be effectively provided, and the prevention and control difficulty of epidemic situations can be effectively reduced.
(4) The method can effectively assist the repeated work and repeated production and repeated study management of the assistant, and avoid long-term useless isolation.
(5) Provides an effective method for the passing of the daily work and life of individuals and the public management of governments.
Drawings
FIG. 1 is a schematic diagram of the specific operation of the present invention.
Detailed Description
The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. The described embodiments are only some embodiments of the invention, not all embodiments. Various modifications and improvements of the technical solutions of the present invention may be made by those skilled in the art without departing from the design concept of the present invention, and all of them should fall into the protection scope of the present invention.
Example 1:
a multi-source information fusion electronic traffic state management method is characterized by comprising the following steps: the management method is based on the filled personal information and the mobile phone positioning tracking information, and the electronic traffic state judgment is carried out by combining the fusion of multi-source information to obtain an electronic traffic state health code; the state of the electronic traffic state health code is a red code, a yellow code or a green code.
The judgment method is based on the filled personal information (including travel information, health information and address information) and the mobile phone positioning and tracking information (including place position information and time information). Automatically judging the current electronic traffic state health code of the individual, uploading relevant information to a public safety management system cloud platform in real time for storage, and automatically updating and displaying the information in real time at the mobile end of the individual; the judging method also automatically analyzes and updates the individual traffic state through the interference of the external health risk information; the public safety and health and place access management can be conveniently and efficiently carried out by matching with the existing color judgment trip management method through the electronic traffic state health code.
The electronic passing state judgment method specifically comprises the following steps:
step 1: starting the program;
step 2: (1) the user fills in the personal basic information and executes the step 3; (2) the mobile phone automatically locates the current position and marks time, and step 4 is executed;
and step 3: (1) outputting a mark of the electronic pass based on the filling position; (2) outputting a mark of the electronic pass based on the filling position;
and 4, step 4: judging whether suspicious contact exists or not and outputting a mark of the electronic pass based on the positioning position and time of the mobile phone;
and 5: fusing the marks output for three times;
step 6: outputting an electronic pass display mark;
and 7: implementing corresponding management measures according to the output marks;
and 8: the routine is ended.
The rule of the electronic traffic state judgment is as follows:
(1) based on the filling information:
1. if: outputting a health code of-red code when the suspected contact AND lives in the epidemic situation cell within 14 days after the temperature is greater than 37.5 ℃ AND visits the epidemic area AND within 14 days;
2. if: outputting a health code of-red code when a suspected contact AND is resident in an epidemic situation-free cell within 14 days after the temperature is greater than 37.5 ℃ AND visits the epidemic area AND within 14 days;
3. if: the contact is undoubtedly similar within 14 days after the AND visits the epidemic area AND within 14 days when the temperature is higher than 37.5 ℃, AND the health code is output as the red code when the AND lives in the epidemic area;
4. if: clearly contact is similar to the contact within 14 days after the AND visits the epidemic area AND within 14 days when the temperature is higher than 37.5 ℃, AND the health code is output as the red code when the AND lives in the epidemic-free area;
5. if: if the suspected contact exists in 14 days without visiting the epidemic area AND within 14 days at the temperature of more than 37.5 degrees AND the AND lives in the epidemic situation cell, the health code is output as the red code;
6. if: if the suspected contact exists in 14 days without visiting the epidemic area AND within 14 days at the temperature of more than 37.5 degrees AND AND the AND is resident in the epidemic-free district, the health code is output as a red code;
7. if: the health code is output as a yellow code when the AND is resident in an epidemic situation cell AND is undoubtedly similar to contact in 14 days without visiting the epidemic area AND within 14 days when the temperature is higher than 37.5 degrees;
8. if: the health code is output as a yellow code when the AND is resident in an epidemic situation-free cell AND is undoubtedly similar to contact in 14 days when the AND does not visit the epidemic area within 14 days at the temperature of more than 37.5 ℃;
9. if: if the suspected contact exists in 14 days after the AND visits the epidemic area within 14 days at the temperature of less than 37.5 ℃, AND the AND lives in the epidemic situation cell, the health code is output as a red code;
10. if: if the suspected contact exists in 14 days after the AND visits the epidemic area within 14 days at the temperature of less than 37.5 ℃, AND the AND lives in the epidemic situation-free cell, the health code is output as a red code;
11. if: the contact is undoubtedly similar within 14 days after the temperature is less than 37.5 ℃ AND visits the epidemic area AND within 14 days, AND if the AND is resident in the epidemic situation cell, the health code is output as a yellow code;
12. if: clearly contact is similar to the contact within 14 days after the temperature is less than 37.5 ℃ AND visits the epidemic area AND within 14 days, AND if the AND is resident in the non-epidemic situation cell, the health code is output as a yellow code;
13. if: clearly AND similarly contacting the AND in 14 days when the temperature is less than 37.5 ℃ AND the AND does not visit the epidemic area AND in 14 days, AND outputting a health code as a yellow code when the AND is resident in the epidemic area;
14. if: clearly AND similarly contacting the AND in 14 days when the temperature is less than 37.5 ℃ AND the AND does not visit the epidemic area AND in 14 days, AND outputting a health code as a yellow code when the AND is resident in the epidemic area;
15. if: clearly AND similarly contacting the epidemic area AND within 14 days when the temperature is less than 37.5 ℃ AND within 14 days when the epidemic area AND is not visited, AND outputting a health code as a green code when the AND is living in an epidemic-free district;
(2) positioning based on the position of the mobile phone:
1. if: if the infected person has intersection with the same closed building in the AND time period, the health code is output as the red code;
2. if: if no intersection exists in the same closed building AND time period with the infected person, the health code is output as-green code;
3. if: if the time period of the building is intersected with the time period of the building closed by the infected person, the health code is output as a green code;
4. if: AND if the health code does not intersect with the infected person in different closed building AND time periods, the health code is output as a green code.
The specific implementation mode is as follows:
(1) based on the filling information:
1, IF temperature is greater than 37.5 degrees, AND within 14 days, suspected contact AND live in the epidemic situation cell THEN green code-red code within 14 days of visiting the area AND;
2, IF temperature is greater than 37.5 degrees AND within 14 days AND 14 days after visiting the epidemic area AND within 14 days, suspected contact AND live in the non-epidemic area THEN green code-red code;
3, the IF temperature is greater than 37.5 degrees, AND clearly appears to contact AND to live in the epidemic situation cell THEN green code-red code within 14 days of visiting the epidemic area AND within 14 days;
IF temperature is greater than 37.5 degrees AND within 14 days AND 14 days of visiting the epidemic area AND certainly contact with AND inhabit in the non-epidemic area THEN green code-red code;
5 IF temperature is greater than 37.5 degrees AND no visit area within 14 days AND suspected contact area AND live in epidemic situation cell THEN green code-red code within 14 days;
6 IF temperature is greater than 37.5 degrees AND no epidemic area is found in 14 days AND suspected contact AND live in the non-epidemic area THEN green code-red code;
7, IF temperature is greater than 37.5 degrees, AND is not accessed to the epidemic area within 14 days, AND is undoubtedly contacted with AND inhabited in the epidemic area THEN green code-yellow code within 14 days;
the IF temperature is greater than 37.5 degrees, AND is in no epidemic situation cell THEN green code-yellow code living in no epidemic situation cell without being contacted with AND within 14 days of AND 14 days of no epidemic situation;
9, IF temperature is less than 37.5 degrees AND 14 days, suspected contact AND live in the epidemic situation cell THEN green code-red code within 14 days of visiting the epidemic area AND;
10, IF temperature is less than 37.5 degrees AND 14 days, suspected contact AND live in the non-epidemic situation cell THEN green code-red code within 14 days of visiting the epidemic area AND;
the IF temperature is less than 37.5 degrees within 14 days of AND AND within 14 days of visiting the epidemic area AND, the IF temperature is undoubtedly similar to contact with AND AND inhabit in the epidemic area THEN green code-yellow code;
the IF temperature is less than 37.5 degrees within 14 days of AND AND is undoubtedly contacted with AND to live in the non-epidemic situation cell THEN green code-yellow code within 14 days of visiting the epidemic area AND;
the IF temperature is less than 37.5 degrees, AND is not accessed to the epidemic area within 14 days AND is undoubtedly contacted with AND to live in the epidemic area THEN green code-yellow code within 14 days;
14, IF temperature is less than 37.5 degrees, AND does not reach the epidemic area within 14 days, AND is undoubtedly contacted with AND to live in the epidemic area THEN green code-yellow code within 14 days;
15, IF temperature is less than 37.5 degrees AND does not reach the epidemic area within 14 days AND 14 days, the people definitely contact AND live in the green code-green code of the non-epidemic area THEN;
(2) positioning based on the position of the mobile phone:
IF AND infected person have intersection THEN green code-red code in same closed building AND time period
IF AND infected person go through same closed building AND time period without intersection THEN green code-green code
IF AND infected person have intersection THEN green code-green code in different closed building AND time period
IF AND infected person go through different closed building AND time period without intersection THEN green code-green code
2. Electronic pass marking condition judgment rule (VB language):
IF is marked with red
The THEN electronic pass sign is red
Else IF
IF marker has yellow color
The THEN electronic pass sign is yellow
Else IF
TEHN electronic pass sign green
END IF
END IF 。
The interference of the external health risk information is that the state of an electronic traffic state health code of a certain person is a green code during epidemic situation management, after the electronic traffic state health code purchases related limited medicines, the traffic state information can be analyzed again through the judgment rules and methods, and the electronic traffic state can be automatically updated to be yellow or red after cloud computing; meanwhile, footprints recorded by the mobile phone in 14 days are uploaded to the cloud, and the electronic passing state of suspected contacters in the same closed place and the same time period with the cloud is changed into yellow, so that the attention of the suspected contacters in the self health state is reminded and strengthened.
When a user is diagnosed, footprints recorded by the mobile phone within 20 days of the user are uploaded to the cloud end, and electronic passes of suspected contacters in the same closed place and the same time period with the user are marked to be yellow.
The existing trip management method for judging the trip state through the color of the electronic traffic state health code is to judge the trip state of the electronic traffic state health code according to the color state (red code, yellow code and green code) of the electronic traffic state health code; when the electronic passing state health code is green, the electronic passing state health code can pass normally; when the electronic traffic state health code is yellow, the public place which is open to the outside is restricted; such as shopping malls, office buildings, restaurants, etc.; when the electronic traffic state health code is red, the electronic traffic state health code must be isolated at home or in an independent space by self and the attention of the self health state must be strengthened, so that the electronic traffic state health code is prevented from contacting with outsiders.
Claims (7)
1. A multi-source information fusion electronic traffic state management method is characterized by comprising the following steps: the management method is based on the filled personal information and the mobile phone positioning tracking information, and the electronic traffic state judgment is carried out by combining the fusion of multi-source information to obtain an electronic traffic state health code; the judging method is that the current electronic traffic state health code of the individual is automatically judged based on the information, the related information is uploaded to a public safety management system cloud platform in real time for storage, and meanwhile, the mobile end of the individual is automatically updated and displayed in real time; the judgment method also automatically analyzes and updates the individual traffic state through the interference of the external health risk information.
2. The multi-source information-fused electronic traffic state management method according to claim 1, characterized in that: the state of the electronic traffic state health code is a red code, a yellow code or a green code.
3. The multi-source information-fused electronic traffic state management method according to claim 1, characterized in that: the filled personal information comprises travel information, health information and address information; the mobile phone positioning and tracking information comprises place position information and time information.
4. The multi-source information-fused electronic traffic state management method according to any one of claims 1 to 3, characterized in that: the electronic passing state judgment method specifically comprises the following steps:
step 1: starting the program;
step 2: (1) the user fills in the personal basic information and executes the step 3; (2) the mobile phone automatically locates the current position and marks time, and step 4 is executed;
and step 3: (1) outputting a mark of the electronic pass based on the filling position; (2) outputting a mark of the electronic pass based on the filling position;
and 4, step 4: judging whether suspicious contact exists or not and outputting a mark of the electronic pass based on the positioning position and time of the mobile phone;
and 5: fusing the marks output for three times;
step 6: outputting an electronic pass display mark;
and 7: implementing corresponding management measures according to the output marks;
and 8: the routine is ended.
5. The multi-source information-fused electronic traffic state management method according to any one of claims 1 to 3, characterized in that: the rule of the electronic traffic state judgment is as follows:
(1) based on the filling information:
1. if: outputting a health code of-red code when the suspected contact AND lives in the epidemic situation cell within 14 days after the temperature is greater than 37.5 ℃ AND visits the epidemic area AND within 14 days;
2. if: outputting a health code of-red code when a suspected contact AND is resident in an epidemic situation-free cell within 14 days after the temperature is greater than 37.5 ℃ AND visits the epidemic area AND within 14 days;
3. if: the contact is undoubtedly similar within 14 days after the AND visits the epidemic area AND within 14 days when the temperature is higher than 37.5 ℃, AND the health code is output as the red code when the AND lives in the epidemic area;
4. if: clearly contact is similar to the contact within 14 days after the AND visits the epidemic area AND within 14 days when the temperature is higher than 37.5 ℃, AND the health code is output as the red code when the AND lives in the epidemic-free area;
5. if: if the suspected contact exists in 14 days without visiting the epidemic area AND within 14 days at the temperature of more than 37.5 degrees AND the AND lives in the epidemic situation cell, the health code is output as the red code;
6. if: if the suspected contact exists in 14 days without visiting the epidemic area AND within 14 days at the temperature of more than 37.5 degrees AND AND the AND is resident in the epidemic-free district, the health code is output as a red code;
7. if: the health code is output as a yellow code when the AND is resident in an epidemic situation cell AND is undoubtedly similar to contact in 14 days without visiting the epidemic area AND within 14 days when the temperature is higher than 37.5 degrees;
8. if: the health code is output as a yellow code when the AND is resident in an epidemic situation-free cell AND is undoubtedly similar to contact in 14 days when the AND does not visit the epidemic area within 14 days at the temperature of more than 37.5 ℃;
9. if: if the suspected contact exists in 14 days after the AND visits the epidemic area within 14 days at the temperature of less than 37.5 ℃, AND the AND lives in the epidemic situation cell, the health code is output as a red code;
10. if: if the suspected contact exists in 14 days after the AND visits the epidemic area within 14 days at the temperature of less than 37.5 ℃, AND the AND lives in the epidemic situation-free cell, the health code is output as a red code;
11. if: the contact is undoubtedly similar within 14 days after the temperature is less than 37.5 ℃ AND visits the epidemic area AND within 14 days, AND if the AND is resident in the epidemic situation cell, the health code is output as a yellow code;
12. if: clearly contact is similar to the contact within 14 days after the temperature is less than 37.5 ℃ AND visits the epidemic area AND within 14 days, AND if the AND is resident in the non-epidemic situation cell, the health code is output as a yellow code;
13. if: clearly AND similarly contacting the AND in 14 days when the temperature is less than 37.5 ℃ AND the AND does not visit the epidemic area AND in 14 days, AND outputting a health code as a yellow code when the AND is resident in the epidemic area;
14. if: clearly AND similarly contacting the AND in 14 days when the temperature is less than 37.5 ℃ AND the AND does not visit the epidemic area AND in 14 days, AND outputting a health code as a yellow code when the AND is resident in the epidemic area;
15. if: clearly AND similarly contacting the epidemic area AND within 14 days when the temperature is less than 37.5 ℃ AND within 14 days when the epidemic area AND is not visited, AND outputting a health code as a green code when the AND is living in an epidemic-free district;
(2) positioning based on the position of the mobile phone:
1. if: if the infected person has intersection with the same closed building in the AND time period, the health code is output as the red code;
2. if: if no intersection exists in the same closed building AND time period with the infected person, the health code is output as-green code;
3. if: if the time period of the building is intersected with the time period of the building closed by the infected person, the health code is output as a green code;
4. if: AND if the health code does not intersect with the infected person in different closed building AND time periods, the health code is output as a green code.
6. The multi-source information-fused electronic traffic state management method according to claim 5, wherein: the interference of the external health risk information is that the state of the electronic traffic state health code of a certain person is a green code during the epidemic situation management period, after the electronic traffic state health code purchases related limited medicines, the traffic state information can be analyzed again through the judgment rules and the judgment methods, and the electronic traffic state can be automatically updated to be yellow or red after cloud computing; meanwhile, footprints recorded by the mobile phone in 14 days are uploaded to the cloud, and the electronic passing state of suspected contacters in the same closed place and the same time period with the cloud is changed into yellow, so that the attention of the suspected contacters in the self health state is reminded and strengthened.
7. The multi-source information-fused electronic traffic state management method according to claim 5, wherein: when a user is diagnosed, the footprint recorded by the mobile phone within 20 days of the user is uploaded to the cloud end, and the electronic pass of suspected contacters in the same closed place and the same time period with the user is marked to be yellow.
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