CN106790436A - A kind of traffic system monitoring method and control centre's Cloud Server based on cloud framework - Google Patents
A kind of traffic system monitoring method and control centre's Cloud Server based on cloud framework Download PDFInfo
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- CN106790436A CN106790436A CN201611104689.8A CN201611104689A CN106790436A CN 106790436 A CN106790436 A CN 106790436A CN 201611104689 A CN201611104689 A CN 201611104689A CN 106790436 A CN106790436 A CN 106790436A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
Abstract
The embodiment of the present invention provides a kind of traffic system monitoring method and control centre's Cloud Server based on cloud framework, and the method includes：Control centre's Cloud Server determines the service unit in each monitoring domain, and the traffic website in monitoring monitoring domain is responsible in each monitoring domain.For each monitoring domain, the running state information of the traffic website in the service unit acquisition monitoring domain in domain is monitored, and the working condition of the service unit in monitoring domain is determined according to running state information.If running state information includes status information between domain, status information between domain is sent to the service unit for monitoring domain the service unit of associated domain.The embodiment of the present invention is by disposing control centre's Cloud Server, monitoring domain will be virtually turned to the monitoring of each traffic website, monitoring domain concentrates on control centre's Cloud Server and supports to monitor inter-domain communication, so as on the one hand largely save owner investment, business datum is shared between on the other hand realizing each traffic website.
Description
Technical field
The present embodiments relate to track traffic synthetic monitoring system field, more particularly to a kind of traffic based on cloud framework
System monitoring method and control centre's Cloud Server.
Background technology
Urban track traffic comprehensive monitoring system is by phases such as integrated and interconnection subway electric power, ring control, signal, fire alarms
Relation is united, and sets up unified Hw and Sw pintform, implementing monitoring, maintenance and management function.Realize that subway information intercommunication, resource are common
Enjoy, lift integrated automation level, improve each system coordination mating capability, the integrated treatment of the various accidents of enhancing reply
Ability.Traditional comprehensive monitoring system is typically individually disposed at each station, and active and standby two realities are at least disposed at each station
When server, hardware input is big.Information is not shared between traditional comprehensive monitoring system station in addition, for industry such as topology colorings
Business demand is, it is necessary to carry out the secondary transmission of data by control centre, data link is long, treatment logic is complicated.
The content of the invention
The embodiment of the present invention is provided and is related to a kind of traffic comprehensive monitoring and controlling method based on cloud framework and control centre's cloud service
Device, for solving the problems, such as that traditional comprehensive monitoring system hardware input greatly and between station do not share by information.
A kind of traffic system monitoring method based on cloud framework is the embodiment of the invention provides, including：
Control centre's Cloud Server determines the service unit in each monitoring domain, and each monitoring domain is responsible for monitoring the monitoring domain
Interior traffic website；
For each monitoring domain, the service unit in the monitoring domain gathers the operation shape of the traffic website in the monitoring domain
State information, and the working condition of the service unit in the monitoring domain is determined according to the running state information；If the operation shape
State information includes status information between domain, and status information between the domain is sent to associated domain by the service unit in the monitoring domain
Service unit.
Alternatively, control centre's Cloud Server determines the service unit in each monitoring domain, including：
Control centre's Cloud Server includes multiple servers；
Control centre's Cloud Server determines the service in each monitoring domain according to the running status of the multiple server
Unit, the service unit is the virtual child servers in the server.
Alternatively, the working condition of the service unit that the monitoring domain is determined according to the running state information, bag
Include：
The service unit in the monitoring domain is multiple, and each service unit includes multiple monitor components, and each monitor component is born
The different sub-systems of the duty monitoring traffic website；The monitor component that same subsystem is monitored in each service unit is active and standby each other；
For each service unit, the service unit obtains the running state information of itself each monitor component, and will be from
The running state information of each monitor component of body is sent to other service units in same monitoring domain；The service unit is according to certainly
The running state information of the running state information of each monitor component of body and each monitor component of other service units, determines each monitoring
The activestandby state of component.
Alternatively, status information between the domain is sent to the service unit in the monitoring domain service unit of associated domain,
Including：
Status information between the domain is sent to the service unit in the monitoring domain service unit of associated domain by gateway.
Alternatively, the service unit in the monitoring domain gather the traffic website in the monitoring domain running state information it
Afterwards, also include：
The service unit in the monitoring domain will gather the traffic website in the monitoring domain running state information store to
Memory database；
The service unit in the monitoring domain is processed the data of the storage in the memory database.
Alternatively, also include：
Multiple station level Cloud Servers, each station level Cloud Server is located in each traffic website, it is determined that in the control
During heart Cloud Server network failure, the running status of its responsible traffic website is monitored by each station level Cloud Server.
Correspondingly, the embodiment of the present invention additionally provides a kind of control centre's Cloud Server, including：
It is responsible for monitoring in the monitoring domain in determining module, the service unit for determining each monitoring domain, each monitoring domain
Traffic website；
First processing module, for for each monitoring domain, the monitoring being gathered by the service unit in the monitoring domain
The running state information of the traffic website in domain, and the service unit in the monitoring domain is determined according to the running state information
Working condition；If the running state information includes status information between domain, will be described by the service unit in the monitoring domain
Status information is sent to the service unit of associated domain between domain.
Alternatively, the determining module specifically for：
Control centre's Cloud Server includes multiple servers；
According to the running status of the multiple server, the service unit in each monitoring domain is determined, the service unit is
Virtual child servers in the server.
Alternatively, the first processing module specifically for：
The service unit in the monitoring domain is multiple, and each service unit includes multiple monitor components, and each monitor component is born
The different sub-systems of the duty monitoring traffic website；The monitor component that same subsystem is monitored in each service unit is active and standby each other；
For each service unit, the operation shape of each monitor component in the service unit is obtained by the service unit
State information, and the running state information of each monitor component in the service unit is sent to other services in same monitoring domain
Unit；By the service unit according to the running state information of each monitor component in the service unit and other service units
Each monitor component running state information, determine the activestandby state of each monitor component.
Alternatively, the first processing module specifically for：
Status information between the domain is sent to the service unit of associated domain by gateway.
Alternatively, the first processing module is additionally operable to：
The running state information that will gather the traffic website in the monitoring domain by the service unit in the monitoring domain is deposited
Store up to memory database；And the data to the storage in the memory database are processed.
Alternatively, also include：Second processing module；
Control centre's Cloud Server includes multiple station level Cloud Servers, and each station level Cloud Server is located at each traffic
In website, Second processing module is used for it is determined that during control centre's Cloud Server network failure, being taken by each station level cloud
Business device monitors the running status of its responsible traffic website.
The embodiment of the present invention shows that control centre's Cloud Server determines the service unit in each monitoring domain, each monitoring domain
It is responsible for the traffic website in the monitoring monitoring domain.For each monitoring domain, the service unit in the monitoring domain gathers the prison
The running state information of the traffic website in control domain, and the service unit in the monitoring domain is determined according to the running state information
Working condition.If the running state information includes status information between domain, the service unit in the monitoring domain is by the domain
Between status information be sent to the service unit of associated domain.Traffic system monitoring method is carried out based on cloud framework in the embodiment of the present invention
Design, by disposing control centre's Cloud Server, will concentrate on control centre's Cloud Server to the monitoring of each traffic website, lead to
Cross monitoring domain to realize being monitored each traffic station point, so as to be managed collectively in the resource pool with dispatching control center server
Resource, largely save owner investment.The traffic system monitoring method for being additionally based on cloud framework supports inter-domain communication, so that real
Business datum is shared between having showed each traffic website.
Brief description of the drawings
Technical scheme in order to illustrate more clearly the embodiments of the present invention, below will be to that will make needed for embodiment description
Accompanying drawing is briefly introduced, it should be apparent that, drawings in the following description are only some embodiments of the present invention, for this
For the those of ordinary skill in field, without having to pay creative labor, it can also be obtained according to these accompanying drawings
His accompanying drawing.
Fig. 1 is a kind of schematic flow sheet of traffic system monitoring method based on cloud framework provided in an embodiment of the present invention；
Fig. 2 is a kind of comprehensive monitoring system Organization Chart based on cloud framework provided in an embodiment of the present invention；
Fig. 3 is a kind of structural representation of control centre's Cloud Server provided in an embodiment of the present invention.
Specific embodiment
In order that the purpose of the present invention, technical scheme and beneficial effect become more apparent, below in conjunction with accompanying drawing and implementation
Example, the present invention will be described in further detail.It should be appreciated that specific embodiment described herein is only used to explain this hair
It is bright, it is not intended to limit the present invention.
Fig. 1 property shows a kind of stream of traffic system monitoring method based on cloud framework provided in an embodiment of the present invention
Journey, the flow can be performed by control centre's Cloud Server.
As shown in figure 1, the specific steps of the flow include：
Step S101, control centre's Cloud Server determines the service unit in each monitoring domain, and monitoring is responsible in each monitoring domain
Traffic website in monitoring domain.
Step S102, for each monitoring domain, monitors the operation of the traffic website in the service unit acquisition monitoring domain in domain
Status information, and the working condition of the service unit in monitoring domain is determined according to running state information.
Specifically, in step S101, monitoring domain is an organizational unit that can independently exercise monitoring responsibility, each prison
One traffic website of monitoring that domain can be independent is controlled, traffic website can be control centre, or station, in traffic website
Responsible monitoring responsibility server virtual to after control centre's Cloud Server, one monitoring domain of each traffic website correspondence.
In the embodiment of the present invention, service unit refers to virtual child servers.Specific in entity apparatus, include on control centre's Cloud Server
Multiple servers, can virtual multiple virtual child servers on each server.And a monitoring domain is to complete independently traffic
The monitoring function of website cooperates to complete, it is necessary to pass through multiple virtual child servers, thus each monitoring domain include it is many
Individual virtual child servers, that is, multiple service units.Control centre's Cloud Server can be serviced according to multiple in specific implementation
The running status of device, determines the virtual child servers in each monitoring domain.
In step s 102, for each monitoring domain, the traffic website in the service unit acquisition monitoring domain in the monitoring domain
Running state information.For example monitoring domain A monitors the running status at station 1, then the service unit monitored in the A of domain only gathers station
1 running state information.Specifically, the running state information at station 1 includes the operation shape of the subsystems positioned at station 1
State, the subsystem can include but is not limited to following several：Subway power system (Supervisory Control And Data
Acquisition, SCADA), environment and equipment monitoring system (Building Automatic System, BAS), shield door system
System (Platformscreendoors, PSD), fire alarm system (Fire Alarm System, FAS) etc..Monitor the clothes in domain
Business unit is first stored into memory database the running state information of the traffic website in acquisition monitoring domain.Service unit afterwards
Directly the data to the storage in memory database are processed.Each monitoring domain is entered in the running state information to traffic website
During row treatment, in addition it is also necessary to the working condition of the service unit in monitoring domain is determined according to the running state information of the traffic website.
Alternatively, the service unit in monitoring domain is multiple, and each service unit includes multiple monitor components, each monitoring group
Part is responsible for monitoring the different sub-systems of the traffic website, and a monitor component in same service unit is only responsible for monitoring one
Individual subsystem, the subsystem of each monitor component monitoring is different in same service unit, has one in different service units
The subsystem of individual monitor component monitoring is identical with the subsystem that a monitor component in other service units is monitored, and each service is single
The monitor component that same subsystem is monitored in unit is active and standby each other.For each service unit, service unit obtains itself each monitoring
The running state information of component, and the running state information of itself each monitor component is sent to other clothes in same monitoring domain
Business unit.Fortune of the service unit according to each monitor component of the running state information and other service units of itself each monitor component
Row status information, determines the activestandby state of each monitor component.In order to more clearly introduce the structure and each group in above-mentioned monitoring domain
The running of part, the embodiment of the present invention provides the example below.Setting monitoring domain A is responsible for monitoring SCADA, BAS, the PSD at station 1
With tetra- running statuses of subsystem of FAS.Monitoring domain A includes two service units, respectively service unit a and service unit
b.For service unit a, service unit a includes four monitor components, and this four monitor components are respectively monitor component a1, monitoring
Component a2, monitor component a3, monitor component a4, correspondence are used for monitoring tetra- subsystems of SCADA, BAS, PSD and FAS at station 1.
The structure of service unit b is identical with service unit a, and here is omitted.In specific implementation, service unit a obtain itself four
The running state information of individual monitor component, running state information includes active and standby, not actuated and abnormal etc..Service unit a will afterwards
Itself four monitor component running state information is issued by multicast on network.Service unit b is obtained after the same method
Simultaneously be published to the running state information of itself monitor component in network by the running state information of itself monitor component.Service unit
A can be from network by four running state informations of monitor component in multicast reception service unit b, likewise, service is single
First b can be from network by four running state informations of monitor component in multicast reception service unit a.Thus service unit
A and service unit b can be according to the running state information of itself each monitor component and each monitor components of other service units
Running state information determine the activestandby state of itself each monitor component, wherein activestandby state is redundant state.It is of the invention real
Apply the example that example determines the activestandby state of itself each monitor component there is provided a kind of service unit a and service unit b, setting service
The running status of the monitor component of unit a and service unit b is as shown in table 1.
The running status of the monitor component of the service unit a of table 1 and service unit b
As shown in table 1, the running status that the monitor component of monitoring SCADA is responsible in service unit a and service unit b is
It is main, occur in that the redundancy of main confession.The running status for being responsible for the monitor component of monitoring BAS is standby, occurs in that the redundancy of available.Clothes
There is exception in the monitor component for being responsible for monitoring FAS in business unit a, and is now responsible for the monitor component of monitoring FAS in service unit b
It is standby, therefore lacks the monitor component of main confession in the monitor component of monitoring FAS, it is therefore desirable to is responsible for monitoring SCADA, BAS and FAS
The activestandby state of monitor component regulated and controled.The activestandby state of service unit a and service unit b monitor components after regulation and control is such as
Shown in table 2.
The running status of monitor component in service unit a and service unit b after the regulation and control of table 2
As shown in table 2, service unit a is adjusted after receiving the running state information of each monitor component of service unit b
Control, will in service unit a be responsible for monitoring SCADA monitor component running status be defined as it is standby, will in service unit a be responsible for prison
Based on the running status determination of the monitor component for controlling BAS.After service unit a determines the activestandby state of itself each monitor component, can
The activestandby state information of itself each monitor component is sent to service unit b.Service unit b is respectively monitored in reception service unit a
After the activestandby state information of component, based on the running status determination of the monitor component that itself will be responsible for monitoring FAS.Due in cloud frame
Under structure, the monitoring to traffic website virtually turns to separate monitoring domain, therefore is needing to increase station or opening car by stages
Stand the later stage merge when, only need dynamic increase monitoring domain.In addition when needing the equipment of traffic website of monitoring to increase, use
The method of the same multicast address of configuration just can be realized dynamically increasing service unit, therefore the traffic based on cloud framework in monitoring domain
System monitoring method has the ability that very strong dynamic capacity-expanding expands station and built by separate periods.
In specific implementation, if the running state information of the traffic website of service unit collection includes status information between domain,
Then status information between domain is sent to the service unit in monitoring domain the service unit of associated domain.Status information refers to this monitoring domain between domain
Need to be sent to other information for monitoring domains.Associated domain can be the monitoring domain, or the monitoring domain of control centre at station.
Generally, between station and station communication and infrequently, can only be monitored domain in the case of specific transactions are carried out
Between communication.And the communication of station and control centre is very frequent, station needs for the status information of itself to be sent to control centre,
Control centre is regulated and controled according to the state at station.Therefore between monitoring domain in station includes the more domain with control centre's monitoring domain
Status information, status information is relatively fewer between domain between the monitoring domain of station.In specific communication process, the service unit for monitoring domain leads to
Cross the service unit that status information between domain is sent to gateway associated domain.Car is realized from there through the message communicating between monitoring domain
Data sharing between standing, for business demands such as topology colorings, it is no longer necessary to which control centre carries out the secondary transmission of data, improves
Business Processing efficiency.
Alternatively, multiple station level Cloud Servers are also included in the embodiment of the present invention, each station level Cloud Server is located at each
In traffic website, it is determined that during control centre's Cloud Server network failure, monitoring its by each station level Cloud Server responsible
The running status of traffic website.In specific implementation, in normal conditions, each traffic website is carried out by control centre's Cloud Server
Monitoring.When network failure station occur and being out of touch with control centre, each traffic website is taken by local station level cloud
Business device monitors the running status of itself, realizes that traffic website is locally autonomous, so as to ensure the normal operation of each traffic website, enters one
Step improves the availability of whole monitoring system.
In order to preferably explain the embodiment of the present invention, describe the embodiment of the present invention below by specific implement scene and provide
One in based on cloud framework traffic system monitoring method flow.
Traffic comprehensive monitoring system software platform based on cloud framework is three-tier architecture, and system architecture is as shown in Figure 2.System
Framework mainly includes data acquisition software 201, real-time data base 202 and human interface software 203.
Data acquisition software 201 is included comprising data acquisition service and acquisition monitoring debugging system.Data acquisition software portion
Administration realizes the management and data acquisition of data communication channel on acquisition server, supports MODBUS, the OLE of process control
Standard agreements such as (Object Linking and Embedding for Process Control, abbreviation OPC).Acquisition monitoring
Debugging subsystem is used to provide a unified instrument and service for the monitoring and debugging of collector.
Real-time data base 202 includes applied function module 2021 and platform functional module 2022.
The wherein module such as including external data forwarding, topology coloring, sequence, linkage, script of applied function module 2021.
External data forwarding detailed process is that the measuring point information timing of real-time data base is sent into data acquisition software,
The measuring point information of real-time data base is forwarded to data acquisition software the external equipment of connection.
Topology coloring detailed process is the state for visually calculating modeled equipment under real-time status.
Sequence function is a series of control sequence combination of independent remote controls, when linkage function refers to that an accident occurs,
One group of control program in energy automatic triggering system.
Script is a kind of built-in programming language engine of real-time data base.
Platform feature module 2022 includes memory database, memory database service, data processing, command process, redundancy
With scheduling, alarm and the module such as event, historical data submission, authority and responsibility area, synchronous, configuration, communication.
Memory database is the high-speed real-time storehouse of the shared memory space of control centre's Cloud Server, for storing in real time
The data of collection, the data for being sent to equipment, configuration info, alarm and event information, system status information etc..Memory database
It is the kernel software of comprehensive monitoring system.Memory database service is used to provide the Data Concurrent inquiry related to memory database
With modification etc. service.Data processing is that, according to configuration info, the various application demands of correspondence provide data processing and statistics, including flat
Average, maximin etc..Command process is used to provide issuing and feedback for order.Redundancy with dispatch for monitoring domain in
The redundant state of virtual monitor component makes decisions.Alarm is used to provide submission and the management service of alert event with event.Go through
History data are submitted to and are responsible for for real time data, alarm being sent to historical data base by real-time data base with event information.Authority and duty
Appointing area is used for the division of user right and its management of zone of responsibility.It is synchronous to be used to provide distributed real-time data synchronous service, wrap
Distributed synchronization service between including the brother of node and between across level node.Configuration includes Project Configuration and online configuration.Communicating is used for
Communication in system monitoring domain and between monitoring domain.
Human interface software 203 includes human-machine interface configuration software and man-machine interface run mode software.Human-machine interface configuration
Software refers to the configuration part of man-machine interface, there is provided give engineering construction librarian use, is mainly used to carry out Project Configuration.Man-machine interface
On operator workstation, operating personnel complete each to track traffic by unified graphical interface of user for run mode software deployment
The monitoring and control of various equipment in subsystem.
Specifically, the alarm in platform feature module 2022 includes occupancy alarm, network connection alarm with event module.
Wherein occupancy alarm uses Simple Network Management Protocol (Simple Network Management
Protocol, abbreviation SNMP) act on behalf of to gather central processing unit (the Central Processing of each subsystem of traffic website
Unit, abbreviation CPU) occupancy, memory usage, the data of hard disk occupancy.The data that capture program will can be collected according to
Configuration rule passes to real-time data base, and the real time data of upload meets alert if will produce alarm.Network connection is alarmed
Detailed process is：Network state detection checks by double net detection procedures, run in each virtual child servers double nets detect into
Journey, can two connections of network of real-time inspection itself, if the connection of some network goes wrong, produce alarm.
If two networks all go wrong, alarm is also produced, but possibly warning message cannot be passed to other in this case
Virtual child servers, it is desirable to have local to preserve.
Communication module in platform feature module 2022 includes message between domains gateway and section when being used to monitor the communication between domain
Point info gateway.After underlying resource unified management, by monitoring domain for unit is managed, monitoring passes through upper-layer service between domain
Message between domains gateway carries out the communication of business datum, and the communication of nodes heart beat data is carried out by nodal information gateway.
The function of message between domains gateway includes：Other monitoring domains are given by the data is activation in this monitoring domain.Receive other monitoring
The data publication in domain gives this monitoring domain component.Receive the data in other monitoring domains and be transmitted to third party's monitoring domain.
The function of nodal information gateway includes：Station monitors domain and our station nodes heart beat data is transmitted into control centre's monitoring
Domain, control centre's monitoring domain will be transmitted to each station monitoring domain after receiving after the nodes heart beat data in all stations monitoring domain, so that
All possess system-wide nodes heart beat data in all station monitoring domains.
Authority and responsibility area module in platform feature module 2022 is additionally operable to the control of management comprehensive monitoring system
Transfer.Detailed process is：Comprehensive monitoring system is divided into control position, the operator where control position could be to synthesis
Monitoring system is controlled operation.For comprehensive monitoring system, authority transfer is divided into the transfer of internal system authority and outside
Authority is shifted, and internal authority transfer refers to the transfer of comprehensive monitoring system built-in function authority, authorizes and authorized work station is adopted
With identical operating system and software platform for SCADA.Outside authority transfer refers to comprehensive monitoring system for example independent with external system
Subsystem work station, authorizes and authorized work station uses different operating system and software platform for SCADA.Comprehensive monitoring system
In, control centre operating personnel and station level operating personnel are divided into from geographical position.If the current control of comprehensive monitoring system
Authority processed belongs to control centre, then station operating personnel do not have authority to operate comprehensive monitoring system；Or it is current
Control authority configuration belongs to station, then the operating personnel of control centre do not have authority to operate comprehensive monitoring system.
Under normal circumstances or during abnormal conditions, comprehensive monitoring system can be shifted control authority.In case of emergency, it is comprehensive
Monitoring system can carry out forcing authority transfer.
The traffic comprehensive monitoring system based on cloud framework shown in Fig. 2 is physically located at control centre, if network goes out
When present situation condition causes station out of touch with control centre, it is necessary to station carries out local itself monitoring, therefore the embodiment of the present invention
There is provided the deployment scheme of cloud framework comprehensive monitoring system.The program is included in the cloud computing of deployment control centre of control centre
The heart, in each station deployment station level cloud computing work station.Wherein, control centre's server is constituted with station server virtualization
Control centre's cloud computing center.Station server virtualization constitutes station level cloud computing work station.In physics deployment, in control
Cloud Server in the control of center portion administration, is responsible for control centre, the monitoring of tools of all subsystems in each station.Cloud service in now controlling
Device replaces original tens servers for being deployed in control centre, each station.A chassis station level cloud service is all disposed at each station
Device.
In normal conditions, all fronts equipment is monitored by control centre's cloud computing center, station level cloud computing work station
It is received shipment row.When backbone network failure, station is out of touch with control centre, then level cloud computing work station in station rises main operation, car
Dispatcher workstation of standing connection station level cloud computing work station, realizes that station equipment is normally monitored.For backbone network and station level
The situation of cloud computing work station simultaneous faults, belongs to multipoint fault and cross faults, in national standard and various regions tender for
Such situation, is not all distinctly claimed to comprehensive monitoring system, but the embodiment of the present invention is in such cases, still can pass through
Integrated backup panel (Integrated Backup Panel, abbreviation IBP) carries out local operation, realizes station level key equipment
Monitoring.
From the above, it is seen that the embodiment of the present invention provide a kind of traffic system monitoring method based on cloud framework and
Cloud Server, control centre's Cloud Server determines the service unit in each monitoring domain, and each monitoring domain is responsible for monitoring the monitoring
Traffic website in domain.For each monitoring domain, the service unit in the monitoring domain gathers the traffic website in the monitoring domain
Running state information, and the working condition of the service unit in the monitoring domain is determined according to the running state information.If institute
Stating running state information includes status information between domain, and be sent to for status information between the domain by the service unit in the monitoring domain
The service unit of associated domain.Traffic system monitoring method design is carried out based on cloud framework in the embodiment of the present invention, is controlled by disposing
Center Cloud Server processed, will concentrate on control centre's Cloud Server to the monitoring of each traffic website, by monitor domain realize it is right
Each traffic station point is monitored, so as to be managed collectively the resource in the resource pool with dispatching control center server, great Liang Jie
Owner investment is saved.Station level Cloud Server, the traffic system monitoring method for being additionally based on cloud framework supports inter-domain communication, so that
Business datum is shared between realizing each traffic website.
Based on same idea, Fig. 3 it is exemplary show a kind of control centre's Cloud Server provided in an embodiment of the present invention
Structure, control centre's Cloud Server can perform based on cloud framework traffic system monitoring flow.
As shown in figure 3, control centre's Cloud Server 300 includes：
It is responsible for monitoring the monitoring domain in determining module 301, the service unit for determining each monitoring domain, each monitoring domain
Interior traffic website；
First processing module 302, for for each monitoring domain, the prison being gathered by the service unit in the monitoring domain
The running state information of the traffic website in control domain, and the service unit in the monitoring domain is determined according to the running state information
Working condition；If the running state information includes status information between domain, by the service unit in the monitoring domain by institute
State the service unit that status information between domain is sent to associated domain.
Alternatively, the determining module 301 specifically for：
Control centre's Cloud Server includes multiple servers；
According to the running status of the multiple server, the service unit in each monitoring domain is determined, the service unit is
Virtual child servers in the server.
Alternatively, the first processing module 302 specifically for：
The service unit in the monitoring domain is multiple, and each service unit includes multiple monitor components, and each monitor component is born
The different sub-systems of the duty monitoring traffic website；The monitor component that same subsystem is monitored in each service unit is active and standby each other；
For each service unit, the operation shape of each monitor component in the service unit is obtained by the service unit
State information, and the running state information of each monitor component in the service unit is sent to other services in same monitoring domain
Unit；By the service unit according to the running state information of each monitor component in the service unit and other service units
Each monitor component running state information, determine the activestandby state of each monitor component.
Alternatively, the first processing module 302 specifically for：
Status information between the domain is sent to the service unit of associated domain by gateway.
Alternatively, the first processing module 302 is additionally operable to：
The running state information that will gather the traffic website in the monitoring domain by the service unit in the monitoring domain is deposited
Store up to memory database；And the data to the storage in the memory database are processed.
Alternatively, also including Second processing module 303；
Control centre's Cloud Server includes multiple station level Cloud Servers, and each station level Cloud Server is located at each traffic
In website, Second processing module is used for it is determined that during control centre's Cloud Server network failure, being taken by each station level cloud
Business device monitors the running status of its responsible traffic website.
It should be understood by those skilled in the art that, embodiments of the invention can be provided as method or computer program product.
Therefore, the present invention can be using the embodiment in terms of complete hardware embodiment, complete software embodiment or combination software and hardware
Form.And, the present invention can be used to be can use in one or more computers for wherein including computer usable program code and deposited
The shape of the computer program product implemented on storage media (including but not limited to magnetic disk storage, CD-ROM, optical memory etc.)
Formula.
The present invention is the flow with reference to method according to embodiments of the present invention, equipment (system) and computer program product
Figure and/or block diagram are described.It should be understood that every first-class during flow chart and/or block diagram can be realized by computer program instructions
The combination of flow and/or square frame in journey and/or square frame and flow chart and/or block diagram.These computer programs can be provided
The processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing devices is instructed to produce
A raw machine so that produced for reality by the instruction of computer or the computing device of other programmable data processing devices
The device of the function of being specified in present one flow of flow chart or multiple one square frame of flow and/or block diagram or multiple square frames.
These computer program instructions may be alternatively stored in can guide computer or other programmable data processing devices with spy
In determining the computer-readable memory that mode works so that instruction of the storage in the computer-readable memory is produced and include finger
Make the manufacture of device, the command device realize in one flow of flow chart or multiple one square frame of flow and/or block diagram or
The function of being specified in multiple square frames.
These computer program instructions can be also loaded into computer or other programmable data processing devices so that in meter
Series of operation steps is performed on calculation machine or other programmable devices to produce computer implemented treatment, so as in computer or
The instruction performed on other programmable devices is provided for realizing in one flow of flow chart or multiple flows and/or block diagram one
The step of function of being specified in individual square frame or multiple square frames.
, but those skilled in the art once know basic creation although preferred embodiments of the present invention have been described
Property concept, then can make other change and modification to these embodiments.So, appended claims are intended to be construed to include excellent
Select embodiment and fall into having altered and changing for the scope of the invention.
Obviously, those skilled in the art can carry out various changes and modification without deviating from essence of the invention to the present invention
God and scope.So, if these modifications of the invention and modification belong to the scope of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to comprising these changes and modification.
Claims (12)
1. a kind of traffic system monitoring method based on cloud framework, it is characterised in that including：
Control centre's Cloud Server determines the service unit in each monitoring domain, and each monitoring domain is responsible for monitoring in the monitoring domain
Traffic website；
For each monitoring domain, the service unit in the monitoring domain gathers the running status letter of the traffic website in the monitoring domain
Breath, and the working condition of the service unit in the monitoring domain is determined according to the running state information；If the running status letter
Breath includes status information between domain, and status information between the domain is sent to the service unit in the monitoring domain service of associated domain
Unit.
2. the method for claim 1, it is characterised in that control centre's Cloud Server determines the clothes in each monitoring domain
Business unit, including：
Control centre's Cloud Server includes multiple servers；
Control centre's Cloud Server determines the service list in each monitoring domain according to the running status of the multiple server
Unit, the service unit is the virtual child servers in the server.
3. the method for claim 1, it is characterised in that described that the monitoring domain is determined according to the running state information
Service unit working condition, including：
The service unit in the monitoring domain is multiple, and each service unit includes multiple monitor components, and each monitor component is responsible for prison
Control the different sub-systems of the traffic website；The monitor component that same subsystem is monitored in each service unit is active and standby each other；
For each service unit, the service unit obtains the running state information of itself each monitor component, and itself is each
The running state information of monitor component is sent to other service units in same monitoring domain；The service unit is each according to itself
The running state information of the running state information of monitor component and each monitor component of other service units, determines each monitor component
Activestandby state.
4. the method for claim 1, it is characterised in that the service unit in the monitoring domain is by status information between the domain
The service unit of associated domain is sent to, including：
Status information between the domain is sent to the service unit in the monitoring domain service unit of associated domain by gateway.
5. the method for claim 1, it is characterised in that the service unit in the monitoring domain is gathered in the monitoring domain
After the running state information of traffic website, also include：
The running state information that the service unit in the monitoring domain will gather the traffic website in the monitoring domain is stored to internal memory
Database；
The service unit in the monitoring domain is processed the data of the storage in the memory database.
6. the method for claim 1, it is characterised in that also include：
Multiple station level Cloud Servers, each station level Cloud Server is located in each traffic website, it is determined that control centre's cloud
During server network failure, the running status of its responsible traffic website is monitored by each station level Cloud Server.
7. a kind of control centre's Cloud Server, it is characterised in that including：
It is responsible for monitoring the friendship in the monitoring domain in determining module, the service unit for determining each monitoring domain, each monitoring domain
Logical website；
First processing module, for for each monitoring domain, being gathered in the monitoring domain by the service unit in the monitoring domain
Traffic website running state information, and the work of the service unit in the monitoring domain is determined according to the running state information
State；If the running state information includes status information between domain, by the service unit in the monitoring domain by between the domain
Status information is sent to the service unit of associated domain.
8. control centre's Cloud Server as claimed in claim 7, it is characterised in that the determining module specifically for：
Control centre's Cloud Server includes multiple servers；
According to the running status of the multiple server, the service unit in each monitoring domain is determined, the service unit is described
Virtual child servers in server.
9. control centre's Cloud Server as claimed in claim 7, it is characterised in that the first processing module specifically for：
The service unit in the monitoring domain is multiple, and each service unit includes multiple monitor components, and each monitor component is responsible for prison
Control the different sub-systems of the traffic website；The monitor component that same subsystem is monitored in each service unit is active and standby each other；
For each service unit, the running status for obtaining each monitor component in the service unit by the service unit is believed
Breath, and other services that the running state information of each monitor component in the service unit is sent in same monitoring domain are single
Unit；By the service unit according to the running state information of each monitor component in the service unit and other service units
The running state information of each monitor component, determines the activestandby state of each monitor component.
10. control centre's Cloud Server as claimed in claim 7, it is characterised in that the first processing module specifically for：
Status information between the domain is sent to the service unit of associated domain by gateway.
11. control centre's Cloud Servers as claimed in claim 7, it is characterised in that the first processing module is additionally operable to：
The running state information that traffic website in the monitoring domain will be gathered by the service unit in the monitoring domain store to
Memory database；And the data to the storage in the memory database are processed.
12. control centre's Cloud Servers as claimed in claim 7, it is characterised in that also include：Second processing module；
Control centre's Cloud Server includes multiple station level Cloud Servers, and each station level Cloud Server is located at each traffic website
Interior, Second processing module is used for it is determined that during control centre's Cloud Server network failure, by each station level Cloud Server
Monitor the running status of its responsible traffic website.
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