CN103337007A - Cloud platform based smart parking management and service system - Google Patents
Cloud platform based smart parking management and service system Download PDFInfo
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Abstract
The invention discloses a cloud platform based smart parking management and service system and belongs to the application of cloud computing technology in the field of parking management and service. The system adopts a distributed data processing framework and is characterized in that a gross data central server colony is arranged in a gross data central management department of the system, a regional data center server colony is arranged in the data center administration of each province or city, and the gross data central server colony is respectively connected with the regional data center server colonies through communication network. According to the invention, a distributed data base is built in each city to real timely acquire and save static data and dynamic data relative to all parking lots in the city. Due to the adoption of the technical scheme, remote on-line management function of the parking lots can be realized, so as to provide various functions for a driver, including ubiquitous dynamic parking navigation, parking stall reservation, time-staggered parking, online parking stall lease, on-line payment of parking fee, online car washing and the like.
Description
Technical Field
The invention belongs to the application field of a cloud computing technology in parking management and service. In particular to a smart parking management and service system design based on a cloud platform.
Background
At present, the urban traffic problem is outstanding day by day, and the car reserves constantly increase, and the construction speed in parking area lags behind car growth rate far away, and the parking stall is serious in shortage. In addition, some indoor parking lots are not obvious in construction position, complex in internal structure, unknown in empty and full parking space state and serious in information obstruction, so that great difficulty is caused to a driver to park in the parking space quickly; meanwhile, a large amount of parking resources are wasted in idle parking spaces and idle periods.
Meanwhile, there are many problems in the operation and management of the parking lot, such as: property rights of the parking lot are scattered, and parking resources are difficult to uniformly allocate by adopting an administrative means; the parking management concept is lagged and the informatization is insufficient; lack of means for inducing parking, etc.
With the increase of traffic pressure, various fields begin to study the urban parking problem, and different cities and regions begin to gradually utilize the urban parking guidance system to alleviate the parking problem. However, the parking guidance systems operated in various cities at present belong to different urban areas, and are respectively independently operated and managed by different companies, information sharing does not exist among the systems, the number of covered parking lots is small, and the scale and the clustering effect cannot be realized; meanwhile, the city parking guidance system cannot realize bidirectional interaction with a driver, a parking lot operator or a management party, the participation degree of people is not high, and the feedback cannot be obtained in time when a problem occurs; the management level of the parking lot is backward, the charging is mainly performed by manually collecting cash, the cost is high, the cash loss is serious, and the charging speed is low.
Therefore, it is necessary to manage and service the parking by building a large platform. The parking lot and the driver are tightly fused together by technical means, the base numbers of the two parties are expanded, the participation degree of the two parties is improved, and then a virtuous circle can be formed.
Disclosure of Invention
The invention aims to solve the problems and provides an intelligent parking management and service system based on a cloud platform, which can increase the interactivity between a parking lot manager and a driver, improve the parking space utilization rate and turnover rate of a parking lot and provide more convenient and better services for more people.
In order to achieve the purpose, the invention adopts the following technical scheme:
the invention provides a cloud platform-based intelligent parking management and service system, which is characterized in that the system adopts a distributed data processing architecture and comprises: the method comprises the steps that a total data center management department of the system sets a total data center server cluster, a regional data center server cluster is set in a data center management department of each province or city, and the total data center server cluster is respectively connected with the regional data center server clusters through a communication network;
each regional data center server cluster is used for acquiring and storing static data (such as price, position, access distribution and the like) and dynamic data (such as charging related data of the parking lot, real-time data of empty parking spaces, data of reserved parking spaces, monthly service data in year and month, and the like) of the regional parking lot in real time to construct a distributed database, and uploading the acquired dynamic and static data to the data center server cluster in a time range according to rules specified by a total data center management department; the total data center server cluster is used for centralized management of data and issues the data and the application so as to meet the remote online management function of the parking lot.
The main users of the invention are drivers, parking lot managers and government related management departments. But not limited to the above three types of users, and can also provide data support services for other external systems, enterprises and other organizations.
The working principle of the invention is as follows: static data (such as price, position, entrance and exit distribution and the like) and dynamic data (such as parking lot charging related data, empty parking space real-time data, reserved parking space data, year-round and month-round packed service data and the like) of a parking lot in the region are collected and stored in real time through a distributed database which is formed by regional data center server clusters and constructed in cities all over the country, and regional internal processing of business is realized; meanwhile, a regional data center server cluster is established in a regional data center management department of each province or city, data in a distributed database of each city are managed in a centralized mode, and the data and applications are published, so that the remote online management function of the parking lot is met. The system also meets the data centralization, and ensures the real-time performance, the safety and the possibility of cross-regional service. Intelligent parking management and service system based on cloud platform for drivers, parking lot managers and government related management departments
The invention has the characteristics and beneficial effects that:
the invention can increase the interactivity between the parking lot management party and the driver, help the parking lot management party to manage the parking lot more conveniently, quickly and in real time, and reduce cash transactions by utilizing an electronic transaction mode; the parking space utilization rate and the turnover rate of the parking lot are improved, more convenient and better service is provided for more people, and the problem that a driver is difficult to park is solved. In addition, after the dynamic and static data of the scattered operation parking lot are gathered, data support can be provided for a parking lot manager and a government supervision department, and the operation party and the management party can make relevant decisions conveniently.
After the application of the invention, the invention can help to relieve traffic jam in the aspect of urban static traffic, shorten the patrol time of vehicles on the road surface and reduce the degree of road surface jam, thereby improving the operation efficiency of the whole traffic system in the region, evacuating the motor vehicle flow needing to be parked as soon as possible and promoting the development of dynamic traffic. In addition, the system can also reduce fuel consumption and environmental pollution, comprehensively prevent and reduce regional traffic accidents, guide drivers to make decisions in advance, realize intelligent travel and green traffic, and establish information bridges between parking lots, managers, vehicle users and government regulatory departments.
After being applied, the invention can play a role of a static traffic emergency command center in the aspects of society and government, and provides parking data forecast and plan for major activities and emergency command. And the system is convenient for unified management and scheduling of related departments, and can continuously expand and perfect the platform function in the future so as to promote the development of the parking industry.
By the invention, the parking lot management company can release parking customized products in various time periods, and website users can purchase the products on line in real time. Through the platform, the parking space utilization rate and the turnover rate of the parking lot can be greatly improved, the economic benefit of a management company is promoted, the willingness of a customer to freely judge and use parking resources is also met, the parking service transaction efficiency is improved, and the transaction cost is reduced.
Drawings
FIG. 1 is a system architecture diagram of the present invention
FIG. 2 is a detailed architecture diagram of the overall data center server cluster of the present invention
FIG. 3 is a detailed architectural diagram of a regional data center server cluster of the present invention
Detailed Description
The following further describes embodiments of the present invention in conjunction with the attached drawings:
the intelligent parking management and service system based on the cloud platform (namely a system platform based on cloud computing) is composed of a data center server cluster and a regional data center server cluster, and adopts a distributed database architecture. As shown in fig. 1, the system employs a distributed data processing architecture, including: a total data center server cluster is arranged in a total data center management department of the system, a regional data center server cluster is arranged in a data center management department of each province or city, and the total data center server cluster is respectively connected with the regional data center server clusters through a communication network;
each regional data center server cluster is used for acquiring and storing static data (such as price, position, access distribution and the like) and dynamic data (such as charging related data of a parking lot, real-time data of empty parking spaces, data for reserved parking spaces, monthly and monthly packed service data and the like) of the regional parking lot in real time, and uploading the acquired dynamic and static data to a total data center server cluster in a time range according to rules specified by a data center management department; the total data center server cluster is used for centralized management of data and issues the data and the application so as to meet the remote online management function of the parking lot.
As shown in fig. 2, the specific structure of the total data center server cluster includes a management workstation, two core switches, a core router, a firewall 1, a firewall 2, a disk array, and a server set composed of an external interface server, a communication server, a data distribution server, a data analysis server, a report server, a GIS server, a WEB server, an application server, a database server, and a backup server, which are arranged in a total data center management department of the system; the management workstation is respectively connected with each server in the server set through a core switch, and the communication server is connected with the uploading router of each regional server cluster through the firewall and the second core switch in sequence; the WEB server is connected with a communication network through a firewall 2 and a core router in sequence; the database server is connected with the disk array.
The working principle of the total data center server cluster is that a large amount of data of the regional data center are analyzed, classified and stored by utilizing a computer cloud computing technology and a network communication technology; and different functions realized by the system are placed in different servers for decentralized processing, and finally the operation of the data center system is realized.
The functions and embodiments of the devices in the system are described as follows:
the communication server runs programs in data communication software (belonging to the conventional technology), and the software processes data of all regional data center server clusters in a centralized manner and uploads the data to a database server of a total data center server cluster. Data interactive communication between the regional data center server cluster and the total data center server cluster is realized;
the external interface server is mainly used for interacting data after the system expands outwards and accesses other systems, processing data requests of other systems and returning corresponding data according to rules of the data requests.
The data publishing server is used for processing data requests of terminals such as parking guidance navigation websites, guidance screens of all levels in the urban parking guidance system, parking guidance mobile phones and the like, and returning corresponding data according to rules of the data requests.
The data analysis server is used for processing the data (such as empty vehicle position data and price data) received in the system and analyzing the authenticity of the data to judge whether the data is correct or not;
the report server is used for receiving and processing report checking applications of users, and regularly collects data by using the idle data period to generate a report for the users to check;
the GIS server is used for managing map related application in the system;
the WEB server is used for processing various parking data and service interaction data which are issued by the system through a network way;
the application server is used for controlling the logic operation of the whole system, when data request exists, the communication server sends a request instruction to the application server, and the application server performs request analysis, classification and forwarding to a relevant server for processing. If the web related request exists, the request is transferred to a web server, the web server carries out instruction processing, and the processing result is directly submitted to the source of the request.
The backup server is used for regularly utilizing all data of the data center in the idle period to ensure the safety of system data;
the IBM server can be used as various servers of the above embodiment, and the configuration requirements are as follows: X3850X54 E75402.0GHz/18M,1 GB 4GB DDR3 internal memory, 4-block memory board, ServerRAID M5015 array card, RAID5 (512 MB cache with battery) support, 500GB 3 (2 hard disk backplane support, 8 hard disk support), and double gigabit Ethernet, no light drive and redundant power supply are integrated.
The database server and the disk array are used for processing the data storage requirement of the system; embodiments may employ an IBM server, with the configuration requirements as follows: database server X3850X 58E 75404 GB memory, disk array EMC VNXE33001 × Xeon quad-core/12 GB.
The management workstation is used for maintaining the daily server; embodiments may employ the R710 system of DELL, configured as follows: 2 × E56064G memory.
The firewall 1 is used for isolating the bottom network from the data center and the network of the regional data center, and preventing other people from being attacked from the bottom equipment or the network access;
the firewall 2 is used for network isolation between the data center and the regional data center and an external network (such as a user home network, a traffic management department system network and the like) and preventing other people from accessing and attacking from the external network;
both firewall embodiments can use the ASA5550-K8 series
The core switch and the core router of the total data center are conventional networking devices, and the functions of the core switch and the core router are consistent with those of the conventional networking devices, in this embodiment, the core switch can adopt a Catalyst2960S48GigE,4x SFP LAN series, and the core router can adopt a CISCO7206NPE-G2,6FE series.
The functions of the above devices of the system can be realized by adopting the conventional technology. The number and performance of the above-described respective servers and other devices may increase according to an increase in area, data volume, and traffic volume.
Fig. 3 is a detailed architecture diagram of a regional data center server cluster arranged in each regional data center in fig. 1, which is mainly located in each province or city and processes data services in the province or city; each regional data center server cluster consists of a management workstation, an uploading router, a communication server, a plurality of access routers, a core router, two core switches, two firewalls, a disk array, a server set consisting of an external interface server, a data publishing server, a data receiving server, a data analysis server, a report server, a GIS server, a WEB server, an application server, a database server and a backup server, and an access router, an access switch and a bottom access server which are arranged at each user; the uploading router is connected with a first core switch through a communication server, and the first core switch is respectively connected with each server of the server set; the first core switch is also connected with the management workstation; the data receiving server is connected with a core switch through a firewall 1, the second core switch is respectively connected with each access router, and each access router is connected with an access router, an access switch and a bottom access server of each user through a communication network; the WEB server is connected with a communication network through a firewall 2 and a core router in sequence; the database server is connected with the disk array.
The number and performance of each server and other devices vary according to different areas, and different data volumes and service volumes vary;
the working principle of the regional data center server cluster is that the data uploaded by the bottom parking lot are analyzed, classified and stored by using a computer cloud computing technology and a network communication technology; and the functional modules of the system are placed in different servers for decentralized processing, and finally the operation of the regional data center system is realized.
The functions and embodiments of the above-mentioned devices in the present system are described as follows:
the communication server runs programs in data communication software (which belongs to the conventional technology), and the software has the functions of processing data of all regional data centers in a centralized manner and uploading the data to the database server. Data interactive communication between the regional data center and the data center is realized;
the external interface server is mainly used for interacting data after the system is externally expanded and accessed into other systems, processing data requests of other systems and returning corresponding data according to rules of the data requests.
The data publishing server is used for processing data requests of terminals such as parking guidance navigation websites, guidance screens of all levels in the urban parking guidance system, parking guidance mobile phones and the like, and returning corresponding data according to rules of the data requests.
The data receiving server is used for receiving and processing data uploaded by the bottom access server;
the bottom access server is used for accessing a system related to the management operation of the parking lot and acquiring or receiving data provided by other systems;
the data analysis server is used for processing data (such as empty vehicle position data and price data) received in the system and analyzing the authenticity of the data to judge whether the data is correct or not;
the report server is used for receiving and processing report checking applications of users, and regularly collects data by using the idle data period to generate a report for the users to check;
the GIS server is used for managing map related application in the system;
the WEB server is used for processing various parking data and service interaction data which are issued by the system through a network way;
the application server is used for controlling the logic operation of the whole system platform;
the backup server is used for regularly utilizing all data of the data center in the idle period to ensure the safety of system data;
each server of the above embodiment may adopt an IBM server, and the configuration requirements are as follows: X3850X54 E75402.0GHz/18M,1 GB 4GB DDR3 internal memory, 4-block memory board, ServerRAID M5015 array card, RAID5 (512 MB cache with battery) support, 500GB 3 (2 hard disk backplane support, 8 hard disk support), and double gigabit Ethernet, no light drive and redundant power supply are integrated.
The database server and the disk array are used for processing the data storage requirement of the system; embodiments may employ an IBM server, with the configuration requirements as follows: database server X3850X 58E 75404 GB memory, disk array EMC VNXE33001 × Xeon quad-core/12 GB.
The management workstation is used for maintaining the daily server; embodiments may employ the R710 system of DELL, configured as follows: 2 × E56064G memory.
The firewall 1 is used for isolating the bottom network from the data center and the network of the regional data center, and preventing other people from being attacked from the bottom equipment or the network access;
the firewall 2 is used for network isolation between the data center and the regional data center and an external network (such as a user home network, a traffic management department system network and the like) and preventing other people from accessing and attacking from the external network;
the firewall embodiments described above may be of the ASA5550-K8 series.
The various switches and routers involved in the regional data center management department are conventional networking equipment, and the functions of the switches and the routers are consistent with those of the conventional networking equipment, in this embodiment, the switches can adopt a CISCO Catalyst2960 series, and the routers can adopt a CISCO2921/K9 series.
The functions of the above devices of the system can be realized by adopting the conventional technology. The number and performance of the above-described respective servers and other devices may increase according to an increase in area, data volume, and traffic volume.
The invention accesses the parking lot in different areas or even different cities into the intelligent parking management and service system through the charging equipment and the networking equipment arranged at the bottom layer or upgrading and reconstructing the original intelligent parking management system. Different from the traditional charging system, the data base of the parking management system based on the cloud platform is moved to the cloud platform, so that the data collection and centralized management are realized, and a user can conveniently manage and use the parking management system based on the cloud platform. Each type of user (including a driver, a parking lot operator and a city manager) has an account and an operation authority corresponding to the user in the intelligent parking management and service system; the user can access the intelligent parking management and service system based on the cloud platform through a mobile phone, a PC (personal computer), a tablet personal computer, an interactive navigator and the like, and can also manage the parking management system on site through the intelligent parking management and service system based on the cloud platform. The specific functions that can be realized include:
for the driver to use the user: related information such as charging standards, positions, access distribution, real-time empty parking space data and the like of any parking lot can be inquired through terminal equipment (such as mobile phones, PCs, tablet computers, interactive navigators and the like); an account can be registered, and a roaming parking card matched with the account is applied as an identity; the operation related to fee payment, such as paying parking fee on line, renting parking spaces on line, reserving parking spaces, parking at wrong time and the like can be realized by charging the account corresponding to the roaming parking card.
For a parking lot operator: after the account is opened, the parking lot managed by the parking lot can be hung in the account through terminal equipment (such as mobile phones, PCs, tablet computers, interactive navigators and the like) so as to carry out unified management. After the parking lot is hung successfully, any parking lot hung in the account can be managed in different areas through the terminal equipment. The method comprises the steps of inquiring the running state of equipment in the parking lot, the earning of parking fees, transaction records, the condition of on duty personnel, the utilization rate and turnover rate of parking spaces and operation reports of the parking lot; managing basic data such as charging standards and parking space data of the parking lot; and services such as parking space lease, parking space reservation, delayed parking and the like can be issued, and the card is remotely authorized, such as opening an account or prolonging the time, reducing and avoiding the operation of cost and the like.
For the city manager: the parking policy research, the release of dynamic information convenience service, traffic emergency command and the like can be carried out according to the parking data, the empty parking position data, the parking space utilization rate and the turnover rate.
To better illustrate the embodiments, the application of the invention is described below in the context of a driver, a parking lot operator and a city manager, respectively;
driver angle: a driver needs to go to a hotel to start a conference, and can access a parking navigation website through a computer; the parking navigation website is positioned on a WEB server of the regional data center; after receiving the query instruction of the user, the WEB server calls the information of the hotel parking lot to be queried by the driver from the database server under the command of the application server and feeds the information back to the WEB server. At this time, the driver will obtain the relevant information of the hotel parking lot, such as: at present, the hotel parking lot has 90 underground parking spaces, 16 free parking spaces exist, the price of parking fee is 6 yuan per hour, 12 o' clock at noon is estimated as a parking peak, and the rest 4 parking spaces can be reserved and other information such as entrance and exit positions and the like. In order to ensure that parking spaces are parked when a meeting is attended, a driver selects to reserve one parking space. When the parking space reservation information is transferred to an application server through a WEB server for processing; after the application server indicates the data analysis server to verify the validity of the request, the WEB server prompts the user to pay to complete parking space reservation; after the user finishes paying, the database server records the relevant information and transmits the information to the bottom access server, and the bottom access server is communicated with the parking lot charging system to finish parking space reservation notification. At the moment, the driver can drive the vehicle to go out and attend a conference.
When the parking lot can not provide parking space reservation service, a driver can still check the remaining parking space conditions of the surrounding parking lot through a parking guidance screen, a mobile phone client and a vehicle-mounted GPS navigator after driving and getting on the road, and the remaining parking space conditions are controlled by a data issuing system; after the meeting is finished, the driver can complete payment through the mobile phone terminal.
Parking lot operator angle: an operating parking lot in a certain adjacent community has low utilization rate of parking spaces due to unobvious geographic positions, continuously reduced revenues and low customer satisfaction. In order to attract passenger flow, a parking lot operator accesses the system disclosed by the invention by carrying out service butt joint on the charging system of the parking lot and the access server. The parking lot operator logs in a business background through a parking navigation website, and publishes the geographic position of the parking lot, the point positions of an entrance and an exit, and time sharing cards, year packing cards, month packing cards and parking space reservation services which can be parked at the wrong time with a community. And the WEB server publishes the service information of the parking lot out through the parking navigation website for the driver to inquire. When a parking lot operator is responsible for making business outside, a mobile phone is opened to access a WEB server of a data center through specific client software; the WEB server calls the relevant parking lot revenue report in the report server under the control of the application server and returns the boundary to the mobile phone client, and the responsible person timely knows the revenue condition of the parking lot, the system operation condition, the on-duty condition of the operator and the like. The electronic transaction and settlement system enables business funds to be automatically collected and settled, reduces the loss problem in the transaction, collection and reporting processes of cash, and lowers the transaction cost.
When the person in charge of the parking lot is in different cities and the parking lots in different areas need to be managed, the system is automatically switched to the WEB server of the data center, and data are called from the database of the data center.
The city management angle is as follows: the urban traffic command center can timely know the idle state of each parking lot, and can carry out parking policy research, issue dynamic information convenience service, traffic emergency command and the like. After fully knowing the operating state of the parking lot, a city manager can make corresponding countermeasures for solving the problem of difficulty in parking and provide data support for making parking policies and regulations. Real-time parking information can be issued through broadcasting, televisions, traffic guidance screens and the like, vehicles are guided to enter areas with congestion and difficult parking in order, and the vehicles are guided to park quickly. When a major activity occurs or a major traffic jam event occurs, emergency command is carried out, and partial vehicles are guided to enter a nearby parking lot for temporary avoidance, so that the problem of traffic jam is solved.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (3)
1. The utility model provides a wisdom parking management and service system based on cloud platform which characterized in that, this system adopts distributed data processing framework, includes: the method comprises the steps that a total data center management department of the system sets a total data center server cluster, a regional data center server cluster is set in a data center management department of each province or city, and the total data center server cluster is respectively connected with the regional data center server clusters through a communication network; the regional data center server clusters are used for acquiring and storing static data and dynamic data of the regional parking lot in real time to construct a distributed database, and uploading the acquired dynamic and static data to the total data center server clusters in a time range according to rules specified by a total data center management department; the total data center server cluster is used for centralized management of data and issues the data and the application so as to meet the remote online management function of the parking lot.
2. The system according to claim 1, wherein the total data center server cluster specifically includes a management workstation, two core switches, a core router, a firewall 1, a firewall 2, a disk array, a server set composed of an external interface server, a communication server, a data distribution server, a data analysis server, a report server, a GIS server, a WEB server, an application server, a database server, and a backup server, which are provided in a total data center management department of the system; the management workstation is respectively connected with each server in the server set through a core switch, and the communication server is connected with the uploading router of each regional server cluster through the firewall and the second core switch in sequence; the WEB server is connected with a communication network through a firewall 2 and a core router in sequence; the database server is connected with the disk array;
the total data center server cluster analyzes, classifies and stores a large amount of data of the regional data center by utilizing a computer cloud computing technology and a network communication technology; different functions realized by the system are placed in different servers for decentralized processing, and finally the operation of the data center system is realized; wherein,
the communication server runs programs in the data communication software, processes data of all regional data center server clusters in a centralized mode, and uploads the data to a database server of a total data center server cluster. Data interactive communication between the regional data center server cluster and the total data center server cluster is realized;
the external interface server is mainly used for interacting data after the system expands outwards and accesses other systems, processing data requests of other systems and returning corresponding data according to rules of the data requests;
the data publishing server is used for processing data requests of terminals such as a parking guidance navigation website, each level of guidance screens in the urban parking guidance system, a parking guidance mobile phone and the like, and returning corresponding data according to rules of the data requests;
the data analysis server is used for processing the data received in the system and analyzing the authenticity of the data to judge whether the data is correct or not;
the report server is used for receiving and processing report checking applications of users, and regularly collects data by using the idle data period to generate a report for the users to check;
the GIS server is used for managing maps and applications in the system;
the WEB server is used for processing various parking data and service interaction data which are issued by the system through a network way;
the application server is used for controlling the logic operation of the whole system, when data requests exist, the communication server sends a request instruction to the application server, the application server performs request analysis, classifies and forwards the request instruction to a relevant server for processing;
the backup server is used for regularly utilizing all data of the data center in the idle period to ensure the safety of system data.
3. The system of claim 1, wherein each regional data center server cluster is comprised of a management workstation, an upload router, a communication server, a plurality of access routers, a core router, two core switches, two firewalls, a disk array, a server set comprised of an external interface server, a data distribution server, a data receiving server, a data analysis server, a report server, a GIS server, a WEB server, an application server, a database server and a backup server, and an access router, an access switch and an underlying access server provided at each user; the uploading router is connected with a first core switch through a communication server, and the first core switch is respectively connected with each server of the server set; the first core switch is also connected with the management workstation; the data receiving server is connected with a core switch through a firewall 1, the second core switch is respectively connected with each access router, and each access router is connected with an access router, an access switch and a bottom access server of each user through a communication network; the WEB server is connected with a communication network through a firewall 2 and a core router in sequence; the database server is connected with the disk array;
the regional data center server cluster analyzes, classifies and stores data uploaded by a bottom parking lot by using a computer cloud computing technology and a network communication technology; functional modules of the system are placed in different servers for decentralized processing, and finally the operation of the regional data center system is realized; wherein,
the communication server runs programs in the data communication software to process data of all regional data centers in a centralized manner and uploads the data to the database server; data interactive communication between the regional data center and the general data center is realized;
the external interface server is mainly used for interacting data after the system is externally expanded and accessed into other systems, processing data requests of other systems and returning corresponding data according to rules of the data requests;
the data publishing server is used for processing data requests of terminals such as a parking guidance navigation website, each level of guidance screens in the urban parking guidance system, a parking guidance mobile phone and the like, and returning corresponding data according to rules of the data requests;
the data receiving server is used for receiving and processing data uploaded by the bottom access server;
the bottom access server is used for accessing a system related to the management operation of the parking lot and acquiring or receiving data provided by other systems;
the data analysis server is used for processing data (such as empty vehicle position data and price data) received in the system and analyzing the authenticity of the data to judge whether the data is correct or not;
the report server is used for receiving and processing report checking applications of users, and regularly collects data by using the idle data period to generate a report for the users to check;
the GIS server is used for managing maps and applications in the system;
the WEB server is used for processing various parking data and service interaction data which are issued by the system through a network way;
the application server is used for controlling the logic operation of the whole service cluster;
the backup server is used for regularly utilizing all data of the data center in the idle period to ensure the safety of system data.
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