CN104219404B - Communication network emergency preplan drilling method, system and server - Google Patents
Communication network emergency preplan drilling method, system and server Download PDFInfo
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Abstract
This disclosure relates to a kind of communication network emergency preplan drilling method, system and server.This method includes the script generation rehearsal Task Tree of the emergency scene according to selected by user；The role being related to from the root node of rehearsal Task Tree to leaf node into rehearsal Task Tree distributes task；After the task completion message that each role sends is received, executable task is traveled through in rehearsal Task Tree according to the dependence of rehearsal Task Tree and wherein each task, and executable task is distributed to corresponding role, until all tasks in rehearsal Task Tree are performed and finished.Resource needed for the problem of disclosure can be to run into analogue communication network operation and every contingency tasks, realizes that the automation of scene-type emergency preplan is deduced.
Description
Technical field
This disclosure relates to which network safety guard technology field, especially, is related to a kind of communication network emergency preplan rehearsal side
Method, system and server.
Background technology
China is the country that disaster takes place frequently, disaster is wide, casualty loss is serious.With the rapid development of the national economy, right
The dependence more and more higher of communication network, the heavy damage that burst fire-disaster event is caused to communication network will directly influence country
Work in every is smoothed out and carried out.Therefore, the communication support of Base communication net is National Emergency Emergency management system
An organic part, be also the key link of National Emergency emergency guarantee.
At present, each function of country is machine-operated, each operation enterprise has oneself complete emergency guarantee system.Emergency drilling conduct
An important ring in this system, is responsible for the important function for examining emergency guarantee system efficiency and effect.Common emergency drilling
Means are generally the modes such as survey, desktop rehearsal and reality simulation rehearsal.The audience of these rehearsal modes is smaller, unfavorable
In being widely applied；And rehearsal needs to concentrate progress every time, more consumes manpower, financial resources and material resources.It is big in computer technology
Under the background that power develops and network service is popularized, a kind of electronic platform provides the new of emergency drilling in the form of virtual scene
Method is gradually referred to and realized by masses.
However, common electronic drilling platforms often lay particular emphasis on showing and authenticity for scene, mainly using graphics
As technology, the disaster damage model of all kinds of buildings of analog simulation and infrastructure is emphasized to utilize three-dimensional real-time physical engine skill
The execution of art simulant building thing and infrastructure, simulates the disaster field effects such as various smog, flame.These technologies lack
To the analog simulation of information technoloy equipment/system, when the emergency disposal of disaster scene is related to internet system, computer or communication equipment
When, it is impossible to emergency drilling ability is effectively provided, there is certain limitation.
The content of the invention
The disclosure is in view of at least one in problem above proposes new technical scheme.
The disclosure provides a kind of communication network emergency preplan drilling method in its one side, can be with analogue communication network
Resource needed for the problem of being run into operation and every contingency tasks, realizes that the automation of scene-type emergency preplan is deduced.
The disclosure provides a kind of communication network emergency preplan in its another aspect and drills server, and it can be with analogue communication
Resource needed for the problem of being run into network operation and every contingency tasks, realizes that the automation of scene-type emergency preplan is deduced.
The disclosure provides a kind of communication network emergency preplan drilling system at its another aspect, and it can be with analog communication network
Resource needed for the problem of being run into network operation and every contingency tasks, realizes that the automation of scene-type emergency preplan is deduced.
According to the disclosure there is provided a kind of communication network emergency preplan drilling method, including：
The script generation rehearsal Task Tree of emergency scene according to selected by user；
The role being related to from the root node of rehearsal Task Tree to leaf node into rehearsal Task Tree distributes task；
After the task completion message that each role sends is received, closed according to the dependence of rehearsal Task Tree and wherein each task
Tie up to and executable task is traveled through in rehearsal Task Tree, and executable task is distributed to corresponding role, until rehearsal task
All tasks in tree, which are performed, to be finished.
In some embodiments of the present disclosure, this method also includes：
Receive the emergency scene that user selects according to self-demand；
The IT system and equipment being related in configuration emergency scene；
Client loads and emergency scene is presented to user automatically；
The role of user's selection is received, thinks that role distributes corresponding task.
In some embodiments of the present disclosure, this method also includes：
Executable task is traveled through in rehearsal Task Tree according to the range ranking method of Task Tree.
In some embodiments of the present disclosure, this method also includes：
The execution of root node task in Task Tree is drilled using time triggered.
According to the disclosure, a kind of communication network emergency preplan rehearsal server is additionally provided, including：
Task Tree generation unit, the script generation rehearsal Task Tree for the emergency scene according to selected by user；
Task dispatch unit, the role group being related to from the root node of rehearsal Task Tree to leaf node into rehearsal Task Tree
Hair task, after the task completion message that each role sends is received, is closed according to the dependence of rehearsal Task Tree and wherein each task
Tie up to and executable task is traveled through in rehearsal Task Tree, and executable task is distributed to corresponding role, until rehearsal task
All tasks in tree, which are performed, to be finished.
In some embodiments of the present disclosure, server also includes：
Receiving unit, the role for receiving emergency scene that user selects according to self-demand and user's selection, with
Corresponding task is distributed for role；
Scene configuration unit, the IT system being related to for configuring in emergency scene and equipment.
In some embodiments of the present disclosure, task dispatch unit always according to Task Tree range ranking method rehearsal task
Executable task is traveled through in tree.
In some embodiments of the present disclosure, task dispatch unit is also appointed using root node in time triggered rehearsal Task Tree
The execution of business.
According to the disclosure, a kind of communication network emergency preplan drilling system, including communication network emergency preplan are additionally provided
Drill the communication network emergency preplan rehearsal server in client and previous embodiment.
In the technical scheme of the disclosure, due to the emergency scene generation rehearsal Task Tree according to selected by user, and certainly should
The root node of tree travels through wherein executable task to leaf node, until all tasks in tree are performed and finished.Holding
It is every other in it can just perform rehearsal Task Tree after starting to perform the task of root node with full automation during row
Task, wherein, emergency scene selected by user can be the various problems being likely to occur in communication network operator.Therefore, may be used
Resource needed for the problem of to be run into analogue communication network operation and every contingency tasks, realize scene-type emergency preplan from
Dynamicization is deduced.
Brief description of the drawings
Accompanying drawing described herein is used for providing further understanding of the disclosure, constitutes the part of the application.Attached
In figure：
Fig. 1 is the schematic flow sheet of the communication network emergency preplan drilling method of disclosure one embodiment.
Fig. 2 is the schematic diagram of the rehearsal Task Tree of disclosure one embodiment.
Fig. 3 is that the communication network emergency preplan of disclosure one embodiment drills the structural representation of server.
Fig. 4 is that the communication network emergency preplan of another embodiment of the disclosure drills the structural representation of server.
Fig. 5 is the structural representation of the communication network emergency preplan drilling system of disclosure one embodiment.
Fig. 6 is the structural representation of the communication network emergency preplan drilling system of another embodiment of the disclosure.
Fig. 7 is that the task of disclosure one embodiment distributes schematic flow sheet.
Embodiment
The disclosure is described below with reference to accompanying drawings.It should be noted that following description is only explanatory in itself and shown
Example property, never as to the disclosure and its application or any limitation used.Unless stated otherwise, otherwise, implementing
The part and the positioned opposite and numerical expression and numerical value of step illustrated in example is not intended to limit the scope of the present disclosure.In addition,
Technology well known by persons skilled in the art, method and apparatus may not be discussed in detail, but are meant as in appropriate circumstances
A part for specification.
In order to solve the above problems, the following embodiments of the disclosure propose a kind of new side of communication network emergency preplan rehearsal
Method.The rehearsal free editting function of scene is realized by electrifies technique, such as paralysis of interruption of optical cables, Communication Building, net can be simulated
IT required for the various network failures of network attack and troubleshooting（Information Technology, information technology）System
And equipment（For example, network management system, IT servers etc.）, and then simulate the problem of being likely encountered in existing network network operation and every base
This task, for example, network management system inquiry fault warning, the analyzing and positioning of failure, traffic scheduling of circuit etc..Meanwhile, according to enterprise
Industry emergency recovery flow realizes the queue of emergency recovery flow tasks and simulates O＆M personage's emergency recovery task state machine, passes through
The emergency recovery tasks carrying of predefined design is searched and distributes algorithm, realizes the automation deduction of scene-type emergency preplan.
Fig. 1 is the schematic flow sheet of the communication network emergency preplan drilling method of disclosure one embodiment.
As shown in figure 1, the embodiment can include below scheme：
S102, the script generation rehearsal Task Tree of emergency scene according to selected by user；
Specifically, the procedure information for protecting emergency scene to drill in the script of each emergency scene, therefore can be based on
Procedure information generation rehearsal Task Tree.
S104, the role being related to from the root node of rehearsal Task Tree to leaf node into rehearsal Task Tree distributes task；
Wherein it is possible to trigger the execution of root node task in rehearsal Task Tree using the time.For example, it is possible to specify several
When rather can trigger the execution of root node task；The task-performance instructions that user is initiated by interface can also be received, to touch
The execution of root of hair node tasks.
S106, after receive the task completion message that each role sends, according to rehearsal Task Tree and wherein each task
Dependence travels through executable task in rehearsal Task Tree, and executable task is distributed into corresponding role, until drilling
All tasks in white silk Task Tree, which are performed, to be finished.
In an example, as shown in Fig. 2 after the task at root node R1 is finished by corresponding role, Ke Yigen
Find out according to the dependence between task, now executable task includes R11 and R12, can be by the task at the two nodes
Distribute to corresponding role, returned in R11 after tasks carrying finishes, can traverse the execution of task at node R 111 only according to
Rely the execution of the task at node R 11, then now the task at leaf node R111 can be distributed to corresponding role.Root again
According to Fig. 2, the execution of the task at leaf node R112 and R121 then depends on the task at node R 11 and at node R 12 simultaneously
Perform.After task at node R 11 and at node R 12 is performed both by finishing, the task at leaf node R112 and R121 is just in
Executable state.Because the task at leaf node R122 only relies upon the execution of the task at node R 12, therefore, in node R 12
After the tasks carrying at place is finished, the task at leaf node R122 is at executable state.
Referring back to Fig. 2, in another example, it can also be traveled through according to the range ranking method of Task Tree in rehearsal Task Tree
Executable task.
Specifically, after the task at root node R1 is finished by corresponding role, can successively it be performed in tree construction
Each task.Figure it is seen that the execution of the task at second layer node R 11 and at R12 is dependent on the task at root node R1
Execution, therefore, after the tasks carrying at root node R1 is finished, the task at second layer node R 11 and at R12 is in can
The two tasks now, corresponding role can be distributed to respectively by execution state.Task at third layer node R 111 is held
Execution of the row dependent on task at R11；Times that the execution of task at node R 112 and R121 is located dependent on node R 11 and R12
Execution of the execution of task at the execution of business, node R 122 dependent on task at node R 12, therefore, in second layer node R 11
Place is performed both by after finishing with the task at R12, and the task at third layer node R 111, R112, R121 and R122 is in holding
Row state.After each task at third layer node is performed both by finishing, all tasks in whole task rehearsal tree are performed
Finish.
It is pointed out that the performing for each task in rehearsal Task Tree can also be realized by the other modes of chained list.
In this embodiment, due to the emergency scene generation rehearsal Task Tree according to selected by user, and from the root section of the tree
Point travels through wherein executable task to leaf node, until all tasks in tree are performed and finished.In the process of implementation,
Every other task in it can just perform rehearsal Task Tree after starting to perform the task of root node with full automation, its
In, emergency scene selected by user can be the various problems being likely to occur in communication network operator.It therefore, it can analogue communication
Resource needed for the problem of being run into network operation and every contingency tasks, realizes that the automation of scene-type emergency preplan is deduced.
Further, before step S102, it can also include receiving the emergency scene that user selects according to self-demand；
The IT system and equipment being related in configuration emergency scene；Client loads and emergency scene is presented to user automatically；Receive user
The role of selection, thinks that role distributes corresponding task.
After client is loaded automatically and emergency scene is presented to user, user can just pass through man-machine boundary on the client
Face mode recognizes the information such as equipment and the role included in its selected emergency scene.
It will appreciated by the skilled person that realizing the whole and part steps of above method embodiment can pass through
Programmed instruction related hardware is completed, and foregoing program can be stored in a computing device read/write memory medium, the journey
Sequence upon execution, performs the step of including above method embodiment, and foregoing storage medium can include ROM, RAM, magnetic disc
With CD etc. is various can be with the medium of store program codes.
Fig. 3 is that the communication network emergency preplan of disclosure one embodiment drills the structural representation of server.
As shown in figure 3, the server 30 in the embodiment can include Task Tree generation unit 302 and task distributes list
Member 304.Wherein,
Task Tree generation unit 302, the script generation rehearsal Task Tree for the emergency scene according to selected by user；
Task dispatch unit 304, the angle being related to from the root node of rehearsal Task Tree to leaf node into rehearsal Task Tree
Color distributes task, after the task completion message that each role sends is received, according to rehearsal Task Tree and wherein each task according to
The relation of relying travels through executable task in rehearsal Task Tree, and executable task is distributed into corresponding role, until rehearsal
All tasks in Task Tree, which are performed, to be finished.
In this embodiment, due to the emergency scene generation rehearsal Task Tree according to selected by user, and from the root section of the tree
Point travels through wherein executable task to leaf node, until all tasks in tree are performed and finished.In the process of implementation,
Every other task in it can just perform rehearsal Task Tree after starting to perform the task of root node with full automation, its
In, emergency scene selected by user can be the various problems being likely to occur in communication network operator.It therefore, it can analogue communication
Resource needed for the problem of being run into network operation and every contingency tasks, realizes that the automation of scene-type emergency preplan is deduced.
Fig. 4 is that the communication network emergency preplan of another embodiment of the disclosure drills the structural representation of server.
As shown in figure 4, compared with the embodiment in Fig. 3, the server 40 in the embodiment can also include receiving unit
402 and scene configuration unit 404.Wherein,
Receiving unit 402, the role for receiving emergency scene that user selects according to self-demand and user's selection,
Think that role distributes corresponding task；
Scene configuration unit 404, the IT system being related to for configuring in emergency scene and equipment.
Further, task dispatch unit travels through executable always according to the range ranking method of Task Tree in rehearsal Task Tree
Task.
In addition, task dispatch unit also drills the execution of root node task in Task Tree using time triggered.
Fig. 5 is the structural representation of the communication network emergency preplan drilling system of disclosure one embodiment.
As shown in figure 5, the system 50 in the embodiment can include communication network emergency preplan rehearsal client 502 and logical
Communication network emergency preplan drills server 504.Wherein, communication network emergency preplan rehearsal server 504 can pass through foregoing reality
Apply example realization.
Fig. 6 is the structural representation of the communication network emergency preplan drilling system of another embodiment of the disclosure.
As shown in fig. 6, drilling system 60 mainly has three parts, Part I is that communication network emergency preplan drills client
End 502, mainly realizes that user remotely accesses, drills the function such as scene loading and the parsing execution of rehearsal task；Part II is logical
Communication network emergency preplan drills server 504, mainly realizes two parts function：One is rehearsal scene editor and Scene case life
Into, can realize scene customize and automation generation, another for rehearsal task controller, can generate and distribute emergent extensive
Multiple task, automation promotes rehearsal process；Part III is rehearsal scene library 602, mainly carries various scene library files and drills
Practice required resource file.
Wherein, scene editting function, mainly passes through AVP（Attribute-Length-Value, property value pair）Triple
The abstract simulation of form required for communication network emergency drilling various conventional scenes（For example, the paralysis of hinge building, optical cable are broken
Fibre, network attack etc.）.The various conventional IT or IP device for focusing on to include in scene and system of simulation, Ke Nengwei
B/S （Browser/Server, browser/server）The WEB systems of structure, C/S（Client/Server, client/clothes
Business device）The equipment such as dedicated system, IT servers or the ip router of structure.Emergency scene can also be added by providing user's selection
Plus function come the element required for editing in scene, and automatically generate the emergency scene of rehearsal, wherein, required in scene
Element can include but is not limited to the equipment or system of emergency recovery needs under some special scenes, including noted earlier
" conventional IT or IP device and system may be WEB systems, the dedicated system of C/S structures, IT servers or the IP roads of B/S structures
By equipment such as devices ", these elements can support the operations needed for the emergency drilling completed under special scenes.
Further, since this Emergency system high spot reviews communication network answering when there is major event and bursting problem
Anxious disposal ability and recovery operation, and then actual management ability and maintenance technology level can be investigated in electronic platform.Should
Anxious rehearsal is related to the task interaction being related in the operating process of a multi-person synergy, flow between many roles, and in interaction
Process carried out according to stage and step.Accordingly, it would be desirable to design a flow of task controller.It is unified to each from server end
Take part in a performance role's distributed tasks, or dissemination system task, specifically, a task controller can be realized in the server, by
There is certain incidence relation between each task of emergency drilling, the completion of some task can be counted as the triggering of another task
Condition, all tasks can be seen as the completion one by one of streaming, therefore can pass through task chain in the way of task flow control
Table generation rehearsal Task Tree, according to the range sort algorithm of Task Tree, performs task flow selection and distributes function, realize tree node
（Namely each emergency recovery task）Quick lookup and deletion, i.e. search a certain moment needs which contingency tasks, one performed
Denier task is completed, and the task is just deleted, and task is gradually decreased, until whole rehearsal terminates, all tasks（Tree node）Deleted
Remove.Wherein, range sort algorithm may be referred to the range sort algorithm of computer tree.Each emergency drilling task can
To be seen as a tree node, whole emergency drilling scene can generate a rehearsal task multiway tree, in task implementation procedure
In, preferential completing in tree construction with a line for task
As described above, the system is mainly several including task flow control function, messenger service function and scene editting function etc.
Big part.There is provided user's scene editting function before system starts, user can self-defined prediction scheme scene and scene as needed
In involved IT system and equipment, complete after Scenario Design, subscription client can load the system scenarios of generation automatically, with
2.5D form（That is, it is pseudo- three-dimensional, also known as vacation 3D, rehearsal virtual portrait, scene, some equipment are pseudo- 3D forms）There is provided user makes
With.
Upon execution, system can travel through the prediction scheme specified when scene is loaded to emergency recovery process according to business demand
Scape, according to the emergent script of scene generation rehearsal Task Tree.User when using system, can according to the lookup algorithm of Task Tree from
Dynamic to realize distributing for contingency tasks, intellectuality completes the propulsion of emergent flow.
Flow specifically is as follows：
Step one, user can pass through this drilling system of browser Telnet, after completion registration is logged in, Yong Huke
To carry out example selection.
Step 2, user is selected after specific emergency scene type, and server can configure specific emergency scene, configuration
When, emergent flow and rehearsal required for being selected by graphic interface are operated.After full content is determined, system can be automatic
The script configuration xml document of this scene is generated, rear extended meeting reads this xml document and carries out scene generation.Meanwhile, picture, file
It can be stored in rehearsal scene library etc. content.
Step 3, after rehearsal scene is determined, user can carry out role selecting, and the emergent pre- of different persons liable is drilled respectively
Case content, all roles are completed after rehearsal preparation, can this time be drilled by promoter.
Step 4, after rehearsal starts, client can generate 2.5D rehearsal example hall, and all users are complete in hall
Into the emergency drilling task of oneself.
Step 5, into rehearsal all users can by server carry out voice, word, video information interaction,
Meet the need for linking up cooperation under emergency scene.Server is grouped to all login users, realizes carrying for system message
The information broadcast of the information interchange of single pair of list and user's group and multicast between awake, user.
Step 6, in rehearsal, each client can the reception server end is sent always contingency tasks, task once receive
After have task reminders.User is according to special scenes and self-skill, by operating each simulation system, carries out emergent place
Reason, after completion task, task flow control module can destroy current task and distribute new task, until the end of all tasks and should
The termination of anxious rehearsal.
Wherein, the principle and flow that rehearsal task controller progress task is distributed are as shown in Figure 7：
S702, rehearsal task controller receives task end；
S704, takes out the ID ended task；
S706, traversal searches the wait task ID of all role's tasks in rehearsal Task Tree；
S708, judges whether, comprising the ID ended task, not including such as, then turn S706, otherwise, turn S710；
S710, finds associated task, and take out the ID of wait task；
S712, removes this task ID included in the wait task ID of associated task；
S714, judges whether also other wait tasks, if any, then terminate and wait other to wait the end of task, it is no
Then turn S716；
S716, issues associated task.
Next, said process is described in detail by an instantiation.
System is set up and safeguards a task queue, wherein it is possible to which including system task and role's task, system is each
Individual task distributes a globally unique task ID.
Each task has the precondition of a triggering, and precondition is probably the completion of a task, either
The completion of multiple tasks, the principle that each task is distributed is the satisfaction of its precondition.
The triggering that task is distributed is that after the completion of the precondition task of its wait, the event completed by premise task is carried out
Triggering.
Assuming that task ID（10001）Task description be：Transmission person on duty reports to chief operator.
Task ID（10002）Task description be：Chief operator replys to transmission person on duty.
After the completion of task 10001, all tasks that current wait task 10001 is completed can be checked, wherein task is found
10002 are waiting the completion of task 10001, now, and task 10002 is sent immediately and arrives chief operator.
If what task 10002 was waited is not only task 10001, this wait condition is disposed, i.e. to task
10002 wait, until all tasks that task 10001 is waited are completed.
The embodiment of each in this specification is described by the way of progressive, and what each embodiment was stressed is and it
Identical and similar part can be with cross-reference between the difference of his embodiment, each embodiment.For device embodiment
For, because it is substantially similar to embodiment of the method, so description is fairly simple, related part may refer to embodiment of the method
Partial explanation.
Disclosure above-described embodiment compared with prior art, with advantages below：
（1）By using emergency drilling scene Auto, various emergency scenes can be freely generated by user.Example
Such as, the various conventional scenes of the abundant communication network emergency drilling of type（For example, the paralysis of hinge building, the disconnected fine, network attack of optical cable
Deng）, it is preferred that emphasis is the various conventional IT or IP device and system included in simulated scenario（Network management system, resource system etc.）, fit
For IT classes unit of operation；
（2）Emphasize every management and technology emergency repair measure, flow and task in rehearsal emergency recovery.Pass through design objective control
Device processed, in the way of task flow control, by Task-list generation rehearsal Task Tree, according to the range sort algorithm of Task Tree,
Perform task flow to distribute, realize the intelligent propulsion of emergency recovery task.
Although describing the disclosure with reference to exemplary embodiment, it should be appreciated that the disclosure is not limited to above-mentioned exemplary
Embodiment.It will be obvious to those skilled in the art that can be changed under conditions of without departing substantially from the scope of the present disclosure and spirit
Exemplary embodiments mentioned above.The scope of appended claim should be endowed most wide explanation, such to be repaiied comprising all
Change and equivalent 26S Proteasome Structure and Function.
Claims (9)
1. a kind of communication network emergency preplan drilling method, it is characterised in that including：
The script generation rehearsal Task Tree of emergency scene according to selected by user, wherein, the emergency scene and IT system and equipment
It is associated；
The role being related to from the root node of the rehearsal Task Tree to leaf node into the rehearsal Task Tree distributes task；
After the task completion message that each role sends is received, closed according to the dependence of the rehearsal Task Tree and wherein each task
Tie up in the rehearsal Task Tree and travel through executable task, and the executable task is distributed to corresponding role, until
All tasks in the rehearsal Task Tree, which are performed, to be finished.
2. communication network emergency preplan drilling method according to claim 1, it is characterised in that methods described also includes：
Receive the emergency scene that user selects according to self-demand；
Configure the IT system being related in the emergency scene and equipment；
Client loads and the emergency scene is presented to user automatically；
The role of user's selection is received, thinks that the role distributes corresponding task.
3. communication network emergency preplan drilling method according to claim 1, it is characterised in that methods described also includes：
Executable task is traveled through in the rehearsal Task Tree according to the range ranking method of Task Tree.
4. communication network emergency preplan drilling method according to claim 1, it is characterised in that methods described also includes：
Utilize the execution that root node task in Task Tree is drilled described in time triggered.
5. a kind of communication network emergency preplan drills server, it is characterised in that including：
Task Tree generation unit, for the script generation rehearsal Task Tree of the emergency scene according to selected by user, wherein, it is described emergent
Scene is associated with IT system with equipment；
Task dispatch unit, the angle being related to from the root node of the rehearsal Task Tree to leaf node into the rehearsal Task Tree
Color distributes task, after the task completion message that each role sends is received, according to the rehearsal Task Tree and wherein each task
Dependence travel through executable task in the rehearsal Task Tree, and the executable task is distributed to respective corners
Color, until all tasks in the rehearsal Task Tree are performed and finished.
6. communication network emergency preplan according to claim 5 drills server, it is characterised in that the server is also wrapped
Include：
Receiving unit, the role for receiving emergency scene that user selects according to self-demand and user selection, with
Corresponding task is distributed for the role；
Scene configuration unit, for configuring the IT system being related in the emergency scene and equipment.
7. communication network emergency preplan according to claim 5 drills server, it is characterised in that the task distributes list
Member travels through executable task always according to the range ranking method of Task Tree in the rehearsal Task Tree.
8. communication network emergency preplan according to claim 5 drills server, it is characterised in that the task distributes list
Member also utilizes the execution of root node task in rehearsal Task Tree described in time triggered.
9. a kind of communication network emergency preplan drilling system, it is characterised in that drill client including communication network emergency preplan
Server is drilled with the communication network emergency preplan any one of claim 5-8.
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| CN106789260B (en) * | 2016-12-26 | 2020-11-20 | 中国银联股份有限公司 | System and method for high availability drilling of network devices |
| CN108665126A (en) * | 2017-03-30 | 2018-10-16 | 北京东方核芯力信息科技有限公司 | The polygonal color exchange method of trigger-type for emergency drilling and device |
| CN110730095B (en) * | 2019-10-09 | 2022-11-15 | 北京华电天仁电力控制技术有限公司 | Cloud computing platform-oriented data security emergency drilling method and system |
| CN111061580B (en) * | 2019-12-18 | 2023-09-08 | 中信百信银行股份有限公司 | Computer system emergency plan exercise method, server and system |
| CN111182556B (en) * | 2019-12-31 | 2022-09-30 | 中国电建集团河南省电力勘测设计院有限公司 | Wireless network planning design method based on intelligent agent |
| CN112270502B (en) * | 2020-11-17 | 2021-06-01 | 北京三维天地科技股份有限公司 | Environment emergency task cooperative disposal platform based on artificial intelligence technology |
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