CN102752142B - A kind of method for supervising of the information system based on Conceptual Modeling and supervisory control system - Google Patents

A kind of method for supervising of the information system based on Conceptual Modeling and supervisory control system Download PDF

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CN102752142B
CN102752142B CN201210231286.5A CN201210231286A CN102752142B CN 102752142 B CN102752142 B CN 102752142B CN 201210231286 A CN201210231286 A CN 201210231286A CN 102752142 B CN102752142 B CN 102752142B
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CN102752142A (en
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汪亚军
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Shenzhen easy to listen to the Department of information technology Limited by Share Ltd
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SHENZHEN E-LINK INFORMATION TECHNOLOGY Co Ltd
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Abstract

The present invention discloses a kind of method for supervising and supervisory control system of the information system based on Conceptual Modeling, take information system as core, carries out logic modeling, simulation modeling, Risk Modeling and comprehensive modeling, and carry out centralized monitor based on this.Can Timeliness coverage, present various problem and risk, for quick position fault, analyze reason foundation is provided; Thus reach: the effect of the combination of inner and outside, quick diagnosis, quick position, response in time.It only not only compensate for the deficiency that single aspect in the past carries out monitoring, simultaneously, to the various internal and external factors causing operation system to go wrong, unified discovery, location, early warning can also be carried out, operation system keeper can be assisted to carry out overall view monitoring, fault location.

Description

A kind of method for supervising of the information system based on Conceptual Modeling and supervisory control system
Technical field
The present invention relates to information monitoring technical field, particularly relate to a kind of method for supervising and supervisory control system of the information system based on Conceptual Modeling.
Background technology
Traditional information system monitoring, mainly comprises the monitoring mode of 2 types: based on the outer monitoring of availability detection and the internal control based on Asset State supervision.Wherein outer monitoring, mainly from the outside of information system, to the availability, service quality etc. of information system, monitors; Wherein internal control, mainly from the inside of information system, monitors the be correlated with state of IT assets, instant performance etc. of system.Representative technology is as follows:
(1) outer monitoring: the concrete link of supervisory information system or designated port.Mainly through checking availability or the response time of link and port, judge the availability of information system.If designated links or port can not be communicated with, then represent whole information system inaccessible; If the information system response time is oversize, then represent whole IS Serve quality not good enough (as: server resource bottleneck, database concurrency problem etc.);
(2) internal control: as in-house network guard system.Mainly through serving as theme with information system, all IT assets (as: server, database, operating system, link etc.) that supervisory information system is relevant, by arranging various index system, monitor and early warning the internal problem of information system.
But, be that single internal control or outer monitoring all exist certain weak point:
(1) outer monitoring: the availability that generally can only solve the single link of B/S type systematic, can not reflect the true availability situation of whole information system; And C/S type systematic is difficult to the true judgement accomplishing response time and operation flow availability, because only from connection status and the response time decision problem of certain network port of C/S type systematic, often there is comparatively big error, as certain network port because of the too much concurrent of moment or may process the mutual of large data, the detection time now returned oversize just can not as system can basis for estimation, there is larger defect in therefore single outer monitoring.
(2) internal control (as network management system, supervisory control system etc.): although can from the inside of operation system, all IT assets associated by operation system are monitored, as: operating system, middleware, database, network system, disk space, CPU etc., once any IT assets index exceeding standard, or abnormal state, can instant early warning be carried out, thus for may the internal problem of operation system fault, can effective monitoring be carried out.But this is not enough to realize 100% monitoring to operation system traffic failure equally, and reason is as follows: the outside domain name of A, information system is expired, or carrier network fault, causes user cannot use systemic-function and service equally; B, information system internal database deadlock, or information system business logic codes execution efficiency problem etc., also often cause the system failure; The public physical environment that C, information system rely on also can cause system normally can not provide service as: machine room power-off, temperature exceeding standard, switch ports themselves loosen etc.
Generally speaking, single outer monitoring and internal control all can not right as rain Diagnostic Information System faults, so not only there is the phenomenon of taking a part for the whole, and can allow same problem repeatedly early warning, user or operation maintenance personnel is caused repeatedly to process or look for problem comprehensively, can not the root of orientation problem timely and effectively, thus affect the efficiency of information system services effect and operation management.
In view of this, prior art has yet to be improved and developed.
Summary of the invention
In view of above-mentioned the deficiencies in the prior art, the object of the present invention is to provide a kind of information system monitoring method based on Conceptual Modeling and supervisory control system, be intended to solve that information system monitoring in prior art exists takes a part for the whole, the same problem repeatedly problem such as early warning.
Technical scheme of the present invention is as follows:
Based on a method for supervising for the information system of Conceptual Modeling, wherein, comprise the following steps:
ST1, according to predetermined Standard of Monitoring, the underlying assets relevant to information system to be monitored, and combing goes out the relation between described underlying assets, completes the logic modeling of information system;
ST2, the operation flow of information system, function services to be analyzed, therefrom extract corresponding service node, monitor, complete the simulation modeling of information system;
The data that ST3, the data produced by the logic modeling of information system and simulation modeling produce comprehensively are analyzed, and the data of information system many levels are associated, is realized the Risk Modeling of information system by corresponding technological means;
ST4, completed logic modeling, simulation modeling and Risk Modeling be linked as a three-layer stereo information system panorama sketch and comprehensively analyze view, achieving the real-time monitoring of information system.
The method for supervising of the described information system based on Conceptual Modeling, wherein, in described step ST4, comprehensive view of analyzing comprises: early warning on same day type distributes pie chart, operation system early warning on same day block diagram, the same day service security tendency chart and the same day event number tendency chart.
The method for supervising of the described information system based on Conceptual Modeling, wherein, in described step ST3, describedly realize in the Risk Modeling of information system by corresponding technological means, described technological means comprises further:
The corresponding relation of underlying assets and service node is set, early warning regulation is set, denoising regulation is set associates regulation with arranging.
The method for supervising of the described information system based on Conceptual Modeling, wherein, describedly arranges early warning regulation and specifically comprises: arranging desired indicator to service node, when performing this service node, if exceed desired indicator, then issuing early warning.
The method for supervising of the described information system based on Conceptual Modeling, wherein, described arrange association regulation specifically comprise: according to the association scene pre-setting problem, the data of information system logical model and simulation model are effectively carried out association analysis, relevant issues are focused on, the root of problem identificatioin.
Based on a supervisory control system for the information system of Conceptual Modeling, wherein, comprising:
Logic modeling module, for according to predetermined Standard of Monitoring, monitor the underlying assets relevant to information system, and combing goes out the relation between described underlying assets, completes the logic modeling of information system;
Simulation modeling module, analyzes for the operation flow to information system, function services, therefrom extracts corresponding service node, monitors, and completes the simulation modeling of information system;
Risk Modeling module, the data produced for the data that produced by the logic modeling of information system and simulation modeling are comprehensively analyzed, and the data of information system many levels are associated, is realized the Risk Modeling of information system by corresponding technological means;
Comprehensive modeling module, for completed logic modeling, simulation modeling and Risk Modeling being linked as a three-layer stereo information system panorama sketch and comprehensively analyzing view, achieves the real-time monitoring of information system.
Beneficial effect: the method for supervising of the information system based on Conceptual Modeling of the present invention and supervisory control system, not only compensate for the deficiency that single aspect in the past carries out monitoring, simultaneously, can also to the various internal and external factors causing information system to go wrong, carry out unified discovery, location, early warning, operation system keeper can be assisted to carry out overall view monitoring, fault location, can Timeliness coverage, present various problem and risk, for quick position fault, analyze reason foundation is provided; Thus reach: the effect of the combination of inner and outside, quick diagnosis, quick position, response in time.
Accompanying drawing explanation
Fig. 1 is the flow chart of the method for supervising of the information system based on Conceptual Modeling of the present invention.
Fig. 2 is the schematic flow sheet of logic modeling in the method for supervising of the information system based on Conceptual Modeling of the present invention.
Fig. 3 is the schematic flow sheet of simulation modeling in the method for supervising of the information system based on Conceptual Modeling of the present invention.
Fig. 4 is the flow chart associating association analysis in modeling in the method for supervising of the information system based on Conceptual Modeling of the present invention.
Embodiment
The invention provides a kind of method for supervising and supervisory control system of the information system based on Conceptual Modeling, for making object of the present invention, technical scheme and effect clearly, clearly, the present invention is described in more detail below.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Refer to Fig. 1, it is the flow chart of the method for supervising of the information system based on Conceptual Modeling of the present invention.As shown in the figure, the method for supervising of the described information system based on Conceptual Modeling comprises the following steps:
S1, according to predetermined Standard of Monitoring, the underlying assets relevant to information system to be monitored, and combing goes out the relation between described underlying assets, completes the logic modeling of information system;
S2, the operation flow of information system, function services to be analyzed, therefrom extract corresponding service node, monitor, complete the simulation modeling of information system;
The data that S3, the data produced by the logic modeling of information system and simulation modeling produce comprehensively are analyzed, and the data of information system many levels are associated, is realized the Risk Modeling of information system by corresponding technological means;
S4, completed logic modeling, simulation modeling and Risk Modeling be linked as a three-layer stereo information system panorama sketch and comprehensively analyze view, achieving the real-time monitoring of information system.
Be described in detail for above-mentioned steps respectively below:
Described step S1 is logic modeling step, it is according to predetermined Standard of Monitoring, the underlying assets relevant to information system is monitored, specifically, namely be core with information system, include all underlying assetses relevant with information system such as main process equipment, the network equipment, safety means, middleware, database, external service, frame, rack, temperature control, wet control, UPS in supervision.Then, on this basis according to the service logic relation of information system, combing goes out the link relation of each layer assets, topological level, data flow, Asset State, completes the logic modeling of information system, as shown in Figure 2.A large amount of actual tests and standards system requirement are through to different classes of asset monitoring, built-in a set of monitor control index defined by assets classes, as: CUP utilance, disk space, memory usage etc. are paid close attention to for main process equipment, port status, transmitting-receiving flow, transmitting-receiving packet error rate etc. are paid close attention to for the network equipment, active user, port lines number of passes, average response reality etc. are paid close attention to for middleware; When needs monitor certain class assets, can automatically the monitor control index of such assets be taken out of, allow user according to actual needs unrestricted choice need the index item of monitoring.
After asset monitoring completes, on human-computer interaction interface, service link relation according to combing pulls information system logic modeling panel into manual for underlying assets, modeling aids that logic modeling panel provides some conventional (as: line instrument, layout tool, zoom in/out instrument, pull, preservation etc.) and general assets classes icon be (as: main frame class: windows/Linux/Unix/IBMAix, network class: router/switch/flow control, security classes: fire compartment wall/IDS/IPS/ anti-virus/PAA etc.); User can arbitrarily pull needs the class of assets icon of modeling to logic modeling panel, and system automatically adds and sets out this type of not lower all assets of having monitored and select for operation.Finally, the assets in logic modeling panel are carried out to the operations such as manual line, position drag and drop, link arrangement, thus complete the logic modeling of information system.Thus, after logic modeling completes, model can load the up-to-date safe condition of each assets in modeling figure automatically, and assets early warning quantity in dynamic refresh figure.Untreated early warning is there is with some assets in the mode reminding user modeling figure of quantity+flicker.
Described step S2 is operation flow to information system, function services is analyzed, and therefrom extracts corresponding service node, monitors, complete the simulation modeling of information system.Described simulation modeling is the practical operation path by analog subscriber, whether Detection Information system can be used, and support User Defined operating process and do expection to flow process response time value to arrange, when certain flow process of information system is unavailable, the response time is overtime, the page is not opened, system sends early warning automatically.Specifically as shown in Figure 3; only carrying out the logic modeling of assets layer to information system can't availability, the continuity monitoring problem of real resolution system, because as: external reference is unreachable, interior business logic has that self algorithm of BUG, program is unreasonable, database manipulation deadlock etc. all directly can affect availability and the service quality of information system.Information system simulation modeling is the operation flow to information system, function services is analyzed, combing, therefrom extracts service node that is conventional, key and monitors; As the B/S transaction system of securities broker company, the operating process that user commonly uses is: login system carry out buying in stocks and \ sell stock and \ check that transaction record \ checks the balance of funding etc.; And for example: the C/S navigation display system of airline, attendant commonly uses operating process and is: login system check the aobvious equipment of boat inquiry Flight Information check leave the post flight view hilllock flight send late message etc.; By emulation recording instrument recording operation flow process, result of flow is stored in xml format and is uploaded to service centre.Emulated execution device obtains and process of analysis XML, and then modelling customer behavior performs each joint operation flow node, and carries out analysis and early warning according to the KPI index arranged in recording process.Whether described simulation modeling, by carrying out simulation modeling to information system, can be deep into internal system comprehensive sounding and can use, operate the response time etc., and show simulation run situation in real time by graphic interface, improve the perception that user runs information truth.
Described step S3 is the process of Risk Modeling, in fact key point of the present invention.Described Risk Modeling refers to that the data by the data of information system assets modeling and simulation modeling produce comprehensively are analyzed, and the data of information system many levels is associated, realizes the object to system synthesis modeling by following technological means.In the present embodiment, described technological means comprises further: arrange the corresponding relation of underlying assets and service node, arrange early warning regulation, arrange denoising regulation and associate regulation with arranging.
Wherein, the described corresponding relation arranging underlying assets and service node refers to the IT asset association that the operation flow node of key is related to, and reduces fault location scope when problem occurs; Login process as: securities exchange system is the equipment such as router, switch, fire compartment wall, anti-virus, IPS on an independent authentication server and this link; When certain asset equipment that node is relevant goes wrong, flow nodes can be associated with in time.
Describedly early warning regulation is set refers to each Node configuration of operation flow as indexs such as response time, feature, URL variation, performance evaluations, as: to flight inquiring Node configuration: 5 seconds response times, when emulated execution device performs this flow nodes, if more than 5 seconds, then issue early warning.In short, that is: desired indicator being arranged to service node, when performing this service node, if exceed desired indicator, then issuing early warning.
Describedly denoising regulation is set refers in order to effective less early warning wrong report, repeat to report phenomenon, reaching ideal effect by arranging denoising regulation; As: time-out is once accessed to certain operation flow node and should be considered as normally, if be all for 3-5 time that timeout case can be considered it is really have problems continuously, now just send out early warning; Also can respond not yet continuous 10 prediction occurring, then the grade promoting early warning is to cause the attention of related personnel.Denoising regulation is dynamic, and user can adjust regulation flexibly according to practical business scene and long-term O&M experience.
Finally, described arrange association regulation specifically comprise: according to the association scene pre-setting problem, the data of information system logical model and simulation model are effectively carried out association analysis, relevant issues are focused on, the root of problem identificatioin.The intellectual analysis that described association analysis is a kind of regulation scene according to setting and carries out, by pre-setting the association scene of problem, the data of information system logical model and simulation model effectively can be carried out association analysis, thus help customer analysis to go out real problem place, instead of investigation blindly, conjecture.As certain switch ports themselves down at: the place of information system, now simulation model can quote the early warning of inaccessible class, but can be found by association analysis: be because on service link, the key port of certain switch is not communicated with, cause operation flow node inaccessible, the root of direct hit problem, helps user reduce fault location scope and provide O&M efficiency.Further, we can also carry out modeling to association scene, it provides scene setting by associating policy editing machine, user can write association scene flexibly according to service logic, deployed environment, O&M experience etc., case study and program coding decoupling zero, give user real for case study.As: for flight inquiring system, analyzable index has 76, so can support 76x76=5776 kind analyze scene, therefore can analysis indexes or factor more, the correlation model that can set up will multiple increase.As: for the login process of Flight Information Display System, single login failure system only can regard a log recording process, if same account or IP login failure repeatedly within a period of time, then this behavior is become out to be that malice logs in and Brute Force is attacked by association scene modeling analysis.
Please continue to refer to Fig. 4, described association analysis comprises the following steps:
1. system initiation task, loads and analyzes regulation
2. analyze the metadata information of regulation real time filtering process
2.1 judge whether analyzed data meet rule, if meet, enter flow process 3, otherwise exit
3. enter flow process 4 from analysis extracting data time data the earliest
4. pair data satisfied condition carry out property calculation, judge whether whether meet rule request
5. calculate the data number met in rule predetermining time window, enter flow process 6
6. judge whether the data number satisfied condition reaches the requirement of rule
If 6.1 meet the demands, enter flow process 7 otherwise, enter flow process 8
7., for the data meeting all conditions, generate correlating event, enter flow process 9 and judge whether early warning
8. for the data do not satisfied condition, then continue to wait for, program comes back to flow process 2
9. judge whether to need to carry out early warning operation, if desired then enter flow process 10, otherwise get back to flow process 2
10. judge whether to need direct response, if desired then enter flow process 11, otherwise get back to flow process 2
11., according to generate rule response action, come back to flow process 2 and continue circulation.
Finally, described step S4, for completed logic modeling, simulation modeling and Risk Modeling being linked as a three-layer stereo information system panorama sketch and comprehensively analyzing view, achieves the real-time monitoring of information system.Namely described step S4 is the comprehensive modeling carrying out information system, it is based upon on above-mentioned three model bases, IT assets aspect health status is analyzed by logic modeling, by modeling and analyzing operation flow node health situation, by Risk Modeling, logical model and simulation model are associated, make information mutual communication.The physical asset of all modelings, logical model, simulation model are linked as a three-layer stereo information system panorama sketch and comprehensively analyze view by information system integrated modeling.In the present embodiment, described comprehensive analysis view comprises: early warning on same day type distributes pie chart, operation system early warning on same day block diagram, the same day service security tendency chart, the same day event number tendency chart.Comprehensive modeling view supporting layer etale topology, logical model or the simulation model that can click certain information system enter the comprehensive modeling view of working as an information system; The comprehensive modeling of single information system is divided into: logical model, simulation model, comprehensive analysis view three part.Thus make user very clear to information current health state by comprehensive modeling, comprehensive analysis view is the overall picture analysis to current information system, analyzes block diagram, simulation flow operation curve map analysis displaying current information system real time status respectively from system early warning block diagram, system safety event analysis cake chart, simulation flow.
The core concept of the method for supervising of the information system based on Conceptual Modeling of the present invention is: provide a kind of brand-new business monitoring means, serve as theme with operation system, carry out assets modeling, simulation modeling, Risk Modeling (association scene modeling) and comprehensive modeling, and carry out centralized monitor based on this.Can Timeliness coverage, present various problem and risk, for quick position fault, analyze reason foundation is provided; Thus reach: the effect of the combination of inner and outside, quick diagnosis, quick position, response in time.It only not only compensate for the deficiency that single aspect in the past carries out monitoring, simultaneously, to the various internal and external factors causing operation system to go wrong, unified discovery, location, early warning can also be carried out, operation system keeper can be assisted to carry out overall view monitoring, fault location.
The method for supervising of the information system based on Conceptual Modeling of the present invention is applied in the navigation display system of airline, by carrying out various dimensions modeling monitoring to the navigation display system of airline, first the logic modeling of IT assets aspect is carried out, relevant assets are carried out unifying to monitor, manage concentratedly, finds performance, state, the security information of IT assets layer; Then dispose emulation terminal to carry out system core flow nodes carry out simulation modeling in Our Country Primary Cities, analog subscriber to conduct interviews operation to practical business flow process, from the availability of external analysis operation flow, response time, service quality; Afterwards Risk Modeling is carried out to navigation display system, by Risk Modeling setting procedure and relationship of assets, early warning KPI, early warning denoising regulation, association analysis scene, internal problem and outside early warning are carried out association analysis, helps user to reduce fault location scope, reduce the wrong report of early warning and heavily report; Final system is according to the opening relationships of above-mentioned several model, automatic generation comprehensive modeling view, for information system provides a business monitoring panorama sketch, the link that the overall monitored condition of current information and problem take place frequently very clearly can be recognized by comprehensive modeling view, the analysis view that comprehensive modeling provides is especially from multi-faceted analysis, the healthy trend of display systems history, for operation maintenance personnel supplies a model tuning data foundation, thus realize the leap of management and O&M.
In addition, present invention also offers a kind of supervisory control system of the information system based on Conceptual Modeling, it comprises: logic modeling module, simulation modeling module, Risk Modeling module and comprehensive modeling module, wherein, described logic modeling module is used for according to predetermined Standard of Monitoring, the underlying assets relevant to information system is monitored, and combing goes out the relation between described underlying assets, complete the logic modeling of information system; Described simulation modeling module is analyzed for the operation flow to information system, function services, therefrom extracts corresponding service node, monitors, complete the simulation modeling of information system; The data that described Risk Modeling module is used for data and the simulation modeling generation produced by the logic modeling of information system are comprehensively analyzed, and the data of information system many levels are associated, is realized the Risk Modeling of information system by corresponding technological means; Described comprehensive modeling module is used for completed logic modeling, simulation modeling and Risk Modeling being linked as a three-layer stereo information system panorama sketch and comprehensively analyzing view, achieves the real-time monitoring of information system.
The specific implementation of above-mentioned functions module has all been described in detail in method, has just repeated no longer one by one here.
In sum, the method for supervising of the information system based on Conceptual Modeling of the present invention and supervisory control system, take information system as core, carry out logic modeling, simulation modeling, Risk Modeling and comprehensive modeling, and carry out centralized monitor based on this.Can Timeliness coverage, present various problem and risk, for quick position fault, analyze reason foundation is provided; Thus reach: the effect of the combination of inner and outside, quick diagnosis, quick position, response in time.It only not only compensate for the deficiency that single aspect in the past carries out monitoring, simultaneously, to the various internal and external factors causing operation system to go wrong, unified discovery, location, early warning can also be carried out, operation system keeper can be assisted to carry out overall view monitoring, fault location.
Should be understood that, application of the present invention is not limited to above-mentioned citing, for those of ordinary skills, can be improved according to the above description or convert, and all these improve and convert the protection range that all should belong to claims of the present invention.

Claims (4)

1. based on a method for supervising for the information system of Conceptual Modeling, it is characterized in that, comprise the following steps:
ST1, according to predetermined Standard of Monitoring, the underlying assets relevant to information system to be monitored, and combing goes out the relation between described underlying assets, completes the logic modeling of information system;
ST2, the operation flow of information system, function services to be analyzed, therefrom extract corresponding service node, monitor, complete the simulation modeling of information system;
The data that ST3, the data produced by the logic modeling of information system and simulation modeling produce comprehensively are analyzed, and the data of information system many levels are associated, is realized the Risk Modeling of information system by corresponding technological means;
ST4, completed logic modeling, simulation modeling and Risk Modeling be linked as a three-layer stereo information system panorama sketch and comprehensively analyze view, achieving the real-time monitoring of information system;
In described step ST3, describedly realize in the Risk Modeling of information system by corresponding technological means, described technological means comprises further:
The corresponding relation of underlying assets and service node is set, early warning regulation is set, denoising regulation is set associates regulation with arranging;
Analyze IT assets aspect health status by logic modeling, by modeling and analyzing operation flow node health situation, by Risk Modeling, logical model and simulation model are associated, make information mutual communication;
Described arrange association regulation specifically comprise: according to the association scene pre-setting problem, the data of information system logical model and simulation model are effectively carried out association analysis, relevant issues are focused on, the root of problem identificatioin;
Described association analysis is the association scene pre-setting problem, and described information system logical model is carried out associating and exporting analysis result with the data of simulation model.
2. the method for supervising of the information system based on Conceptual Modeling according to claim 1, it is characterized in that, in described step ST4, comprehensive view of analyzing comprises: early warning on same day type distributes pie chart, operation system early warning on same day block diagram, the same day service security tendency chart and the same day event number tendency chart.
3. the method for supervising of the information system based on Conceptual Modeling according to claim 1, it is characterized in that, describedly early warning regulation is set specifically comprises: desired indicator being arranged to service node, when performing this service node, if exceed desired indicator, then issue early warning.
4. based on a supervisory control system for the information system of Conceptual Modeling, it is characterized in that, comprising:
Logic modeling module, for according to predetermined Standard of Monitoring, monitor the underlying assets relevant to information system, and combing goes out the relation between described underlying assets, completes the logic modeling of information system;
Simulation modeling module, analyzes for the operation flow to information system, function services, therefrom extracts corresponding service node, monitors, and completes the simulation modeling of information system;
Risk Modeling module, the data produced for the data that produced by the logic modeling of information system and simulation modeling are comprehensively analyzed, and the data of information system many levels are associated, is realized the Risk Modeling of information system by corresponding technological means;
Comprehensive modeling module, for completed logic modeling, simulation modeling and Risk Modeling being linked as a three-layer stereo information system panorama sketch and comprehensively analyzing view, achieves the real-time monitoring of information system;
By logic modeling module analysis IT assets aspect health status, by simulation modeling module analysis operation flow node health situation, by Risk Modeling module, logical model and simulation model are associated, make information mutual communication;
Risk Modeling module, also for arrange underlying assets and service node corresponding relation, early warning regulation is set, denoising regulation be set associate regulation with arranging;
Described arrange association regulation specifically comprise: according to the association scene pre-setting problem, the data of information system logical model and simulation model are effectively carried out association analysis, relevant issues are focused on, the root of problem identificatioin;
Described association analysis is the association scene pre-setting problem, and described information system logical model is carried out associating and exporting analysis result with the data of simulation model.
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