CN109086894A - A kind of warning message centring system of facing area genco - Google Patents
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Abstract
A kind of warning message centring system of facing area genco is divided into data active layer, data service middleware layer, alarm rule configuration layer, alarm task computation engine layers, messaging bus and message distribution center layer, alarm and shows analysis layer；Visualization componentization configuration, alarm task distribution formula computing engines, multiple terminals message distribution center, the analysis of multi-user scene warning function for realizing alarm rule are shown.Pass through warning message centring system, regional generation company production management personnel and power plant responsible person concerned can flexibly formulate alert service rule, warning message notice is obtained at the first time grasps generating set operation conditions in time, the reaction speed for improving accident to greatest extent, reduces a possibility that accident occurs.It is able to carry out warning device ex-post analysis simultaneously, decision-making foundation is provided for equipment early warning, forms closed loop management, embodies information-based and industrialization depth integration new thinking.
Description
Technical field
The present invention relates to a kind of warning message centring system, in particular to a kind of warning message of facing area genco
Centring system.
Background technique
In recent years, with information-based and industrialized depth integration, management level of the regional generation company to subordinate power plant
It is obviously improved.Due to the system complexity of generating set, during daily production run, various types can occur often
Failure or alarm or great peace will be led to if cannot notify in time warning message to correct to production person liable
Full accident.
There are the alarm and short massage notice function of some topical applications in the real time monitoring system of regional generation company production at present,
There are problems to be: (1) production management personnel cannot be based on the customized alert service rule of visualized graph interface mode；(2) area
The alarm rule that domain company side produces real time monitoring system is less, alarm calculation amount is small, does not consider to access all power plant's numbers of subordinate
According to the deployment and application under rear big data scale；(3) current warning message mostly uses greatly short massage notice, does not consider other forms
Message notification mechanism, such as wechat, APP message push and telephone automatic dialing；(4) current alarm analysis function shows ratio
It is more single, scene subdivision is not carried out according to target user, such as at company's site, duty room large screen and user's desktop client end
Different function scenes is presented.
In order to allow regional generation company production management personnel and power plant responsible person concerned flexibly to formulate alert service rule, the
One time obtained warning message notice and grasps generating set operation conditions in time, improved the reaction speed of accident, drop to greatest extent
A possibility that low accident occurs, it is extremely urgent to establish regional generation company warning message centring system.
Summary of the invention
The present invention compensates for the deficiency of the prior art and function, provides a kind of warning message of facing area genco
Centring system has the characteristics that configuration is flexible, full-featured, high performance.
In order to achieve the above object, the present invention is achieved through the following technical solutions:
A kind of warning message centring system of facing area genco, be divided into data active layer, data service middleware layer,
Alarm rule configuration layer, alarm task computation engine layers, messaging bus and message distribution center layer, alarm show analysis layer；
The data active layer alert data is made of time series data and management data.Time series data is raw from region company
Real time monitoring system and subordinate power plant plant information monitoring system are produced, the real-time data base measuring point of Internet of Things framework is mainly based upon
Current value and history value；It manages data and comes from the operation systems such as company's ERP system and operation, fuel, technical supervision.
The data service middleware layer provides the interface that alarm rule calculates access data active layer business datum.Data
Active layer is made of time series data and management data, and data are stored respectively in real-time data base and relational database, data service
Middleware is based on adapter card mode, completes the encapsulation to different type real-time data base, the communication for constructing specification connects
Mouth and data access interface, shield the difference of different real-time data bases, externally provide unified data service.
The alarm rule configuration layer is based on versatility, opening and expandability principle, all alert service logics
Rule configuration can be customized by the user to realize.The basic element of rule is component, and user can be light by way of pulling component
Complicated, retrospective, the visual alarming logic of being created that for pine；The logic for configuring the rule come can be with business process map
Mode show, user can understand the specific content of rule by business process map, rather than traditional black box mode.
The alarm rule configuration layer specifically:
Alarm rule engine provides basic rule model definition, Regular Task management, regular event mechanism, rule persistently
Change, regular process follow-up service, the guarantee of process version consistency；Rule model defines each basic element of rule, including
Start node, end node, sequence are executed, are concurrently executed, branch executes, circulation executes, state transfer；Regular Task management is used
In to regular flow instance starting, stopping, hanging up, recall, exception management；On this basis, visualization alarm rule is established
Assembly container realizes that the dilatory of component is dragged based on Windows painting canvas mechanism；
All Logical processing units are all that alarm rule configuration tool is accessed in the form of component；Component class is at least real
Existing three interfaces:
(1) InArgument<T>: assembly module input, T are customized general shape parameter type.
(2) OutArgument<T>: that assembly module output, i.e. module need to return after having executed as a result, T is to make by oneself
The general shape parameter type of justice.
(3) Execute (Context context): component services logic executes, and context is the work that component executes
Flow context parameter；
Rule created is able to carry out single-step debug based on the service of workflow engine flow tracking, while exporting detailed
Debugging message；Regular process follow-up service is designed based on data context bus mode, and data/address bus record component variable is related
Business datum.After the completion of debugging, every rule can either Stand-alone distribution at WEB service form, for outside with RESTFul shape
Formula is called；Also regular computing engines can be supplied in the form of rule file to be scheduled.
The alarm task computation engine layers obtain data source and are calculated according to the alert service rule of user configuration
Alarm is generated, and messaging bus layer to is pushed warning message based on data efficient transport protocol, is drawn using distributed task scheduling calculating
It holds up and is handled.
Computing engines the layer building Grid Computing Framework of a set of high performance task based access control, computing engines include resource section
Point, host node, calculate node；The resource node includes the static resource and dynamic resource that computing engines use；Described
Host node is the core of entire computing engines layer, is based on HA High Reliability Design, and carrying user request, creation scheduling calculate and appoint
Business；The calculate node is task execution mechanism, is made of the calculation procedure being distributed on different machines, and host node group is executed
The execution of the alarm calculating task, monitoring calculation task of hair reports calculate node heart beat status.
The data structure of calculate node are as follows:
{ node identifier, node description, node IP address, node traffic coding, node start path, node processes CPU
Utilization rate, node processes committed memory size, the periodic duty queue length being carrying out are distributed to the general assignment number of node,
The number of tasks of epicycle dispatching distribution, the Asynchronous Request number being carrying out, Asynchronous Request task queue length, synchronization request task team
Column length, node start time, node current state, last time heart time, node existing state mark counter, node
Abnormal cause }
The calculating task is the basic computational ele- ment run in computing engines, and the data structure of calculating task can describe
Are as follows:
{ task identifier, task group identification symbol, node identifier where task, task index, task execution progress are appointed
Business executes time started, task execution end time, Runtime, the calculated result of return, calculating process error log }
In view of the deployment and application under big data scale after region company access all power plant's data of subordinate, can be based on
Distributed task scheduling computing engines, the calculate node assigned in different alert service rules to different machines go to execute, can also be with
Different calculate nodes is assigned to according to power plant's resource allocation for Same Alarm business rule to go to execute.
The messaging bus and message distribution center layer can dynamic augmented messages terminating card, such as short message cat, telecommunications and shifting
Dynamic gateway, wechat, APP, mail, phone etc..Message distribution center supports user self-defined message to subscribe to, and user can be according to report
Alert type of service, business rule, organization or specific indexes measuring point subscribe to oneself interested alarm.For certain important reports
Alert information other than normally sending short message or wechat message, can configure automatic dialing liaison mode the such as the unit non-stopping time
One time notified production management personnel and responsible person concerned in time, no longer dials after connecting, alarm voice is played after connection
Message.
It is different that the alarm shows that analysis layer can be presented at company's site, duty room large screen and user's desktop client end
Alarm inquiry and analysis scene, be supplied to production management personnel carry out ex-post analysis, while for equipment early warning provide decision according to
According to.
In company's site, warning message can carry out history alarm inquiry and statistics by power plant, unit and beginning and ending time section.
Image analysis module provides multidimensional chart, and support drills through, is sliced, the multidimensional data minings operation such as stripping and slicing, and user can be according to need
Corresponding dimension chart is selected to carry out data mining.User can also carry out for single organization using the time as sequence
Analysis.Support amplification, the movement of time window.The type of selection analysis, and add may relative sub- alarm, then institute
The alarm of selection just appears on Time-Series analysis figure.By checking timing diagram, so that it is former to analyze the correlation that target alarm occurs
Cause.Meanwhile daily paper, monthly magazine, annual report can be customized for it for certain important alarms, carry out report browsing and export.
At user's desktop client end, alert program starts automatically as memory-resident client software, random device, round-the-clock
It runs within 7*24 hours, shows or be suspended in a manner of bubble ball desktop in the lower right corner by palletized fashion, user double-clicks tray icon
Or the openable client of bubble ball.Automatic prompt can be carried out by acousto-optic for real-time important warning message, while message exists
Bottom right angle scintillations.Warning message displaying interface is jumped to after clicking message.
On duty room large screen, it can be seen that calendar of clearly alarming, according to the frequency alarmed daily on calendar
Different colors is had to show.Certain warning message is clicked, can check relative detailed alarm content, measuring point history number
According to tendency chart, equipment production process flow chart, visualization alert service process.
The beneficial effects of the present invention are:
The present invention has built a kind of warning message centring system of facing area genco, and realize alarm rule can
Depending on changing modularization configuration, alarm task distribution formula computing engines, multiple terminals message distribution center, multi-user scene warning function point
Analysis is shown.By warning message centring system, regional generation company production management personnel and power plant responsible person concerned can be flexible
Alert service rule is formulated, warning message notice is obtained at the first time and grasps generating set operation conditions in time, mention to greatest extent
The reaction speed of high accident reduces a possibility that accident occurs.
Detailed description of the invention
Fig. 1 is a kind of architectural framework figure of the warning message centring system of facing area company.
Fig. 2 is a kind of set state alert service rule schema of the warning message centring system of facing area company.
Fig. 3 is a kind of period task scheduling calculation flow chart of the warning message centring system of facing area company.
Specific embodiment
It elaborates with reference to the accompanying drawings and examples to the present invention.Attached drawing described herein is one of the application
Point, for the present invention is further expalined, but and do not constitute a limitation of the invention.
A kind of warning message centring system of facing area genco, be divided into data active layer, data service middleware layer,
Alarm rule configuration layer, alarm task computation engine layers, messaging bus and message distribution center layer, alarm show analysis layer；
The data active layer alert data is made of time series data and management data.Time series data is raw from region company
Real time monitoring system and subordinate power plant plant information monitoring system are produced, the real-time data base measuring point of Internet of Things framework is mainly based upon
Current value and history value；It manages data and comes from the operation systems such as company's ERP system and operation, fuel, technical supervision.
The data service middleware layer provides the interface that alarm rule calculates access data active layer business datum.Data
Active layer is made of time series data and management data, and data are stored respectively in real-time data base and relational database.Region company
Production real time monitoring system and the real-time data base that uses of subordinate power plant plant information monitoring system have PI, EDNA,
OpenPlant, Rython etc., relational database have SQLSERVER, ORACLE, MYSQL etc..Each database manufacturer has each
Customized application programming interfaces, the diversification of interface form need to develop for different real-time data bases, relational database
Corresponding communication interface, there are development costs it is high, communication interface is not general the problems such as.Based on above-mentioned drawback, among data service
Part be based on adapter card mode, complete the encapsulation to different type real-time data base, construct specification communication interface and
Data access interface, shields the difference of different real-time data bases, externally provides unified data service.
The alarm rule configuration layer is based on versatility, opening and expandability principle, all alert service logics
Rule configuration can be customized by the user to realize.The basic element of rule is component, and user can be light by way of pulling component
Complicated, retrospective, the visual alarming logic of being created that for pine；The logic for configuring the rule come can be with business process map
Mode show, user can understand the specific content of rule by business process map, rather than traditional black box mode.
The alarm rule configuration layer specifically:
Alarm rule engine provides basic rule model definition, Regular Task management, regular event mechanism, rule persistently
Change, regular process follow-up service, the guarantee of process version consistency；Rule model defines each basic element of rule, including
Start node, end node, sequence are executed, are concurrently executed, branch executes, circulation executes, state transfer；Regular Task management is used
In to regular flow instance starting, stopping, hanging up, recall, exception management；On this basis, visualization alarm rule is established
Assembly container realizes that the dilatory of component is dragged based on Windows painting canvas mechanism；
All Logical processing units are all that alarm rule configuration tool is accessed in the form of component；Component class is at least real
Existing three interfaces:
(1) InArgument<T>: assembly module input, T are customized general shape parameter type.
(2) OutArgument<T>: that assembly module output, i.e. module need to return after having executed as a result, T is to make by oneself
The general shape parameter type of justice.
(3) Execute (Context context): component services logic executes, and context is the work that component executes
Flow context parameter；
Rule created is able to carry out single-step debug based on the service of workflow engine flow tracking, while exporting detailed
Debugging message；Regular process follow-up service is designed based on data context bus mode, and data/address bus record component variable is related
Business datum.After the completion of debugging, every rule can either Stand-alone distribution at WEB service form, for outside with RESTFul shape
Formula is called；Also regular computing engines can be supplied in the form of rule file to be scheduled.
The alarm task computation engine layers obtain data source and are calculated according to the alert service rule of user configuration
Alarm is generated, and messaging bus layer to is pushed warning message based on data efficient transport protocol, is drawn using distributed task scheduling calculating
It holds up and is handled.
Computing engines the layer building Grid Computing Framework of a set of high performance task based access control, computing engines include resource section
Point, host node, calculate node；The resource node includes the static resource and dynamic resource that computing engines use；Described
Host node is the core of entire computing engines layer, is based on HA High Reliability Design, and carrying user request, creation scheduling calculate and appoint
Business；The calculate node is task execution mechanism, is made of the calculation procedure being distributed on different machines, and host node group is executed
The execution of the alarm calculating task, monitoring calculation task of hair reports calculate node heart beat status.
The data structure of calculate node are as follows:
{ node identifier, node description, node IP address, node traffic coding, node start path, node processes CPU
Utilization rate, node processes committed memory size, the periodic duty queue length being carrying out are distributed to the general assignment number of node,
The number of tasks of epicycle dispatching distribution, the Asynchronous Request number being carrying out, Asynchronous Request task queue length, synchronization request task team
Column length, node start time, node current state, last time heart time, node existing state mark counter, node
Abnormal cause }
The calculating task is the basic computational ele- ment run in computing engines, and the data structure of calculating task can describe
Are as follows:
{ task identifier, task group identification symbol, node identifier where task, task index, task execution progress are appointed
Business executes time started, task execution end time, Runtime, the calculated result of return, calculating process error log }
In view of the deployment and application under big data scale after region company access all power plant's data of subordinate, can be based on
Distributed task scheduling computing engines, the calculate node assigned in different alert service rules to different machines go to execute, can also be with
Different calculate nodes is assigned to according to power plant's resource allocation for Same Alarm business rule to go to execute.
The messaging bus and message distribution center layer can dynamic augmented messages terminating card, such as short message cat, telecommunications and shifting
Dynamic gateway, wechat, APP, mail, phone etc..Message distribution center supports user self-defined message to subscribe to, and user can be according to report
Alert type of service, business rule, organization or specific indexes measuring point subscribe to oneself interested alarm.For certain important reports
Alert information other than normally sending short message or wechat message, can configure automatic dialing liaison mode the such as the unit non-stopping time
One time notified production management personnel and responsible person concerned in time, no longer dials after connecting, alarm voice is played after connection
Message.
Message distribution center layer provides message container, supports that the various message terminal plug-in units of carry are sent in a manner of hot plug
Warning message, comprising:
(1) short message terminating card.It supports to send short message by short message cat hardware device and movement, telecommunications gateway interface
Message.It is as follows that unified equipment/gateway connection, short message transmission and status inquiry interface can be defined:
Connect equipment/gateway (service IP address, port numbers, user name, password, messages application coding)；
It sends short message (addresser, receiver, caption text, message content)；
Transmission short message interface is called to return to value information as follows:
" short message is sent successfully ", " parameter error ", " API mark illegal ", " message content is too long ", " do not initialize or
Initialization failure ", " Short Message Service Gateway is not connected ", " message has been sent, wait state is reported ", " Sorry, your ticket has not enough value " }
It obtains message receipt information (message identifier)；
Refresh message sends state (message identifier, message sending time)；
(2) wechat message terminal plug-in unit.Support wechat public platform, the push of enterprise number message.Wechat message parameter defines such as
Under:
{ " member id list (message recipient) ", " department's ID list ", " tag ID list ", " type of message ", " enterprise
The ID " of application, " message content ", " whether message maintains secrecy " }
(3) APP message terminal plug-in unit.
Message distribution center can be used as a unified message push center, and the background system of other APP application can lead to
MQTT agreement is crossed to APP message terminal plug-in unit backstage PUSH message, is responsible for by APP message terminal plug-in unit background system by reliable
Push channel message is pushed on mobile terminal.Interaction between APP message terminal plug-in unit backstage and third party APP application
Message is carried out according to MQTT consensus standard.The plug-in unit supports Android, the push of IOS operating system mainstream mobile device message.
(4) email message terminating card.It is as follows that unified Mail Gateway connection and mail transmission interface can be defined:
It connects Mail Gateway (mail server IP address, port numbers, subscriber mailbox, user name, password)；
It sends mail (sender, addressee, mail header, message body)；
(5) telephone message terminating card.It will be alarmed word message based on TTS text compressing software or SDK development kit
Voice document is converted to, then subscriber phone is dialed by multichannel telephony speech packet.
Message distribution center server is connect by USB line with speech packet.Outside line connects the outside line of speech packet, phone
The interior lines of line connection speech packet.Computerized control automatic dialed phone, by voice messaging by phone traffic to related personnel
Fixed line, mobile phone.Support that China Telecom, China Netcom, China Unicom, China Railway Telecom expect someone's call route.Multichannel telephony
The each channel of speech packet uses an independent telephone call queue, and one automatically hangs up after call 1 minute, and by the phone
Number is removed from call queue, is transferred to the next phone of calling.Each channel is using a small number of preferential access principles of phone.
It is different that the alarm shows that analysis layer can be presented at company's site, duty room large screen and user's desktop client end
Alarm inquiry and analysis scene, be supplied to production management personnel carry out ex-post analysis, while for equipment early warning provide decision according to
According to.
In company's site, warning message can carry out history alarm inquiry and statistics by power plant, unit and beginning and ending time section.
Image analysis module provides multidimensional chart, and support drills through, is sliced, the multidimensional data minings operation such as stripping and slicing, and user can be according to need
Corresponding dimension chart is selected to carry out data mining.User can also carry out for single organization using the time as sequence
Analysis.Support amplification, the movement of time window.The type of selection analysis, and add may relative sub- alarm, then institute
The alarm of selection just appears on Time-Series analysis figure.By checking timing diagram, so that it is former to analyze the correlation that target alarm occurs
Cause.Meanwhile daily paper, monthly magazine, annual report can be customized for it for certain important alarms, carry out report browsing and export.
At user's desktop client end, alert program starts automatically as memory-resident client software, random device, round-the-clock
It runs within 7*24 hours, shows or be suspended in a manner of bubble ball desktop in the lower right corner by palletized fashion, user double-clicks tray icon
Or the openable client of bubble ball.Automatic prompt can be carried out by acousto-optic for real-time important warning message, while message exists
Bottom right angle scintillations.Warning message displaying interface is jumped to after clicking message.
On duty room large screen, it can be seen that calendar of clearly alarming, according to the frequency alarmed daily on calendar
Different colors is had to show.Certain warning message is clicked, can check relative detailed alarm content, measuring point history number
According to tendency chart, equipment production process flow chart, visualization alert service process.
Embodiment
The present embodiment comprises the steps of:
A kind of architectural framework of the warning message centring system of facing area company is as shown in Figure 1.A kind of face
Set state alert service rule to the warning message centring system of region company is as shown in Figure 2.A kind of facing area
The period task scheduling calculation process of the warning message centring system of company is as shown in Figure 3.
1, business datum source is analyzed, creation data service middleware data source driving:
By taking Fig. 2 set state alert service as an example.Through analyzing, set state alert service data source, which comes from, is based on Internet of Things
Real-time data base measuring point current value, history value and the company's ERP system of framework manage data.It configures and manages in data service middleware
It manages in interface, creates real-time data base data source and the driving of relational database data source, calculated for rule alarm and data are provided.
2, alarm rule is built using rule designer based on operation flow:
Generating set state be divided into operation, it is spare, maintenance, non-stop.When the state of generating set changes, need with short
Letter, wechat mode are pushed to production management personnel.Simultaneously when non-stopping time occurs for unit, it is also necessary to automatic dialing produce duty room and
Responsible person concerned's phone broadcasts warning message based on text-to-speech switch technology after connection.
Data service middleware is connected using database access component in rule designer, while pulling various businesses group
Part completes building for above-mentioned alarm rule.
3, rule alarm task computation engine is distributed to calculate:
After alarm rule is built, it is distributed to alarm task computation engine server.Computing engines start period calculating
Task obtains real-time data base and relational database data, executes service logic, carries out distributed scheduling calculating, output alarm
As a result to messaging bus.
4, Message Processing and distribution:
Message distribution center software is based on publisher-subscriber's mode, the message received in monitoring information bus, according to
The customized individual cultivation of user, pushes to user terminal for message.5, alarm shows and analyzes:
The Realtime Alerts result and history warning message of generation can be in company's site, duty room large screen and user desktop visitors
Family end carries out the displaying and analysis of different scenes, provides ex-post analysis means to production management personnel, while mentioning for equipment early warning
For decision-making foundation.
Above-described specific embodiment is only the detailed description to technical solution of the present invention and beneficial effect.It answers
When pointing out, to those of ordinary skill in the art, without departing from the principle of the present invention, can also improve
And implement in other embodiments, but these improvement should be included within protection scope of the present invention.
Claims (4)
1. a kind of warning message centring system of facing area genco, which is characterized in that be divided into data active layer, data service
Middleware layer, alarm rule configuration layer, alarm task computation engine layers, messaging bus and message distribution center layer, alarm are shown
Analysis layer；
The data active layer alert data is made of time series data and management data；Time series data is real from the production of region company
When supervisory systems and subordinate power plant plant information monitoring system, the real-time data base measuring point for being mainly based upon Internet of Things framework it is current
Value and history value；It manages data and comes from the operation systems such as company's ERP system and operation, fuel, technical supervision；
The data service middleware layer provides the interface that alarm rule calculates access data active layer business datum；Data active layer
It is made of time series data and management data, data are stored respectively in real-time data base and relational database, among data service
Part be based on adapter card mode, complete the encapsulation to different type real-time data base, construct specification communication interface and
Data access interface, shields the difference of different real-time data bases, externally provides unified data service；
The alarm rule configuration layer is based on versatility, opening and expandability principle, and all alert service logics can be by
The configuration of user's custom rule is realized；The basic element of rule is component, and user can be by way of pulling component easily
It is created that complicated, retrospective, visual alarming logic；The logic for configuring the rule come can be with the side of business process map
Formula is shown, and user can understand the specific content of rule by business process map, rather than traditional black box mode；
The alarm task computation engine layers obtain data source and carry out calculating generation according to the alert service rule of user configuration
Alarm, and messaging bus layer to is pushed warning message based on data efficient transport protocol, using distributed task scheduling computing engines into
Row processing；
The messaging bus and message distribution center layer can be based on modes such as short message, wechat, APP, mail, phones, at the first time
Warning message is pushed to production management personnel and responsible person concerned；
The alarm shows that different reports can be presented at company's site, duty room large screen and user's desktop client end in analysis layer
Alert inquiry and analysis scene, are supplied to production management personnel and carry out ex-post analysis, while providing decision-making foundation for equipment early warning.
2. a kind of warning message centring system of facing area genco according to claim 1, which is characterized in that institute
The alarm rule configuration layer stated specifically:
Alarm rule engine provide basis rule model definition, Regular Task management, regular event mechanism, rule persistence,
Regular process follow-up service, process version consistency guarantee；Rule model defines each basic element of rule, including starts
Node, end node, sequence are executed, are concurrently executed, branch executes, circulation executes, state transfer；Regular Task management for pair
The starting of regular flow instance stopping, being hung up, recalls, exception management；On this basis, visualization alarm rule component is established
Container realizes that the dilatory of component is dragged based on Windows painting canvas mechanism；
All Logical processing units are all that alarm rule configuration tool is accessed in the form of component；Component class at least realizes three
A interface:
(1) InArgument<T>: assembly module input, T are customized general shape parameter type；
(2) OutArgument<T>: that assembly module output, i.e. module need to return after having executed as a result, T is customized general
Shape parameter type；
(3) Execute (Context context): component services logic executes, and context is in the workflow that component executes
Hereafter parameter；
Rule created is able to carry out single-step debug based on the service of workflow engine flow tracking, while exporting detailed debugging
Information；Regular process follow-up service is designed based on data context bus mode, the relevant industry of data/address bus record component variable
Business data；After the completion of debugging, every rule can either Stand-alone distribution at WEB service form, for outside in the form of RESTFul into
Row calls；Also regular computing engines can be supplied in the form of rule file to be scheduled.
3. a kind of warning message centring system of facing area genco according to claim 1, which is characterized in that institute
The alarm task computation engine layers stated specifically:
The computing engines layer building Grid Computing Framework of a set of high performance task based access control, computing engines include resource node,
Host node, calculate node；The resource node includes the static resource and dynamic resource that computing engines use；The main section
Point is the core of entire computing engines layer, is based on HA High Reliability Design, carrying user request, creation scheduling calculating task；Institute
The calculate node stated is task execution mechanism, is made of the calculation procedure being distributed on different machines, executes what host node distributed
Alarm calculating task, monitoring calculation task execution, report calculate node heart beat status；
The data structure of calculate node are as follows: node identifier, node description, node IP address, node traffic coding, node starting
Path, node processes CPU usage, node processes committed memory size, the periodic duty queue length being carrying out are distributed to
The general assignment number of node, the number of tasks of epicycle dispatching distribution, the Asynchronous Request number being carrying out, Asynchronous Request task queue are long
Degree, synchronization request task queue length, node start time, node current state, last time heart time, node survival shape
State identifies counter, node abnormal cause；
The calculating task is the basic computational ele- ment run in computing engines, and the data structure of calculating task can be described as:
Task identifier, task group identification symbol, node identifier where task, task index, task execution progress, task execution start
Time, task execution end time, Runtime, the calculated result of return, calculating process error log；
It, can be based on distribution in view of the deployment and application under big data scale after region company access all power plant's data of subordinate
Formula task computation engine, the calculate node assigned in different alert service rules to different machines are gone to execute, can also be directed to
Same Alarm business rule is assigned to different calculate nodes according to power plant's resource allocation and goes to execute.
4. a kind of warning message centring system of facing area genco according to claim 1, which is characterized in that institute
The message distribution center layer and alarm stated show analysis layer specifically:
Message distribution center layer can dynamic augmented messages terminating card, message distribution center support user self-defined message subscribe to,
User subscribes to oneself interested alarm according to alert service type, business rule, organization or specific indexes measuring point；For
Important warning message, other than normally sending short message or wechat message, configuration automatic dialing liaison mode notifies related personnel, directly
It is no longer dialed after to connection, alarm voice message is played after connection；
Alarm shows that analysis layer according to target user, segments function scene, passes through company's site, duty room large screen and desktop visitor
Different alarm inquiries, statistics and analysis function is presented in family end；Image analysis module provide multidimensional chart, support drill through, be sliced,
The operation of stripping and slicing multidimensional data mining, user select corresponding dimension chart to carry out data mining as needed；User can also needle
Single organization is carried out using the time as the analysis of sequence, while supporting the amplification of time window, movement；By checking timing
Figure, and then analyze the related causes that target alarm occurs；
Analysis is shown by message distribution center and alarm, and production management personnel and responsible person concerned can not only obtain at the first time
It obtains warning message notice and grasps generating set operation conditions in time, improve reaction speed, the reduction accident hair of accident to greatest extent
A possibility that raw, and it is able to carry out ex-post analysis, while providing decision-making foundation for equipment early warning, closed loop management is formed, is embodied
Information-based and industrialization depth integration new thinking.
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Cited By (18)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| CN110969286A (en) * | 2019-11-01 | 2020-04-07 | 南京深度智控科技有限公司 | Building operation safety diagnosis and analysis system and method based on Internet of things data |
| CN111526138A (en) * | 2020-04-16 | 2020-08-11 | 行吟信息科技（上海）有限公司 | Alarm implementation method, device and system |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102073546A (en) * | 2010-12-13 | 2011-05-25 | 北京航空航天大学 | Task-dynamic dispatching method under distributed computation mode in cloud computing environment |
| WO2015127668A1 (en) * | 2014-02-28 | 2015-09-03 | Pivotal Software, Inc. | Task centric resource scheduling framework |
| CN105653583A (en) * | 2015-12-22 | 2016-06-08 | 南京南瑞集团公司 | Distributed data scheduling report generation platform and method for power systems |
| CN106790626A (en) * | 2016-12-31 | 2017-05-31 | 广州佳都信息技术研发有限公司 | A kind of implementation method of reliable distributed warning |
-
2018
- 2018-07-06 CN CN201810736743.3A patent/CN109086894A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102073546A (en) * | 2010-12-13 | 2011-05-25 | 北京航空航天大学 | Task-dynamic dispatching method under distributed computation mode in cloud computing environment |
| WO2015127668A1 (en) * | 2014-02-28 | 2015-09-03 | Pivotal Software, Inc. | Task centric resource scheduling framework |
| CN105653583A (en) * | 2015-12-22 | 2016-06-08 | 南京南瑞集团公司 | Distributed data scheduling report generation platform and method for power systems |
| CN106790626A (en) * | 2016-12-31 | 2017-05-31 | 广州佳都信息技术研发有限公司 | A kind of implementation method of reliable distributed warning |
Non-Patent Citations (1)
| Title |
|---|
| 马瑞瑞 等: "发电集团统一事件报警处理及分析平台设计开发", 《热力发电》 * |
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|---|---|---|---|---|
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| CN110969286B (en) * | 2019-11-01 | 2023-04-07 | 南京深度智控科技有限公司 | Building operation safety diagnosis and analysis system and method based on Internet of things data |
| CN110855527A (en) * | 2019-11-21 | 2020-02-28 | 北京高因科技有限公司 | Early warning monitoring system |
| CN111526138A (en) * | 2020-04-16 | 2020-08-11 | 行吟信息科技（上海）有限公司 | Alarm implementation method, device and system |
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| CN112527609B (en) * | 2021-02-18 | 2021-05-28 | 成都新希望金融信息有限公司 | Early warning information pushing method and device, electronic equipment and storage medium |
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| CN113691392A (en) * | 2021-07-13 | 2021-11-23 | 上海威派格智慧水务股份有限公司 | Internet of things alarm system based on business rules |
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