CN112491947A - Dynamic and static information fusion system, method and medium - Google Patents
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- CN112491947A CN112491947A CN202011079846.0A CN202011079846A CN112491947A CN 112491947 A CN112491947 A CN 112491947A CN 202011079846 A CN202011079846 A CN 202011079846A CN 112491947 A CN112491947 A CN 112491947A
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- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
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- G08G5/00—Traffic control systems for aircraft, e.g. air-traffic control [ATC]
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Abstract
The invention provides a dynamic and static information fusion system, which comprises a first server group and a second server group, wherein the first server group is provided with a dynamic information database, a static information database, a real-time information database, a data leading module and a data processing module, the data processing module is respectively connected with the dynamic information database, the static information database and the real-time information database, the data leading module is respectively connected with the dynamic information database and the static information database, the second server group is provided with a data publishing module, the data publishing module is provided with a data publishing interface, the second server group is communicated with the first server group, and the data publishing module is connected with the dynamic information database and the static information database in the first server group through the second server group. The dynamic and static information fusion system provides a comprehensive platform for the information personnel and improves the working efficiency of the information personnel.
Description
Technical Field
The invention relates to the field of aviation information data processing, in particular to a dynamic and static information fusion system, a method and a medium.
Background
In the domestic civil aviation air traffic management field, both dynamic data and static data are used as information data in the aviation air traffic management field, the Chinese name of NAIP (static data for short) is domestic navigation data compilation, and the NAIP is necessary comprehensive technical data of domestic civil aircrafts during domestic flight and comprises airport, air route and other data. Note am (dynamic data) is an abbreviation for "notify pilot" in english, issued by the local aviation authority in the format of item 15 of the chicago treaty on aviation credit services, and serves To inform the pilot of the particular arrangement, temporal rules, and changes in operating procedures of the airspace or airport, etc. At present, static aviation information data are displayed in an NAIP system, real and dynamic aviation information data of a CNMS system are displayed separately. The NAIP system extracts static data from a production system of a navigation information center of a civil aviation bureau of air traffic control, provides a data compact disc, and reads the encrypted data compact disc to obtain various data files. The CNMS system is a subsystem in the aviation information automatic system, which is mainly used for receiving, processing and issuing domestic and foreign navigation announcements, snow announcement and other telegrams, and providing inquiry services of pre-flight data announcement and navigation announcement for the airlines, air traffic control departments and other users.
The existing NAIP system and CNMS system for transmitting and processing intelligence data has the following defects: 1. therefore, the dynamic and static data in the two systems are independent from each other and are not fused, so that the information personnel need to compare and judge the dynamic and static data manually if needing to inquire the current corresponding information, and the working efficiency is greatly reduced. 2. Each system provides respective data interface, and has no unified external data interface, so that the external system can not directly quote the intelligence data. 3. Each system has a respective data format and no uniform format standard.
Disclosure of Invention
In order to overcome the defects of the prior art, one of the objectives of the present invention is to provide a dynamic and static information fusion system, which can solve the problems that the information data is performed by using the NAIP system and the CNMS system at present, the fusion processing of the dynamic and static data cannot be realized, and the working efficiency is reduced.
The invention also aims to provide a dynamic and static information fusion method, which can solve the problems that the existing NAIP system and the CNMS system are used for information data, the fusion processing of the dynamic and static data cannot be realized, and the working efficiency is reduced.
The invention also aims to provide a computer readable storage medium, which can solve the problems that the prior NAIP system and the CNMS system are used for carrying out information data, the fusion processing of dynamic and static data cannot be realized, and the working efficiency is reduced.
One of the purposes of the invention is realized by adopting the following technical scheme:
a dynamic and static information fusion system comprises a first server group and a second server group, wherein the first server group is provided with a dynamic information database, a static information database, a real-time information database, a data leading module and a data processing module, the data processing module is respectively connected with the dynamic information database, the static information database and the real-time information database, the data leading module is respectively connected with the dynamic information database and the static information database, the second server group is provided with a data publishing module, the data publishing module is provided with a data publishing interface, the second server group is communicated with the first server group, and the data publishing module is communicated with the dynamic information database, the dynamic information database and the real-time information database in the first server group through the second server group, The static intelligence database is connected;
the data leading module in the first server group obtains dynamic information data in a CNMS system and static information data in an NAIP system, the data leading module sends the dynamic information data to the dynamic information database, the data leading module sends the static information data to the static information database, the data processing module extracts the dynamic information data in the dynamic information database and the static information data in the static information database and fuses the dynamic information data and the static information data, the data processing module extracts the dynamic characteristic information in the dynamic information data and the static characteristic information in the static information data, the data processing module matches a dynamic target object in the dynamic characteristic information with a static target object in the static characteristic information, and when the matching is successful, the dynamic characteristic information is related with the static characteristic information, the data processing module sends the real-time dynamic and static fusion information data to a real-time information database, and the data publishing module in the second server group publishes the real-time dynamic and static fusion information data or the dynamic information data or the static information data through a data publishing interface.
Furthermore, a system monitoring module is further arranged in the second server group, the system monitoring module is connected with the first server group, the system monitoring module is connected with all servers in the second server group and the data publishing module, and the system monitoring module is further used for recording login information of a user logging in the dynamic and static information fusion system, operation information of the dynamic and static information fusion system and connection information of the data publishing interface.
Further, the system comprises a first core switch and a second core switch, wherein the first server group is connected with the first core switch, the second server group is connected with the second core switch, and the first core switch is connected with the second core switch through a core firewall device.
The system comprises a first core switch, a first server group, a second core switch, a monitoring terminal, a second server group and a system monitoring module, wherein the first core switch is connected with the first server group, the second server group is connected with the monitoring terminal, the monitoring terminal is connected with the first server group through the first core switch, the second server group is connected with the monitoring terminal through the second core switch, and the monitoring terminal is started to monitor the first server group and the second server group when the system monitoring module fails.
Further, the system also comprises a data processing terminal which is connected with the first core switch, the data processing terminal establishes a communication relationship with the first server group through the first core switch, the data processing terminal is connected with the second core switch through the first core switch and the core firewall equipment, the data processing terminal establishes a communication relationship with the second server group through a second core switch, when the data processing module has a fault, the data processing terminal is started to extract the dynamic information data in the dynamic information database and the static information data in the static information database, and fusing the dynamic information data and the static information data to obtain real-time dynamic and static fused information data, and the data processing terminal sends the real-time dynamic and static fusion information data to a real-time information database.
Further, the number of the data processing terminals is at least two.
The second purpose of the invention is realized by adopting the following technical scheme:
a dynamic and static information fusion method is applied to a dynamic and static information fusion system in the application, and comprises the following steps:
acquiring intelligence data, wherein a data leading module in a first server group acquires dynamic intelligence data in a CNMS (China railway high-speed multimedia broadcasting) system and static intelligence data in a NAIP (network information and Internet protocol) system;
sending the intelligence data, wherein the data leading module sends the dynamic intelligence data to the dynamic intelligence database and sends the static intelligence data to the static intelligence database;
fusing information data, wherein a data processing module extracts dynamic information data in a dynamic information database and static information data in a static information database and fuses the dynamic information data and the static information data, the data processing module extracts dynamic characteristic information in the dynamic information data and static characteristic information in the static information data, the data processing module matches a dynamic target object in the dynamic characteristic information with a static target object in the static characteristic information, and when the matching is successful, the dynamic characteristic information is associated with the static characteristic information to obtain real-time dynamic and static fused information data;
and the data publishing module publishes real-time dynamic and static fusion information data or dynamic information data or static information data through a data publishing interface according to an information data request uploaded by an information demand user.
Furthermore, an intelligence data acquisition request is also included before the intelligence data is released, and the data processing module acquires the intelligence data request uploaded by the user logging in the second server group.
Furthermore, the method also comprises setting authority before acquiring the information data, setting the operation authority of a menu in the dynamic and static information fusion system operated by a user, and setting the interface authority of a data issuing interface.
The third purpose of the invention is realized by adopting the following technical scheme:
a computer-readable storage medium having stored thereon a computer program for executing by a processor a dynamic and static intelligence information fusion method of the present application.
Compared with the prior art, the invention has the beneficial effects that: the dynamic and static information fusion system comprises a first server group and a second server group, wherein the first server group is provided with a dynamic information database, a static information database, a real-time information database, a data leading module and a data processing module, the data processing module is respectively connected with the dynamic information database, the static information database and the real-time information database, the data leading module is respectively connected with the dynamic information database and the static information database, the second server group is provided with a data publishing module, a data publishing interface is arranged on the data publishing module, the second server group is communicated with the first server group, and the data publishing module is communicated with the dynamic information database in the first server group through the second server group, The static information database is connected, and the static data, the dynamic information data and the real-time dynamic and static fused information data are systematically integrated by fusing the dynamic information data and the static information data, so that a comprehensive platform is provided for information personnel, and the working efficiency of the information personnel is improved.
The foregoing description is only an overview of the technical solutions of the present invention, and in order to make the technical solutions of the present invention more clearly understood and to implement them in accordance with the contents of the description, the following detailed description is given with reference to the preferred embodiments of the present invention and the accompanying drawings. The detailed description of the present invention is given in detail by the following examples and the accompanying drawings.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the invention without limiting the invention. In the drawings:
FIG. 1 is a schematic data flow diagram of a dynamic and static information fusion system according to the present invention;
FIG. 2 is a network architecture topology diagram of a dynamic and static information fusion system of the present invention;
fig. 3 is a flow diagram of a dynamic and static information fusion method according to the present invention.
Detailed Description
The present invention will be further described with reference to the accompanying drawings and the detailed description, and it should be noted that any combination of the embodiments or technical features described below can be used to form a new embodiment without conflict.
As shown in fig. 1-2, the dynamic and static information fusion system in this embodiment includes a first server group and a second server group, the first server group is provided with a dynamic information database, a static information database, a real-time information database, a data connection module and a data processing module, the data processing module is respectively connected with the dynamic information database, the static information database and the real-time information database, the data connection module is respectively connected with the dynamic information database and the static information database, the second server group is provided with a data publishing module, the data publishing module is provided with a data publishing interface, the second server group establishes communication with the first server group, and the data publishing module is connected with the dynamic information database and the static information database in the first server group through the second server group. Still be provided with system monitoring module in the second server group, system monitoring module and first server group are connected, system monitoring module and all servers and data issuing module in the second server group are connected, a sound information fusion system in this embodiment still includes first core switch and second core switch, first server group is connected with first core switch, second server group is connected with the second core switch, first core switch passes through the core firewall device with the second core switch and is connected.
The dynamic and static information fusion system in the embodiment further comprises a monitoring terminal, the monitoring terminal is connected to the first core switch, the monitoring terminal establishes a communication relationship with the first server group through the first core switch, the monitoring terminal is connected with the second core switch through the first core switch and the core firewall device, the monitoring terminal establishes a communication relationship with the second server group through the second core switch, and when the system monitoring module fails, the monitoring terminal is started to monitor the first server group and the second server group. The data processing terminal is connected with the first server group through the first core switch, the data processing terminal is connected with the second core switch through the first core switch and the core firewall equipment, and the data processing terminal is connected with the second server group through the second core switch. The data processing in fig. 1 is the data processing module, the data publishing in fig. 1 is the data publishing module, and the data interface in fig. 1 is the data publishing interface. As shown in fig. 2, the number of the data processing terminals in the present application is at least 2 (only two data processing terminals, i.e., data processing terminal 1 and data processing terminal 2, are listed in fig. 2), the core switch in the core processing area in fig. 2 is the first core switch, and the server group in the core processing area is the first server group; the core switch in the data distribution area is the second core switch, and the server group in the data distribution area is the second server group; the firewall core in fig. 2 is the firewall core device. In the embodiment, a data publishing interface is set on the basis of expansibility and usability, the interface is published in a WebApi mode through a standard data interface, an external system obtains information data from a platform, and a result is returned in a JSON mode to provide real-time information data for each user and the external system. The data publishing module is realized by adopting a WebApi interface (a web application program interface), and mainly aims to provide data in a customized intelligence JSON format (JavaScript Object Notation) which is a lightweight data exchange format) for a user.
The data leading module in the first server group obtains dynamic information data in a CNMS system and static information data in an NAIP system, the data leading module sends the dynamic information data to a dynamic information database, the data leading module sends the static information data to the static information database, the data processing module extracts the dynamic information data in the dynamic information database and the static information data in the static information database and fuses the dynamic information data and the static information data to obtain real-time dynamic and static fused information data, and the process of fusing the dynamic information data and the static information data in the embodiment specifically comprises the following steps: the data processing module extracts dynamic characteristic information in dynamic intelligence data and static characteristic information in static intelligence data, the data processing module matches a dynamic target object in the dynamic characteristic information with a static target object in the static characteristic information, and when the matching is successful, the dynamic characteristic information is associated with the static characteristic information.
In this embodiment, the dynamic characteristic information in the dynamic intelligence data includes a dynamic target object and dynamic information corresponding to the dynamic target object, and the static characteristic information includes a static target object and static information corresponding to the static target object; taking an airplane as an example, the dynamic target object is airplane model information, and the dynamic information is dynamic data of the airplane corresponding to the airplane model information, such as dynamically changing information of flying speed, flying altitude and the like; the static target object is also airplane model information, and the static information is static parameters of the airplane corresponding to the airplane model information, such as power device information, quality information, passenger carrying information and the like. And when the dynamic target object is the same as the static target object, namely the matching is successful, correlating the dynamic characteristic information with the static characteristic information so as to obtain real-time dynamic and static fusion information data after correlation.
The data processing module sends the real-time dynamic and static fusion information data to the real-time information database, and the data publishing module in the second server group publishes the real-time dynamic and static fusion information data or the dynamic information data or the static information data through the data publishing interface. The system monitoring module is also used for recording login information of a user logging in the dynamic and static information fusion system, operation information of the dynamic and static information fusion system and connection information of the data publishing interface. The login information comprises login time, logout time and IP addresses of the terminals of all the personnel; the operation information comprises all operations and data after the user logs in the system, and comprises information such as inquiry, addition, update, deletion and the like; the connection information includes information such as whether the calling interface is successful, when to call, and returned data. When the data processing module breaks down, the data processing terminal is started to extract dynamic information data in the dynamic information database and static information data in the static information database, the dynamic information data and the static information data are fused to obtain real-time dynamic and static fused information data, and the data processing terminal sends the real-time dynamic and static fused information data to the real-time information database. As shown in fig. 2, the dynamic intelligence data in the dynamic intelligence database of the present embodiment is revised in real time, i.e. updated in real time; the static intelligence data in the static intelligence database is obtained from the NAIP system according to the preset interval time, so that the static intelligence data in the static intelligence database can be periodically revised according to the preset interval time, namely, periodically updated.
As shown in fig. 3, the present application further provides a dynamic and static information fusion method, which is applied to a dynamic and static information fusion system in the present application, and includes the following steps:
acquiring intelligence data, wherein a data leading module in a first server group acquires dynamic intelligence data in a CNMS (China railway high-speed multimedia broadcasting) system and static intelligence data in a NAIP (network information and Internet protocol) system;
the data leading module sends the dynamic intelligence data to a dynamic intelligence database and sends the static intelligence data to a static intelligence database;
fusing information data, wherein a data processing module extracts dynamic information data in a dynamic information database and static information data in a static information database and fuses the dynamic information data and the static information data, the data processing module extracts dynamic characteristic information in the dynamic information data and static characteristic information in the static information data, the data processing module matches a dynamic target object in the dynamic characteristic information with a static target object in the static characteristic information, and when the matching is successful, the dynamic characteristic information is associated with the static characteristic information to obtain real-time dynamic and static fused information data;
and the data publishing module publishes real-time dynamic and static fusion information data or dynamic information data or static information data through a data publishing interface according to an information data request uploaded by an information demand user. The method also comprises an information data acquisition request before the information data is released, and the data processing module acquires the information data request uploaded by the user logging in the second server group.
Before the information data is obtained, setting authority is also included, and the operation authority of the menu in the dynamic and static information fusion system operated by the user is set, so that different users can only use the menu under the operation authority after logging in the system through the operation authority. And setting interface authority of the data issuing interface, wherein the interface authority is that only data corresponding to the interface authority can be acquired when an external user accesses through the data issuing interface.
There is also provided in the present application a computer-readable storage medium having stored thereon a computer program, characterized in that: the computer program is executed by the processor to perform the dynamic and static information fusion method.
The application discloses a dynamic and static information fusion system, which comprises a first server group and a second server group, wherein the first server group is provided with a dynamic information database, a static information database, a real-time information database, a data leading module and a data processing module, the data processing module is respectively connected with the dynamic information database, the static information database and the real-time information database, the data leading module is respectively connected with the dynamic information database and the static information database, the second server group is provided with a data publishing module, the data publishing module is provided with a data publishing interface, the second server group is communicated with the first server group, the data publishing module is connected with the dynamic information database and the static information database in the first server group through the second server group, and the dynamic information data and the static information data are fused, the system integrates the static data, the dynamic information data and the real-time dynamic and static fusion information data systematically, provides a comprehensive platform for the information staff and improves the working efficiency of the information staff. The dynamic and static information fusion system is built in a load balancing cluster consisting of high-performance servers, can be accessed by a plurality of terminals or third-party interfaces simultaneously without being influenced by performance, builds a set of database synchronization system which runs uninterruptedly, is deployed at a plurality of servers respectively, and can guarantee 24-hour uninterrupted running of the system. And a unified external data release interface is provided, and an external system cannot directly quote the intelligence data. The same data format is established.
The foregoing is merely a preferred embodiment of the invention and is not intended to limit the invention in any manner; those skilled in the art can readily practice the invention as shown and described in the drawings and detailed description herein; however, 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 scope of the invention as defined by the appended claims; meanwhile, any changes, modifications, and evolutions of the equivalent changes of the above embodiments according to the actual techniques of the present invention are still within the protection scope of the technical solution of the present invention.
Claims (10)
1. A dynamic and static information fusion system is characterized in that: comprises a first server group and a second server group, wherein the first server group is provided with a dynamic information database, a static information database, a real-time information database, a data connection module and a data processing module, the data processing module is respectively connected with the dynamic intelligence database, the static intelligence database and the real-time intelligence database, the data leading module is respectively connected with the dynamic intelligence database and the static intelligence database, the second server group is provided with a data publishing module, the data publishing module is provided with a data publishing interface, the second server group establishes communication with the first server group, and the data publishing module is connected with the dynamic intelligence database and the static intelligence database in the first server group through the second server group;
the data leading module in the first server group obtains dynamic information data in a CNMS system and static information data in an NAIP system, the data leading module sends the dynamic information data to the dynamic information database, the data leading module sends the static information data to the static information database, the data processing module extracts the dynamic information data in the dynamic information database and the static information data in the static information database and fuses the dynamic information data and the static information data, the data processing module extracts the dynamic characteristic information in the dynamic information data and the static characteristic information in the static information data, the data processing module matches a dynamic target object in the dynamic characteristic information with a static target object in the static characteristic information, and when the matching is successful, the dynamic characteristic information is related with the static characteristic information, the data processing module sends the real-time dynamic and static fusion information data to a real-time information database, and the data publishing module in the second server group publishes the real-time dynamic and static fusion information data or the dynamic information data or the static information data through a data publishing interface.
2. The dynamic and static information fusion system according to claim 1, wherein: the second server group is also provided with a system monitoring module, the system monitoring module is connected with the first server group, the system monitoring module is connected with all the servers in the second server group and the data publishing module, and the system monitoring module is also used for recording login information of a user logging in the dynamic and static information fusion system, operation information of the dynamic and static information fusion system and connection information of a data publishing interface.
3. The dynamic and static information fusion system according to claim 2, wherein: the first server group is connected with the first core switch, the second server group is connected with the second core switch, and the first core switch is connected with the second core switch through a core firewall device.
4. The dynamic and static information fusion system according to claim 3, wherein: the monitoring terminal is connected to the first core switch, the monitoring terminal establishes a communication relation with the first server group through the first core switch, the monitoring terminal is connected to the second core switch through the first core switch and the core firewall equipment, the monitoring terminal establishes a communication relation with the second server group through the second core switch, and when the system monitoring module breaks down, the monitoring terminal is started to monitor the first server group and the second server group.
5. The dynamic and static information fusion system according to claim 3, wherein: further comprising a data processing terminal connected to said first core switch, the data processing terminal establishes a communication relationship with the first server group through the first core switch, the data processing terminal is connected with the second core switch through the first core switch and the core firewall equipment, the data processing terminal establishes a communication relationship with the second server group through a second core switch, when the data processing module has a fault, the data processing terminal is started to extract the dynamic information data in the dynamic information database and the static information data in the static information database, and fusing the dynamic information data and the static information data to obtain real-time dynamic and static fused information data, and the data processing terminal sends the real-time dynamic and static fusion information data to a real-time information database.
6. The dynamic and static information fusion system according to claim 1, wherein: the number of the data processing terminals is at least two.
7. A dynamic and static information fusion method applied to any one of the dynamic and static information fusion systems of claims 1-6, characterized in that: the method comprises the following steps:
acquiring intelligence data, wherein a data leading module in a first server group acquires dynamic intelligence data in a CNMS (China railway high-speed multimedia broadcasting) system and static intelligence data in a NAIP (network information and Internet protocol) system;
sending the intelligence data, wherein the data leading module sends the dynamic intelligence data to the dynamic intelligence database and sends the static intelligence data to the static intelligence database;
fusing information data, wherein a data processing module extracts dynamic information data in a dynamic information database and static information data in a static information database and fuses the dynamic information data and the static information data, the data processing module extracts dynamic characteristic information in the dynamic information data and static characteristic information in the static information data, the data processing module matches a dynamic target object in the dynamic characteristic information with a static target object in the static characteristic information, and when the matching is successful, the dynamic characteristic information is associated with the static characteristic information to obtain real-time dynamic and static fused information data;
and the data publishing module publishes real-time dynamic and static fusion information data or dynamic information data or static information data through a data publishing interface according to an information data request uploaded by an information demand user.
8. The dynamic and static information fusion method according to claim 7, characterized in that: the method comprises the steps that before the intelligence data are released, an intelligence data obtaining request is further included, and a data processing module obtains the intelligence data request uploaded by a user logging in a second server group.
9. The dynamic and static information fusion method according to claim 7, characterized in that: setting authority before acquiring the information data, setting the operation authority of a user for operating a menu in the dynamic and static information fusion system, and setting the interface authority of a data issuing interface.
10. A computer-readable storage medium having stored thereon a computer program, characterized in that: the computer program is executed by a processor to perform a method of dynamic and static intelligence information fusion as claimed in any one of claims 7-9.
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| WO2014166069A1 (en) * | 2013-04-09 | 2014-10-16 | Jian Lian | Informatized operation recording system self-contained in urban rail transit system device |
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| WO2014166069A1 (en) * | 2013-04-09 | 2014-10-16 | Jian Lian | Informatized operation recording system self-contained in urban rail transit system device |
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