CN114599002B - Daily weather personalized service automatic pushing method based on 5G message - Google Patents
Daily weather personalized service automatic pushing method based on 5G message Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01W—METEOROLOGY
- G01W1/00—Meteorology
- G01W1/10—Devices for predicting weather conditions
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- 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
- 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
- G06F16/9537—Spatial or temporal dependent retrieval, e.g. spatiotemporal queries
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- 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
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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- G06F16/90—Details of database functions independent of the retrieved data types
- G06F16/95—Retrieval from the web
- G06F16/955—Retrieval from the web using information identifiers, e.g. uniform resource locators [URL]
- G06F16/9558—Details of hyperlinks; Management of linked annotations
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
- H04W4/029—Location-based management or tracking services
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- Y02A90/00—Technologies having an indirect contribution to adaptation to climate change
- Y02A90/10—Information and communication technologies [ICT] supporting adaptation to climate change, e.g. for weather forecasting or climate simulation
Abstract
The invention discloses a daily weather personalized service automatic pushing method based on 5G messages, which comprises the following steps: s1, constructing a daily weather scene push content algorithm rule; s2, acquiring the position of the target user and the weather element live condition of the position; s3, acquiring the current time and judging the time attribute; s4, substituting the position, the weather element live condition and the time attribute into the constructed daily weather scene push content algorithm rule, and calling the daily weather component content with the corresponding relation; s5, automatically producing and assembling the daily weather component content to form 5G rich media card weather information; s6, accurately pushing weather information of the 5G rich media card to a target user to form personalized 5G message service at the position. According to the invention, the reading interest of the user is improved by means of the 5G rich media mode; by automatic production and active push, the short message service is more efficient, and the user can enjoy a one-stop new experience of weather plus clothing and eating and housing.
Description
Technical Field
The invention belongs to the technical field of weather service, and particularly relates to a daily weather personalized service automatic pushing method based on 5G messages.
Background
In recent years, short messages are a mainstream propagation channel of weather information, and with the development of information technology, under the conditions of various internet application impacts and the gradual change of media forms, the traditional plain text short message content has the disadvantages of fixed form, traditional content, obvious time delay, lack of interaction and the like, and is difficult to meet the diversified information acquisition requirements and reading requirements of users, so that daily weather short messages are neglected day by day, and the related traffic is obviously reduced.
If boring and general character meteorological information is converted into an intuitive form with image-text and sound images, the visual effect is more impact, the readability is enhanced, and a user can know the information content more quickly. Therefore, when the information technology comes forward to a new opportunity of leaping 5G again, the traditional weather short message is urgently waited for, and the transformation and upgrading of the 5G rich media and the intelligent service are started.
As an intelligent fusion communication solution integrating multiple forms such as video, audio, image and text, position and the like, the 5G message can realize various rich applications on a short message interface, provides richer media display forms and gives brand new use experience to users. By means of the 5G message mode, the weather short message service can be enabled to have higher temperature, higher perception and response at any time, and a new weather message spreading ecology taking users as centers is created. However, in the current stage, the meteorological department 5G message service is still in a starting and groping stage, and in the daily weather short message service, the content products pushed to the user are single, the space-time fineness is not enough, the manual production manufacturing cost is high, and the personalized requirements of the user are difficult to meet, so that the service effect does not reach the expectation, and the advantages of the 5G rich media are not fully exerted. Therefore, research and design of a daily weather personalized service automatic pushing method based on 5G messages becomes a research direction.
Disclosure of Invention
In order to solve the defects in the prior art, the invention provides a daily weather personalized service automatic pushing method based on 5G messages, and the reading interest of a user is improved by adopting a front-end separation technology and a back-end separation technology and by means of a 5G rich media mode; by automatic production and active push, the short message service is more efficient, so that the user can enjoy a one-stop new experience of weather plus clothing and eating and housing.
In order to achieve the above object, an automatic pushing method for a daily weather personalization service based on a 5G message according to an embodiment of the present invention includes the following steps:
s1, constructing a daily weather scene push content algorithm rule;
s2, acquiring the position of the target user and the weather element live condition of the position;
s3, acquiring the current time and judging the time attribute;
s4, substituting the position, the weather element live condition and the time attribute into the constructed daily weather scene push content algorithm rule, and calling the daily weather component content with the corresponding relationship;
s5, automatically producing and assembling the daily weather component content to form 5G rich media card weather information;
s6, accurately pushing weather information of the 5G rich media card to a target user, and forming personalized 5G message service in the position.
Further, the algorithm rule of the push content of the daily weather scene in step S1 is as follows:
under the condition that a first precondition, a first trigger condition and a third trigger condition are met, acquiring a first daily weather component product set;
under the condition that a first precondition, a second trigger condition and a third trigger condition are met, a second daily weather component product set is obtained;
under the condition that a first precondition, a first trigger condition and a fourth trigger condition are met, a third daily weather component product set is obtained;
under the condition that a first precondition, a second trigger condition and a fourth trigger condition are met, a fourth daily weather component product set is obtained;
acquiring a fifth daily weather component product set under the conditions of meeting the second precondition and the first trigger condition;
acquiring a sixth daily weather component product set under the conditions of meeting a second precondition and a second trigger condition;
acquiring a seventh daily weather component product set under the conditions of meeting a third precondition and a first trigger condition;
and acquiring an eighth daily weather component product set under the conditions of meeting the third precondition and the second trigger condition.
Further, the first precondition is that no early warning signal is currently effective at the position, the second precondition is that only a forest fire early warning signal is currently effective at the position, and the third precondition is that only a fog or haze early warning signal is currently effective at the position; the first trigger condition is that the time attribute is a working day; the second trigger condition is that the time attribute is weekend or holiday. The third triggering condition is that the rainfall of the position in the past 1 hour is more than or equal to the standard rainfall, and the fourth triggering condition is that the rainfall of the position in the past 1 hour is less than the standard rainfall.
Further, the standard rainfall is 0.1 mm.
Further, the meteorological element live data in step S2 includes, but is not limited to, air temperature, wind speed and wind direction, precipitation, humidity, and air quality live data.
Further, the step S4 is specifically:
s41, acquiring national ground meteorological element observation actual conditions, town early warning actual conditions and refined grid forecast data under daily weather;
s42, collecting science popularization pictures and texts and audio and video materials related to weather;
and S43, developing national ground meteorological element observation live, town early warning live and refined lattice point forecast data in the step S41 and weather-related audio and video materials in the step S42 into independent components by adopting a component type front-end development and visualization processing method, and generating a 5G message daily weather component product set.
Further, the step S5 is specifically:
s51, constructing a weather component into a picture parameter template of a weather forecast by adopting a front-end and back-end separation technology, namely card modeling;
s52, calling a weather data system API interface through an interface address provided by the weather data system;
s53, acquiring weather forecast data of daily weather component contents with corresponding relations through a weather data system interface according to request parameters meeting the component contents by using an http post request mode;
s54, storing weather forecast data into a 5G message SDK database, and generating weather information of the 5G rich media card by using a front-end and back-end separation technology and enabling the weather data to correspond to the card template;
further, the accurate pushing in the step 6 specifically includes:
p1, sending weather rich media information to the user terminal;
p2, judging whether the user terminal is 5G terminal equipment and is started, if yes, executing a step P3, otherwise, executing a step P4;
p3, the user terminal directly receives the 5G message rich media;
p4, pushing a common short message + CH5 link message to the user terminal;
when the mobile phone terminal of the user does not support the 5G message, the system returns a failure state sending message to the map platform, and after the system judges that the user does not support the 5G message, the system pushes the ordinary short message + CH5 link message to the user again.
Further, in step P2, the 5G terminal device process is determined as follows: when the user terminal is 5G terminal equipment, an SIM card is installed, and after the SIM card is connected to an operator network, when the user terminal equipment sets a 5G message opening state in information, the terminal can automatically initiate registration information to 5GMC authentication in Waiserda, and the user is identified as a 5G message terminal user through registration.
The beneficial effects of the invention are as follows:
1. based on the component-type front-end development and visual processing technology, the invention develops data such as daily weather actual condition, forecast, science popularization, information and the like into an independent 5G message daily weather component product set;
2. the method can be combined with non-disaster conventional weather characteristics and important time nodes such as weekends, festivals and holidays, etc., deducing various living requirements such as clothes, eating and housing in daily weather scenes of users, formulating a daily weather scene 5G message push content algorithm rule, substituting live data of the positions of the users into the rule, judging trigger conditions, and combining with an automatic production and assembly program, actively pushing the assembled 5G message content to target users;
3. the invention automatically detects the terminal capability by the system, and carries out message sorting and pushing according to whether the user terminal supports 5G messages.
Drawings
FIG. 1 is a flow chart of a daily weather personalized service automatic pushing method based on 5G message in the invention;
FIG. 2 is a flow chart of an automated manufacturing assembly of one embodiment of the present invention;
fig. 3 is a message push flow diagram according to an embodiment of the present invention.
Detailed Description
To make the objects, technical solutions and advantages of the present invention more clear, the following description is made with reference to the accompanying fig. 1-3 and examples.
It should be noted that, in this document, relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
The invention provides a daily weather personalized service automatic pushing method based on 5G messages, which improves the reading interest of a user by means of a 5G rich media mode; from the practical application and the user requirements, the short message service is more accurate and fine; the short message service is more efficient through automatic production and active push; deep ploughing life weather scene, and enabling users to enjoy one-stop new experience of weather and clothes eating and housing!
The core idea of this service scheme is:
(1) developing data information such as daily weather live, forecast, science popularization, information and the like into an independent 5G message daily weather component product set based on a component type front end development and visual processing technology;
(2) the method includes the steps that non-disaster conventional weather characteristics and important time nodes such as weekends, festivals and holidays are combined, various living requirements of users such as clothes, eating and housing courts under daily weather scenes are deduced, and 5G message push content algorithm rules of the daily weather scenes are formulated;
(3) and substituting the live data of the position of the user into the algorithm, starting an automatic production assembly program if the corresponding trigger condition is judged to be met, and finally actively pushing the assembled 5G message content to the target user.
As shown in fig. 1, the invention provides a daily weather personalized service automatic pushing method based on 5G messages, which comprises the following steps:
s1, constructing a daily weather scene push content algorithm rule as follows:
under the condition that a first precondition, a first trigger condition and a third trigger condition are met, a first daily weather component product set is obtained;
under the condition that a first precondition, a second trigger condition and a third trigger condition are met, a second daily weather component product set is obtained;
acquiring a third daily weather component product set under the condition that a first precondition, a first trigger condition and a fourth trigger condition are met;
under the condition that a first precondition, a second trigger condition and a fourth trigger condition are met, a fourth daily weather component product set is obtained;
acquiring a fifth daily weather component product set under the conditions that the second precondition and the first trigger condition are met;
acquiring a sixth daily weather component product set under the conditions that a second precondition and a second trigger condition are met;
acquiring a seventh daily weather component product set under the conditions of meeting a third precondition and a first trigger condition;
and acquiring an eighth daily weather component product set under the conditions of meeting the third precondition and the second trigger condition.
Further, the first precondition is that no early warning signal is currently effective at the position, the second precondition is that only forest fire early warning signals are currently effective at the position, and the third precondition is that only fog or dust-haze early warning signals are currently effective at the position; the first trigger condition is that the time attribute is a working day; the second trigger condition is that the time attribute is weekend or holiday; the third triggering condition is that the rainfall of the position in the past 1 hour is more than or equal to 0.1 mm, and the fourth triggering condition is that the rainfall of the position in the past 1 hour is less than 0.1 mm.
Wherein the first daily weather component product set content comprises: radar echo live; the rainfall change of the position is live in the past 6 hours; forecasting rainfall in the future of 2 hours and minutes; weather forecast of the position in the future for two days; weather forecast of the position in the future week; other city/province/country weather forecasts; weather head strip: the latest text pushing of the local weather official WeChat; weather tracking: tracking local weather official microblog real-time bloggers; weather life index forecast (dressing, ultraviolet ray, airing, car washing, umbrella, motion index, etc.) of the location; the safety science popularization of the trip in rainy days (wherein the weather forecast content comprises basic element forecasts such as temperature, rainfall, wind direction, humidity, air quality and the like, the same is applied below).
The second daily weather component product set content includes: adding on the basis of the content of the first daily weather component product set: a characteristic travel weather product; travel guide information such as lap, traffic, food, etc.;
the third daily weather component product set content includes: the current air temperature and the somatosensory temperature of the position are live; the air temperature change of the position is live in the past 24 hours; weather forecast of the position in the future for two days; weather forecast of the position in the future week; other city/province/country weather forecasts; weather head strip: the latest text pushing of the local weather official WeChat; weather tracking: tracking local weather official microblog real-time bloggers; forecasting weather life indexes (dressing, ultraviolet rays, airing, car washing, umbrellas, sports indexes and the like) of the positions;
the fourth daily weather component product set content includes: adding on the basis of the third daily weather component product set content: a characteristic travel weather product; travel guide information such as crossing, traffic, food, etc.;
the fifth daily weather component product set content comprises: the current air temperature, the body feeling temperature and the relative humidity of the position are live; the relative humidity change of the position is live in the past 24 hours; weather forecast is carried out on the position for two days in the future; weather forecast of the position in the future week; other city/province/country weather forecasts; weather head strip: local weather official WeChat pushes away the text newly; weather tracking: tracking local weather official microblog real-time bloggers; forecasting weather life indexes (dressing, ultraviolet rays, airing, car washing, sports, fire indexes and the like) of the positions; the fire safety reminds science popularization;
the sixth daily weather component product set content includes: adding on the basis of the content of the fifth daily weather component product set: a characteristic travel weather product; travel guide information such as lap, traffic, food, etc.;
the seventh daily weather component product set content comprises: the current visibility and air quality of the position are live; the position where the visibility changes live in the past 24 hours; weather forecast is carried out on the position for two days in the future; weather forecast of the position in the future week; other city/province/country weather forecasts; weather head strip: the latest text pushing of the local weather official WeChat; weather tracking: tracking local weather official microblog real-time bloggers; weather life index forecast (dressing, ultraviolet, airing, car washing, umbrella, sports, AQI index and the like) of the position; the travel on the haze days reminds the science popularization;
the eighth daily weather component product set content comprises: adding on the basis of the seventh daily weather component product set content: a characteristic travel weather product; travel guide information such as lap, traffic, food, etc.
S2, acquiring the position of the target user and the weather element live condition of the position;
meteorological element live includes, but is not limited to, air temperature, wind speed and direction, precipitation, humidity, air quality live data.
S3, acquiring the current time and judging the time attribute;
the time attributes include weekday and weekend/holiday.
S4, substituting the position, the weather element live condition and the time attribute into the constructed daily weather scene push content algorithm rule, and calling a daily weather component product set with a corresponding relation, specifically:
s41, acquiring national ground meteorological element observation actual conditions, town early warning actual conditions and refined lattice forecast data in daily weather;
s42, collecting science popularization pictures and texts and audio and video materials related to weather;
s43, developing the live events and data in the step S41 and the materials in the step S42 into independent components by adopting a component type front end development and visual processing method, and generating a 5G message daily weather component product set;
s5, automatically producing and assembling the daily weather component product set to form 5G rich media card weather information, specifically:
s51, constructing a weather component into a picture parameter template of a weather forecast by adopting a front-end and back-end separation technology, namely card modeling;
s52, calling a meteorological data system API interface through an interface address provided by the meteorological data system;
s53, acquiring weather forecast data of daily weather component contents with corresponding relations through a weather data system interface according to request parameters meeting component contents by using an http post request mode;
s54, storing weather forecast data into a 5G message SDK database, and generating weather information of the 5G rich media card by using a front-end and back-end separation technology and enabling the weather data to correspond to the card template;
s6, accurately pushing weather information of the 5G rich media card to a target user to form personalized 5G message service at the position;
the accurate pushing is specifically as follows:
p1, sending weather rich media information to the user terminal;
p2, judging whether the user terminal is 5G terminal equipment and is started, if yes, executing a step P3, otherwise, executing a step P4;
p3, the user terminal directly receives the 5G message rich media;
p4, pushing a common short message + CH5 link message to the user terminal;
when the mobile phone terminal of the user does not support the 5G message, the system returns a sending failure state message to the map platform, and after the system judges that the user does not support the 5G message, the system pushes the ordinary short message + CH5 link message to the user again. And the 5G terminal equipment is judged to be: when the user terminal is 5G terminal equipment, an SIM card is installed, and after the SIM card is connected to an operator network, when the user terminal equipment sets a 5G message opening state in information, the terminal can automatically initiate registration information to 5GMC authentication in Waiserda, and the user is identified as a 5G message terminal user through registration.
As a specific embodiment, the following is provided:
(1) acquiring national ground meteorological element observation actual conditions, town early warning actual conditions and refined lattice forecast data, and collecting weather-related popular science graphics, videos and audio-video materials. And developing the data information such as the daily weather actual condition, forecast, popular science, information and the like into independent components by adopting a component type front-end development and visualization processing technology, enhancing the visualization effect presentation based on the 5G message, and generating a 5G message daily weather component product set with excellent image-text sound image.
(2) The method combines non-disaster conventional weather characteristics and important time nodes such as weekends, festivals and holidays, deduces various living requirements such as clothes, eating and housing courts and the like in daily weather scenes of users, and formulates 5G message push content algorithm rules in the daily weather scenes, and specifically refers to fig. 1.
5G message push content algorithm for daily weather scene in figure 1
(3) And acquiring meteorological element live data and town early warning live data of the position of the user through target user positioning, wherein the meteorological element live data comprises air temperature, wind speed and wind direction, precipitation, humidity, air quality and the like. Substituting the algorithm of pushing the content by the 5G message in the daily weather scene to judge whether the corresponding triggering condition is reached.
(4) Trigger-push. And when the triggering condition is met, automatic production and assembly are realized through the bottom layer technology of the operator, and the personalized 5G message service under the scene is actively pushed to the target user.
According to a daily weather scene push content algorithm, an operator provides a 5G message weather release cloud platform based on a GSMA (UP 2.4) standard protocol in combination with a weather early warning system and other related service systems.
The cloud platform gathers meteorological data meeting triggering conditions, performs unified data preprocessing according to meteorological related data standards, realizes unified storage, integration, analysis, processing and transmission of meteorological information resources by using core technologies such as a distributed file system, a distributed database and a distributed computing framework, and provides software and hardware infrastructure and technical architecture with high performance, high availability, high expansibility and high safety for each application service of the 5G message meteorological information publishing cloud platform.
A. Automatic production and assembly technical mode
As shown in fig. 2, the automatic generation and assembly technology is to invoke interface authority from the weather early warning system, automatically generate weather components such as weather data, weather pictures, broadcast videos, early warning news, safe science popularization, personalized clothing and housing courts, and the like, and simultaneously establish material management libraries such as a weather gallery and a weather scene card template.
The weather gallery aims to facilitate the weather native text content to be input into a platform and then automatically matched with picture materials in the gallery to generate a rich media card with rich pictures and texts, add a card inner button, a suspension menu and a bottom fixed menu (a first-level column and a second-level column), and then configure and generate weather 5G message content through manual or program setting to finish the manufacturing of a 5G weather product. And finally, intelligently packaging the products into 5G message rich media cards of the weather service.
Automatic matching process from weather native text to rich media cards:
the process refers to the step that the 5G message cloud platform is accessed to a meteorological data service center, the Download OpenAPI specification calls a meteorological data service platform API interface, meteorological text messages and background pictures are obtained through the platform interface, and the 5G message card rich media are generated and returned to the 5G message meteorological cloud platform to carry out program setting (and support manual modification).
The main body comprises a weather data service center, a weather SDK, a 5G message weather service cloud platform, a 5G message subscription number management platform, an MAAP platform, a 5G message center and a user terminal. The message flow mainly comprises meteorological message sending and user uplink message returning, and the message flow mainly comprises message state information returning.
The specific process is as follows:
1. weather forecast card modeling by 5G message cloud platform
The 5G message platform is classified according to a content algorithm issued by meteorological data, 4 triggering conditions are respectively set from 3 precondition, and the weather components are constructed into a picture parameter template of weather forecast, namely card modeling, by adopting a front-end separation technology and a rear-end separation technology corresponding to the weather components in each precondition and triggering condition combination.
2. Calling weather data system API interface
After the card is modeled, the 5G message weather service cloud platform calls an API (application programming interface) through an interface address provided by a weather data system. The calling mode comprises the following steps: the method comprises the steps of using a http request standard format Post mode (namely an http Post request mode), wherein parameters are all Json data formats, the request parameters comprise weather, meanings, types, the necessity and the like in weather fields, and returned results through a weather SDK comprise field code return codes and message error information, Chinese descriptions, attributes and the like. And (5) defaulting 500 records in each page, and stopping calling the interface after the data returns to be null.
3. MANO management and orchestration
The request parameters in the meteorological picture template comprise basic element forecasts such as air temperature, rainfall, wind direction, humidity, air quality and the like which meet triggering conditions, meteorological weather forecast data are obtained through a meteorological data system interface and stored in a 5G message SDK database, the meteorological data correspond to the card template through a front-end separation technology, and then the card template is displayed through a platform, and the process is named MANO Management and arrangement (Management and organization).
4. Organic linkage mechanism between platforms
The MaaP platform is borne on the 5G message center and provides an industry Chatbot unified interface, and the meteorological data system can apply for Chatbot to access the 5G message system through the 5G message subscription number management platform and interact with the personal user side through the 5G message. The 5G message center (5 GMC) is a core network element for providing a 5G message service, and has the capabilities of processing weather information, sending weather messages, storing weather materials and forwarding weather short messages and multimedia weather messages. And the system has the functions of access management and authentication of the meteorological Chatbot and the meteorological message, uploading and storing multimedia contents in the meteorological message and the like. An organic linkage mechanism is established between the weather message management function/system and platforms such as a 5G message system platform and a weather data system, so that the weather release strategy and the result consistency and timeliness of each network element are ensured to the maximum extent.
B. Active push target user mode algorithm:
after the weather information of the 5G rich media card is formed through an automatic assembly technology, the weather information is accurately pushed through fallback channels such as a 5G message channel, a video short message and a common short message based on the functions of message making management, intelligent interactive logic design, user group management, early warning message pushing management and the like.
Because the 5G message needs the capability support of the mobile phone terminal of the user, when the user receives the 5G message, if the mobile phone terminal of the user does not support the 5G message function, the user cannot experience the native 5G message. The invention adopts a terminal shunting technology, the system automatically detects the terminal capability, and carries out message sorting and pushing according to whether the user terminal supports 5G messages.
As shown in fig. 3, the terminal offloading and pushing process is as follows:
the main body is provided with a 5G message weather service cloud platform, a weather SDK and 5G message subscription number platform, a large-area matching combination (Maap platform +5GMC message gateway) and a user terminal.
1. User terminal registration identification
When the user terminal is 5G terminal equipment, an SIM card is installed, and after the SIM card is connected to an operator network, when the user terminal equipment sets a 5G message opening state in information, the terminal can automatically initiate registration information to 5GMC authentication of Hua Juan district, and the user is identified as a 5G message terminal user through registration;
2. automatic assembling and producing meteorological 5G message rich media card
And automatically assembling the produced rich media message through the 5G message weather service cloud platform. The 5G message weather service cloud platform calls an open interface provided by the weather SDK to acquire a 5G message rich media card message body and uploads weather forecast and weather component materials and the like.
3. Calling 5G message subscription number platform API (application program interface) interface to send weather message
The weather SDK generates and returns a 5G message rich media card message, and then the 5G message weather service cloud platform sends an API (application programming interface) interface to a 5G message subscription number management platform calling platform, transmits a message field to a Huacheng large area (Maap platform +5 GMC) and pushes the message field to the user terminal;
4. weather message push
Sending a weather rich media message to a user terminal through a Huacheng district (Maap platform +5 GMC), and directly receiving a 5G message rich media when the user terminal is a 5G terminal and is started; when the mobile phone terminal of the user does not support the 5G message, the system returns a sending failure state message to the map platform, and after the system judges that the user does not support the 5G message, the system pushes the ordinary short message + CH5 link message to the user again.
The push target users are divided into two cases as follows:
firstly, when the user terminal supports, the UP2.4 native 5G message is directly issued to the user, and the user can directly check and click the interaction in a short message application interface;
secondly, when the user terminal does not support the 5G message, the link is sent to the user in the form of 'video short message + H5 link' or 'ordinary text short message + H5 link', the user clicks the link, and then the user can experience interactive experience which is completely consistent with the original 5G message on the H5 page, and the H5 link is called as chatbotH5 link, which is called as 'CH 5' for short.
The new technology replaces the traditional native short message with the 5G message core capability, so that not only can 5G users intuitively experience the weather service brought by the rich media of the 5G message, but also terminal users which do not support the 5G message can enjoy the 5G message weather service brought by the invention. Form the new experience of meteorological service of "multiple spot one slice", all-round touch reaches, realizes terminal user full coverage.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
The present invention and its embodiments have been described above, and the description is not intended to be limiting, and the drawings are only one embodiment of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should appreciate that they can readily use the disclosed conception and specific embodiments as a basis for designing or modifying other structures for carrying out the same purposes of the present invention without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (5)
1. A daily weather personalized service automatic pushing method based on 5G messages is characterized by comprising the following steps:
s1, constructing a daily weather scene push content algorithm rule, wherein the algorithm rule is as follows:
under the condition that a first precondition, a first trigger condition and a third trigger condition are met, a first daily weather component product set is obtained;
under the condition that a first precondition, a second triggering condition and a third triggering condition are met, a second daily weather component product set is obtained;
acquiring a third daily weather component product set under the condition that a first precondition, a first trigger condition and a fourth trigger condition are met;
under the condition that a first precondition, a second triggering condition and a fourth triggering condition are met, a fourth daily weather component product set is obtained;
acquiring a fifth daily weather component product set under the conditions that the second precondition and the first trigger condition are met;
acquiring a sixth daily weather component product set under the conditions of meeting a second precondition and a second trigger condition;
acquiring a seventh daily weather component product set under the conditions of meeting a third precondition and a first trigger condition;
acquiring an eighth daily weather component product set under the conditions that a third precondition and a second trigger condition are met;
the first precondition is that no early warning signal is currently effective at the position, the second precondition is that only a forest fire danger early warning signal is currently effective at the position, and the third precondition is that only a fog or dust-haze early warning signal is currently effective at the position; the first trigger condition is that the time attribute is a working day; the second trigger condition is that the time attribute is weekend or holiday; the third triggering condition is that the rainfall of the position in the past 1 hour is more than or equal to the standard rainfall, and the fourth triggering condition is that the rainfall of the position in the past 1 hour is less than the standard rainfall;
s2, acquiring the position of the target user and the weather element live condition of the position;
s3, acquiring the current time and judging the time attribute;
s4, substituting the position, the weather element live condition and the time attribute into the constructed daily weather scene push content algorithm rule, and calling the daily weather component content with the corresponding relationship, specifically:
s41, acquiring national ground meteorological element observation actual conditions, town early warning actual conditions and refined grid forecast data under daily weather;
s42, collecting audio and video materials related to weather;
s43, developing national ground meteorological element observation live situations, town early warning live situations and refined grid forecast data in the step S41 in the daily weather and weather-related audio and video materials in the step S42 into independent components by adopting a component type front-end development and visual processing method, and generating a 5G message daily weather component product set;
s5, automatically producing and assembling the daily weather component content to form 5G rich media card weather information, specifically:
s51, constructing a weather component into a picture parameter template of a weather forecast by adopting a front-end and back-end separation technology, namely card modeling;
s52, calling a meteorological data system API interface through an interface address provided by the meteorological data system;
s53, acquiring weather forecast data of daily weather component contents with corresponding relations through a weather data system interface according to request parameters meeting the component contents by using an http post request mode;
s54, storing weather forecast data into a 5G message SDK database, and generating weather information of the 5G rich media card by using a front-end and back-end separation technology and enabling the weather data to correspond to the card template;
s6, accurately pushing weather information of the 5G rich media card to a target user to form personalized 5G message service at the position.
2. The daily weather personalization service auto-push method based on 5G messages, according to claim 1, characterised in that the standard rainfall is 0.1 mm.
3. The daily weather personalization service automatic pushing method based on 5G messages as claimed in claim 1, wherein the weather element live in step S2 includes but is not limited to air temperature, wind speed and wind direction, precipitation, humidity, air quality live data.
4. The daily weather personalized service automatic pushing method based on 5G messages according to claim 1, wherein the accurate pushing in the step 6 specifically comprises:
p1, sending weather rich media information to the user terminal;
p2, judging whether the user terminal is 5G terminal equipment and is started, if yes, executing a step P3, otherwise, executing a step P4;
p3, the user terminal directly receives the 5G message rich media;
p4, pushing a common short message + CH5 link message to the user terminal;
when the mobile phone terminal of the user does not support the 5G message, the system returns a sending failure state message to the map platform, and after the system judges that the user does not support the 5G message, the system pushes the ordinary short message + CH5 link message to the user again.
5. The method for pushing daily weather personalization service (WES) automatically based on 5G message according to claim 4, wherein the step P2 is implemented by judging that the 5G terminal device process is as follows: when the user terminal is 5G terminal equipment, an SIM card is installed, and after the SIM card is connected to an operator network, when the user terminal equipment sets a 5G message opening state in information, the terminal can automatically initiate registration information to 5GMC authentication in Waiserda, and the user is identified as a 5G message terminal user through registration.
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