CN107239494B - Recorded data generating and displaying method and system - Google Patents
Recorded data generating and displaying method and system Download PDFInfo
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- CN107239494B CN107239494B CN201710295581.XA CN201710295581A CN107239494B CN 107239494 B CN107239494 B CN 107239494B CN 201710295581 A CN201710295581 A CN 201710295581A CN 107239494 B CN107239494 B CN 107239494B
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- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/29—Geographical information databases
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Abstract
The invention relates to a method for generating and displaying recorded data, which comprises the following steps: determining the position, acquiring the geographical position information of the current position, and uploading the geographical position information to the system; the system converts the received geographical position information into a geographical position code and returns the geographical position code by using a data header formed by the geographical position code; inputting the content of the recorded data by taking the returned data title as a title or an index; and acquiring the recorded data after the input is finished, uploading the recorded data to the system, and storing the recorded data in a storage area corresponding to the geographical position code in a database of the system. The invention also relates to a system for realizing the method. The implementation of the method and the system for generating and displaying the record data has the following beneficial effects that: the recorded data or the information recording identification can be perfected in a short time, and the information content is combined with the position information to make the information more accurate and richer.
Description
Technical Field
The present invention relates to data formation and search, and more particularly, to a method and system for generating and displaying recorded data.
Background
In the internet context, every behavior of a user is recorded as a factor in a large database, and the value of the large database is characterized by large data volume, multiple data types, low data value density and timeliness of the data. Smart phones and tablets capable of surfing the internet are becoming more and more popular, apps (application programs) on the mobile devices can track and communicate countless events, and recording, searching and storing behaviors of mass information can be triggered from transaction data in the apps to personal information data or state report events. The existence of these conditions enables the information record identification or similar marking and reminding information which appears in some occasions to be changed into the participation of everyone from the conventional participation of a few persons (usually service providers), so that the marking can be completed or supplemented quickly. For example, an information record may identify a snack on a store owner map, and traditionally the provider of the electronic map or the operator of the snack has gone through a complex procedure to identify it. Moreover, the conventional information recording marks do not include specific position information. For a certain area, the representation method not only takes a long time and is complex to operate, but also can miss a plurality of valuable labels, and can not realize automatic display of the information record information. For example, a certain location may be very scenic, but the provider of the electronic map is not aware of it, while others cannot be labeled; meanwhile, when displaying, it is not possible to accurately display the relevant information record identifier and the like for the current position of the user. Therefore, the method for identifying information records (which may also be referred to as recorded data when being viewed as data) in the prior art has the defects of consuming much time, having few participants, being incomplete, being incapable of automatic display and the like. Meanwhile, in the prior art, a service system for recording, searching and interacting information based on a specific geographic position is not provided for a user, so that the user can search the information according to the position at any time to obtain all recorded shared information related to the specific position.
Disclosure of Invention
The technical problem to be solved by the present invention is to provide a method and a system for generating and displaying record data, which have the advantages of less time consumption, easy realization of complete labeling, and capability of automatically displaying related information record identifiers according to the current position of a user, aiming at the defects of more time consumption, incompleteness and incapability of automatic display in the prior art.
The technical scheme adopted by the invention for solving the technical problems is as follows: a method for generating and displaying record data is constructed, and comprises the following steps:
A) determining the position, acquiring the geographical position information of the current position, and uploading the geographical position information to the system; the system converts the received geographical position information into a geographical position code, and forms a data title to return by using the geographical position code;
B) inputting the content of the recorded data by taking the returned data title as a title or an index;
C) and acquiring the recorded data after the input is finished, uploading the recorded data to the system, and storing the recorded data in a storage area corresponding to the geographical position code in a database of the system.
Further, the geographical position code is a multi-bit code representing a set geographical area, one geographical position code corresponds to one set geographical area, and one set geographical area includes a plurality of geographical position information.
Still further, the step a) further comprises:
A1) according to the received geographical position information, searching a set geographical area where the geographical position information is located to obtain a geographical position code of the area;
A2) and arranging the obtained geographical position codes, the user names and the current time marks of the system according to a set sequence to obtain a data title.
Still further, the step B) further comprises:
B1) inputting characters or inserting images to form data content, wherein the recording content form is not limited and can comprise dynamic and static data and virtual reality data;
B2) and setting the property parameters of the recorded data by selecting a function key on an input interface, wherein the property parameters comprise whether the recorded data is published or not.
Still further, the method comprises the following steps:
E) entering a display mode, acquiring the geographical position information of the current position and uploading the geographical position information to the system; the system searches a corresponding set area according to the received geographical position information and obtains a geographical position code corresponding to the position;
F) searching the recorded data in the corresponding storage area according to the obtained geographical position code, and filtering the recorded data according to a set rule to obtain the recorded data which can be displayed currently;
G) and screening one or more data contents from the currently displayable recorded data according to the attention category set by the user, returning and displaying the one or more data contents.
Further, in the step E), the obtaining of the geographic location information of the current location includes triggering a function module on the human-computer interface or automatically obtaining in the background.
Further, in the step G), the record data is screened by a property parameter or a label set at the time of forming the record data; the property parameters or tags include user settings or system automatic settings.
The invention also relates to a system for realizing the method, which comprises the following steps:
a data title forming unit: the system is used for determining the position, acquiring the geographical position information of the current position and uploading the geographical position information to the system; the system converts the received geographical position information into a geographical position code, and forms a data title to return by using the geographical position code;
a data content input unit: the data processing device is used for inputting the content of the recorded data by taking the returned data title as a title or an index;
a data content storage unit: and the system is used for uploading the obtained record data after the input is finished to the system and storing the record data in a storage area corresponding to the geographic position code in a database of the system.
Still further, still include:
a geocoding lookup unit: the system is used for entering a display mode, obtaining the geographical position information of the current position and uploading the geographical position information to the system; the system searches a corresponding set area according to the received geographical position information and obtains a geographical position code corresponding to the position;
a data content filtering unit: the geographic position code is used for searching the record data in the corresponding storage area according to the obtained geographic position code, and filtering the record data according to a set rule to obtain the record data which can be displayed currently;
a data content display unit: and the data processing device is used for screening one or more data contents from the currently displayable recorded data according to the attention category set by the user, returning and displaying the one or more data contents.
Further, the system is an application program comprising a client and a server, which are installed on a mobile terminal of a user and a server, respectively.
The implementation of the method and the system for generating and displaying the record data has the following beneficial effects that: since the content is marked with a geographical position code closely related to the geographical position information of the current position where the mobile terminal or the client carrier is located when the recorded data (i.e. information record identifier or similar common mark is marked on the electronic map) is formed, and the obtained recorded data is stored in the database of the server in the storage area corresponding to the geographical position code, at the same time, the data transmission between the mobile terminal and the server necessarily enables the identity of the user to be verified. In addition, according to the currently acquired geographic position information, recorded data suitable for display can be automatically acquired through a series of filtering. Therefore, the number of users who can participate in forming or perfecting the recorded data is greatly increased, so that the recorded data or the information recording mark can be perfected in a short time; in addition, the participation of the user also improves the acceptance degree of the user to the system, which can effectively and greatly improve the user viscosity for the application of the Internet.
Drawings
FIG. 1 is a flowchart of a method and system for generating and displaying recorded data according to an embodiment of the present invention;
FIG. 2 is a flowchart for displaying the recorded data in the embodiment;
fig. 3 is a schematic structural diagram of a system for implementing the method in the embodiment.
Detailed Description
The embodiments of the present invention will be further described with reference to the accompanying drawings.
As shown in fig. 1, in an embodiment of a method and a system for generating and displaying recorded data according to the present invention, the method for generating and displaying recorded data includes the following steps:
step S11 is to acquire geographical location information of the current location, and upload the geographical location information to the server: in this embodiment, the log data is generated by a mobile terminal and stored in a server connected to the mobile terminal via a network. Generally, one server may be connected to a plurality of mobile terminals, and the server may receive new log data or may transmit existing log data to the mobile terminals in the same time slot, and similarly, one mobile terminal may receive the log data or may transmit new log data edited by itself in a different time slot. At this time, the server and the plurality of mobile terminals are respectively installed with an application program for causing the server or the mobile terminals to perform data operations according to the method in the present embodiment. In this step, when the mobile terminal (specifically, the user using the mobile terminal) needs to form new recorded data, the user operates the application program to enter a recorded data writing or forming mode, and then, under the control of the application program, the mobile terminal starts to determine its current position, obtains geographical position information of the current position, and uploads the geographical position information to the system.
Step S12, the server converts the received geographical location information into a geographical location code, forms a data content title, and returns: in this step, the system converts the received geographical location information into a geographical location code, and forms a data header using the geographical location code to return to the mobile terminal. In the present embodiment, data exchange between the mobile terminal and the server is involved, and to realize such data interaction, it is a step performed in advance that the mobile terminal logs in to the server as a user. In other words, in this embodiment, when the mobile terminal uploads the geographical location information to the server, the server has verified that the mobile terminal (actually, the user using the mobile terminal) is a legitimate user, and the current network address of the user can also be known through the information carried in the geographical location information, so that when the server needs to return data or record a data header to the mobile terminal, data transmission can be realized by using the current network address of the user. In this embodiment, the geographical location code is a multi-bit code representing a set geographical area, one geographical location code corresponds to one set geographical area, and one set geographical area includes a plurality of geographical location information. Generally, the geographic position information obtained by determining the position of the mobile terminal is the data of the longitude and latitude and the height (three-dimensional space position) of the current position, and is the data of the current point, and the direct use of the data is inconvenient firstly, and the digit of the data is too long; secondly, when a certain place is generally marked, one area or one range is more consistent with the common habit than one point; at the same time, an area comprising a plurality of points enables more efficient organization of the storage of data. In addition, it is worth mentioning that after the geographical position coding is adopted, the size of the area range can be limited, and the content visible range contained in one geographical position information can be defined.
Specifically, in this step, when the server receives geographical position information obtained when a mobile terminal forms record data, the server searches a set geographical area where the server is located according to the received geographical position information to obtain a geographical position code of the area; the set geographical area is a large area, e.g., a scenic spot, previously divided into smaller areas, e.g., covering the area. A scenic spot may be covered by a plurality of adjacent, regular or irregular small areas; each small area is provided with a geographical position code, each small area is a set of a plurality of points, whether the current position is in the small area can be judged by setting boundary points of the small area and comparing the boundary points with the obtained geographical position information, and if so, the geographical position code of the current position can be obtained. Then, the obtained geographical position codes, the user names and the current system time marks are arranged according to a set sequence to obtain data titles. In this embodiment, in some cases, it may not be necessary to add the user information or the time stamp, and the geo-location code is directly used as the data header; in other cases, the user information or time stamp needs to be added. The added benefit is evident in that more efficient filtering or screening can be achieved when using or recalling such recorded data.
Step S13 inputs the recorded data content under the data content title: in this step, after the mobile terminal receives the data title returned by the server, the content of the recorded data is input by taking the returned data title as the title or the index; specifically, the method comprises the steps of inputting characters or inserting images into an input interface of the mobile terminal to form data content; meanwhile, the property parameters of the recorded data can be set by selecting the function keys on the input interface, and the property parameters comprise whether the recorded data is published or not. Actually, the recorded data content is not limited to the image or text, but may be audio or video. In other words, in this embodiment, the form of the recorded content is not limited, and may also include dynamic static data, virtual reality data, and the like.
Step S14 uploads the completed record data to the server and stores it in the set location: and acquiring the recorded data after the input is finished, uploading the recorded data to the system, and storing the recorded data in a storage area corresponding to the geographical position code in a database of the system.
Fig. 2 shows a specific method of displaying or using the above-described recorded data in the present embodiment. In this embodiment, the method in fig. 2 is a display method after the recorded data is generated, and may be performed immediately after the above steps or may be performed separately; the method can be implemented on the mobile terminal which generates the record data immediately after the record data is generated; or on a mobile terminal that never generated the recorded data, as long as the applications on these mobile terminals enter the display mode. In fig. 2, the method further comprises:
step S21 is to enter a display mode, obtain geographical location information of a current location, and upload the geographical location information to the server: in this step, the application program performs a display mode, acquires the geographical location information of the current location and uploads the geographical location information to the system. Although the method of acquiring the geographical location information is the same as in step S11 described above, the server is not required to generate the record data because it can recognize the state of the geographical location information in the display mode.
Step S22 finds the corresponding geo-location code according to the geo-location information, and obtains all the record data stored under the code: in this step, the system (server) searches for a corresponding set area according to the received geographical location information, obtains a geographical location code corresponding to the location, and then searches for recorded data in a corresponding storage area according to the obtained geographical location code. The step of obtaining the geographic position information of the current position comprises triggering a function module on a human-computer interface or automatically obtaining the geographic position information at the background.
Step S23 filters the acquired recording data to acquire displayable recording data: in this step, the recorded data in the display device is filtered according to a set rule to obtain the currently displayable recorded data. In this embodiment, some users who upload the log data may be unwilling to disclose the log data uploaded by themselves, and the user may set the log data to be formed in the above step, and in this step, filter out the log data unwilling to be displayed.
Step S24, the record data capable of being displayed is filtered according to the user' S setting and preference to obtain one or more display record data, and the display record data is sent to the user for display: in this step, the server screens out one or more data contents from the currently displayable recorded data according to the attention category set by the user, returns the one or more data contents, and displays the one or more data contents. Screening the recorded data through a property parameter or a label set when the recorded data is formed; the property parameters or tags include user settings or system automatic settings.
The invention also relates to a system for implementing the method, the structure of which is shown in fig. 3. In fig. 3, the system includes a data title forming unit 1, a data content input unit 2, a data content storage unit 3, a geocoding search unit 4, a data content filtering unit 5, and a data content display unit 6. The data title forming unit 1 is used for determining the position, acquiring the geographical position information of the current position and uploading the geographical position information to the system; the system converts the received geographical position information into a geographical position code, and forms a data title to return by using the geographical position code; the data content input unit 2 is used for inputting the content of the recorded data by taking the returned data title as a title or an index; the data content storage unit 3 is used for uploading the obtained input record data to the system and storing the record data in a storage area corresponding to the geographical position code in a database of the system; the geocode search unit 4 is used for entering a display mode, acquiring the geographic position information of the current position and uploading the geographic position information to the system; the system searches a corresponding set area according to the received geographical position information and obtains a geographical position code corresponding to the position; the data content filtering unit 5 is configured to find the record data in the storage area corresponding to the obtained geographic position code according to the obtained geographic position code, and filter the record data therein according to a set rule to obtain record data that can be currently displayed; the data content display unit 6 is used for screening out one or more data contents from the currently displayable recorded data according to the attention category set by the user, returning and displaying the one or more data contents.
It should be noted that, in the present embodiment, as described above, the above system is an application program including a client and a server, which are installed on the mobile terminal of the user and the server, respectively.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (7)
1. A method for generating and displaying recorded data is characterized by comprising the following steps:
A) determining the position, acquiring the geographical position information of the current position, and uploading the geographical position information to the system; the system converts the received geographical position information into a geographical position code and returns the geographical position code by using a data header formed by the geographical position code;
B) inputting the content of the recorded data by taking the returned data title as a title or an index;
C) obtaining the record data after the input is finished, setting whether the record data is public and uploading the record data to the system, and storing the record data in a storage area corresponding to the geographical position code in a database of the system;
the geographical position code is a multi-bit code representing a set geographical area, one geographical position code corresponds to one set geographical area, and one set geographical area comprises a plurality of geographical position information;
also comprises the following steps:
E) entering a display mode, acquiring the geographical position information of the current position and uploading the geographical position information to the system; the system searches a corresponding set area according to the received geographical position information and obtains a geographical position code corresponding to the position;
F) searching the recorded data in the corresponding storage area according to the obtained geographical position code, and filtering the recorded data according to a set rule to obtain the recorded data which can be displayed currently;
G) and screening one or more data contents from the currently displayable recorded data according to the attention category set by the user, returning and displaying the one or more data contents.
2. The method for generating and displaying recorded data according to claim 1, wherein the step a) further comprises:
A1) according to the received geographical position information, searching a set geographical area where the geographical position information is located to obtain a geographical position code of the area;
A2) and arranging the obtained geographical position codes, the user names and the current time marks of the system according to a set sequence to obtain a data title.
3. The method for generating and displaying recorded data according to claim 2, wherein the step B) further comprises:
B1) inputting characters or inserting images to form data content;
B2) and setting the property parameters of the recorded data by selecting a function key on an input interface, wherein the property parameters comprise whether the recorded data is published or not.
4. The method for generating and displaying recorded data according to claim 3, wherein in step E), the obtaining of the geographic location information of the current location comprises triggering a function module on a human-computer interface or automatically obtaining in the background.
5. The method for generating and displaying recorded data according to claim 4, wherein in the step G), the recorded data is filtered by a property parameter or a label set at the time of forming the recorded data; the property parameters or tags include user settings or system automatic settings.
6. A system for implementing the method for generating and displaying the log data according to claim 1, comprising:
a data title forming unit: the system is used for determining the position, acquiring the geographical position information of the current position and uploading the geographical position information to the system; the system converts the received geographical position information into a geographical position code, and forms a data title to return by using the geographical position code;
a data content input unit: the data processing device is used for inputting the content of the recorded data by taking the returned data title as a title or an index;
a data content storage unit: the system is used for setting whether the record data is public or not and uploading the record data to the system according to the obtained record data after the input is finished, and storing the record data in a storage area corresponding to the geographical position code in a database of the system;
the geographical position code is a multi-bit code representing a set geographical area, one geographical position code corresponds to one set geographical area, and one set geographical area comprises a plurality of geographical position information;
further comprising:
a geocoding lookup unit: the system is used for entering a display mode, obtaining the geographical position information of the current position and uploading the geographical position information to the system; the system searches a corresponding set area according to the received geographical position information and obtains a geographical position code corresponding to the position;
a data content filtering unit: the geographic position code is used for searching the record data in the corresponding storage area according to the obtained geographic position code, and filtering the record data according to a set rule to obtain the record data which can be displayed currently;
a data content display unit: and the data processing device is used for screening one or more data contents from the currently displayable recorded data according to the attention category set by the user, returning and displaying the one or more data contents.
7. The system according to claim 6, wherein the system is an application comprising a client and a server, the client and the server being installed on a mobile terminal of a user and on a server, respectively.
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Inventor after: Zhou Hongfeng Inventor after: Tan Ruilian Inventor before: Zhou Hongfeng Inventor before: Tan Ruilian Inventor before: Wang Ning Inventor before: Wu Guodong Inventor before: Wei Yuanqing |