CN108153621B - Cloud disaster backup emergency switching management system - Google Patents
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Abstract
The invention discloses a cloud disaster recovery emergency switching management system. Wherein the system comprises: the device comprises a daily management module, a drilling management module, a plan management module, an emergency management module, a tenant management module and a communication interface module, wherein the daily management module is respectively connected with the plan management module, the drilling management module and the tenant management module, the drilling management module is connected with the plan management module, the plan management module is respectively connected with the emergency management module and the tenant management module, and the emergency management module is respectively connected with the tenant management module and the communication interface module. The cloud disaster recovery emergency switching management system provided by the invention improves disaster recovery management and emergency efficiency and reduces disaster recovery cost.
Description
Technical Field
The invention relates to the technical field of emergency management of disaster recovery, in particular to a cloud emergency switching management system.
Background
The technology adopted for resisting the data loss of the production system is called disaster recovery backup technology, the disaster recovery backup system can comprise a production system and a disaster recovery system, the production system transmits production data to the disaster recovery system through a network in normal operation, and all data required for recovery are obtained from the disaster recovery system after a disaster occurs.
In order to ensure that the relevant province and rural telecommunication society production systems can be skillfully switched to disaster recovery when an emergency occurs, disaster recovery switching exercises are required to be performed on the production systems every year according to requirements of a bank prison, so that the cloud disaster recovery center serving as a shared disaster recovery center of the provinces and rural telecommunication societies needs to be matched with the cloud disaster recovery center to perform corresponding daily disaster recovery management work such as emergency plan management, disaster recovery switching and the like, and meanwhile, emergency plan management and emergency drilling work aiming at the cloud disaster recovery platform are required to be performed. In the prior art, the traditional disaster recovery emergency management adopts a manual stacking, paper formation and manual mode, so that the workload is large, the management efficiency is low, and the cost is high.
Therefore, how to provide a cloud standby emergency switching management system to improve the management efficiency of standby and disaster recovery and reduce the cost of standby becomes an important issue to be solved urgently in the industry.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a cloud disaster recovery emergency switching management system.
The invention provides a cloud disaster recovery emergency switching management system, which comprises a daily management module, a drilling management module, a plan management module, an emergency management module, a tenant management module and a communication interface module, wherein the daily management module is respectively connected with the plan management module, the drilling management module and the tenant management module, the drilling management module is connected with the plan management module, the plan management module is respectively connected with the emergency management module and the tenant management module, and the emergency management module is respectively connected with the tenant management module and the communication interface module, wherein:
the daily management module is used for managing and maintaining an event scene, an emergency treatment organization and an initial drilling plan; the plan management module is used for developing and storing disaster recovery emergency plans and managing plan versions; the drilling management module is used for making a detailed drilling plan and a detailed drilling plan according to the initial drilling plan, performing daily drilling on the disaster recovery emergency plan, and monitoring and recording the drilling process of the disaster recovery emergency plan; the emergency management module is used for starting the disaster recovery emergency plan and sending the flow information of the disaster recovery emergency plan to related personnel through the communication interface module so that the related personnel can perform disaster recovery switching processing; the tenant management module is used for configuring disaster recovery emergency and switching drilling information of different tenants.
The daily management module comprises an event scene management unit, a drilling plan management unit, a plan execution recording unit and an organization management unit.
The organization block management unit comprises an emergency address book unit, an emergency group maintenance unit, an emergency treatment organization unit and an organization member information unit which are sequentially connected.
The plan management module comprises a plan development unit and a plan document management unit, and the plan development and maintenance unit is connected with the plan document management unit; the plan development and maintenance unit comprises a plan basic information configuration unit, an emergency organization configuration unit, a flow definition unit, a service verification unit and an interface definition unit which are sequentially connected.
The plan management module further comprises a plan maintenance unit, and the plan maintenance unit is respectively connected with the plan basic information configuration unit, the emergency organization configuration unit, the process definition unit, the service verification unit and the interface definition unit.
Wherein, the drilling management module includes drilling process management unit, drilling control management unit and drilling history inquiry unit, drilling process management unit with drilling history inquiry unit links to each other, wherein:
the system comprises a drilling process management unit, a drilling history query unit and a data processing unit, wherein the drilling process management unit is used for creating and auditing detailed drilling plans and schemes, monitoring and recording the drilling process, forming a drilling summary report, and updating and registering a drilling plan so as to continuously optimize the plan;
the drilling process management unit comprises a detailed plan and scheme unit, a drilling process recording unit, a drilling result management unit and a drilling plan updating and registering unit which are sequentially connected; the drill control management unit comprises a drill display configuration unit, a drill starting unit and a drill event list unit.
The emergency management module comprises an emergency notification unit, an event management unit, a plan starting and decision authorization unit, a personnel sign-in unit, a command and display unit, a cooperation and notification unit and a task workbench unit which are sequentially connected, wherein: the emergency notification unit is used for configuring emergency personnel information and a communication mode; the event management unit is used for receiving an evaluation result of the emergency level; the plan starting and decision authorization unit is used for starting the disaster recovery emergency plan and authorizing the disaster recovery emergency plan; the personnel check-in unit is used for checking in or assigning personnel participating in the emergency process; the command and display unit is used for displaying the task and execution condition information, the personnel information, the scheduling information and the command instruction of the disaster recovery emergency plan; the cooperation and notification unit is used for sending messages in an emergency process; the task work platform unit is used for assigning tasks to all the personnel participating in the emergency process.
The emergency notification unit comprises an emergency notification group configuration unit and an emergency notification sending unit; the event management unit also comprises an event grade standard unit, an event evaluation unit and an event query unit; the plan starting and decision authorization unit comprises a plan starting unit, an authorization unit and a starting and authorization plan query unit; the command display unit comprises a command control unit and a process display unit.
According to the cloud disaster recovery emergency switching management system, the daily management module, the drill management module, the plan management module, the emergency management module, the tenant management module and the communication interface module are arranged, so that the process integration, the resource integration and the information integration of the disaster recovery emergency plan are realized, the task and execution condition information, the personnel information, the scheduling information and the command instruction in disaster recovery emergency and switching are integrated, data support and process guidance are provided for decision, command and operation of an operation and maintenance team in disaster recovery emergency and switching, the disaster recovery management and emergency efficiency is improved, and the disaster recovery cost is reduced. The system is butted with an automatic dispatching platform, a plan flow in an emergency switching management platform is analyzed into a job flow in the dispatching platform, and a script or a program deployed on equipment is guided to be automatically executed so as to realize automatic and semi-automatic switching.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and those skilled in the art can also obtain other drawings according to the drawings without creative efforts.
Fig. 1 is a schematic structural diagram of a cloud disaster recovery emergency switching management system according to a first embodiment of the present invention;
fig. 2 is a schematic structural diagram of a cloud disaster recovery emergency switching management system according to a second embodiment of the present invention;
fig. 3 is a schematic structural diagram of a cloud disaster recovery emergency switching management system according to a third embodiment of the present invention;
fig. 4 is a schematic structural diagram of a cloud disaster recovery emergency switching management system according to a fourth embodiment of the present invention;
fig. 5 is a schematic structural diagram of a cloud disaster recovery emergency switching management system according to a fifth embodiment of the present invention;
fig. 6 is a schematic structural diagram of a cloud disaster recovery emergency switching management system according to a sixth embodiment of the present invention;
description of reference numerals:
1-daily management module 2-drill management module;
3-plan management module; 4-an emergency management module;
5-a tenant management module; 6-a communication interface module;
11-an event scenario management unit; 12-a drill plan management unit;
13-a plan execution recording unit; 14-an organization management unit;
21-a drilling process management unit; 22-a drill control management unit;
23-a drilling history query unit; 31-a protocol development unit;
32-a protocol document management unit; 41-through emergency notification unit;
42-an event management unit; 43-plan start and decision authorization unit;
44-personnel check-in unit; 45-command and display unit;
46-a coordination and announcement unit; 47-task table unit;
141-emergency address book unit; 142-emergency group maintenance unit;
143-emergency treatment organization unit; 144-organization member information element;
211-detailed plan and plan unit; 212-a drilling process recording unit;
213-a drilling result management unit; 214-rehearsal plan update registration unit;
221-a drilling presentation configuration unit; 222-a drill starting unit;
223-drill event list unit. 311-plan basic information configuration unit;
312-emergency organization configuration unit; 313-a flow definition unit;
314-a service authentication unit; 315-interface definition Unit.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly described below with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Fig. 1 is a schematic structural diagram of a cloud disaster recovery emergency switching management system according to a first embodiment of the present invention, as shown in fig. 1, the cloud disaster recovery emergency switching management system provided by the present invention includes a daily management module 1, a drilling management module 2, a plan management module 3, an emergency management module 4, a tenant management module 5, and a communication interface module 6, where the daily management module 1 is connected to the plan management module 3, the drilling management module 2, and the tenant management module 5, the drilling management module 2 is connected to the plan management module 3, the plan management module 3 is connected to the emergency management module 4 and the tenant management module 5, and the emergency management module 4 is connected to the tenant management module 5 and the communication interface module 6, where:
the daily management module 1 is used for managing and maintaining an event scene, an emergency treatment organization and an initial drilling plan; the plan management module 3 is used for developing and storing disaster recovery emergency plans and managing plan versions; the drilling management module 2 is used for making a detailed drilling plan and a detailed drilling plan according to the initial drilling plan, performing daily drilling on the disaster recovery emergency plan, and monitoring and recording the drilling process of the disaster recovery emergency plan; the emergency management module 4 is configured to start the disaster recovery emergency plan, and send flow information of the disaster recovery emergency plan to relevant personnel through the communication interface module 6, so that the relevant personnel perform disaster recovery switching processing; the tenant management module 5 is used for configuring disaster recovery emergency and switching drilling information of different tenants.
The tenant management module 5 is divided into a super system manager for the platform and a tenant system manager for tenant service data, the super manager is responsible for managing and maintaining the system data of the whole platform, the tenant system manager is responsible for managing and maintaining the service data of each tenant, and the management mode of the tenant management module 5 can uniformly integrate and manage management work such as risk scenes, plans and emergency switching exercises of a plurality of provincial communities and cloud disaster recovery centers, so that the cloud disaster recovery centers and the disaster recovery management of the provincial communities are convenient to butt joint.
According to the cloud disaster recovery emergency switching management system, the daily management module, the drill management module, the plan management module, the emergency management module, the tenant management module and the communication interface module are arranged, so that the process integration, the resource integration and the information integration of the disaster recovery emergency plan are realized, the task and execution condition information, the personnel information, the scheduling information and the command instruction in disaster recovery emergency and switching are integrated, data support and process guidance are provided for decision, command and operation of an operation and maintenance team in disaster recovery emergency and switching, the disaster recovery management and emergency efficiency is improved, and the disaster recovery cost is reduced. The system is butted with an automatic dispatching platform, a plan flow in an emergency switching management platform is analyzed into a job flow in the dispatching platform, and a script or a program deployed on equipment is guided to be automatically executed so as to realize automatic and semi-automatic switching.
Fig. 2 is a schematic structural diagram of a cloud disaster recovery emergency switching management system according to a second embodiment of the present invention, and as shown in fig. 2, on the basis of the foregoing embodiments, the daily management module 1 further includes an event scenario management unit 11, a drilling plan management unit 12, a plan execution recording unit 13, and an organization management unit 14.
The event scene management unit 11 is configured to implement a mapping relationship between a main event scene identified by an organization, the event scene, and an organization risk analysis result, the drilling plan management unit 12 is configured to create and perform preliminary auditing of a preliminary drilling plan, the plan execution recording unit 13 is configured to query a situation of plan execution, the number of times of drilling, and the like, and the organization management unit 14 is configured to maintain personnel information in an emergency process.
Fig. 3 is a schematic structural diagram of a cloud disaster recovery emergency switching management system according to a third embodiment of the present invention, and as shown in fig. 3, on the basis of the foregoing embodiments, the organization block management unit 14 further includes an emergency address book unit 141, an emergency group maintenance unit 142, an emergency disposal organization unit 143, and an organization member information unit 144, which are connected in sequence.
Specifically, the emergency contact list unit 141 is configured to maintain emergency personnel information, the emergency group maintenance unit 142 is configured to define each level of emergency group and responsibility, the emergency disposition organization unit 143 is configured to view emergency disposition organization and member information, and the organization member information unit 144 is configured to maintain member information of tenants.
Fig. 4 is a schematic structural diagram of a cloud disaster recovery emergency switching management system according to a fourth embodiment of the present invention, and as shown in fig. 4, on the basis of the foregoing embodiments, further, the plan management module 3 includes a plan development unit 31 and a plan document management unit 32; the plan development unit 31 includes a plan basic information configuration unit 311, an emergency organization configuration unit 312, a flow definition unit 313, a service verification unit 314, and an interface definition unit 315, which are connected in sequence.
Specifically, the plan development unit 31 is configured to create various disaster recovery emergency plans, where the plan basic information configuration unit 311 fills basic information of the plan, including information such as a service type, a plan type, a corresponding scene, and an applicable object; the emergency organization configuration unit 312 is configured to configure each level of organization architecture of the disaster recovery emergency plan, configure organization members and member information; the flow definition unit 313 is used for setting operation steps of the disaster recovery emergency plan and adding operation contents of each step, when all the operation steps are set, an operation manual can be generated for inquiry, the flow definition unit 313 can adopt a flow engine and a dragging type graphical flow design mode based on WEB, the flow design can be completed by dragging, and the flow design development is fast and efficient; the service verification unit 314 is configured to fill in service verification information of each operator in the pre-arranged procedure; the interface defining unit 315 is configured to define a collaborative communication manner of each organization member, where the collaborative communication manner includes, but is not limited to, the cloud disaster recovery emergency handover management system mobile phone end communication, a short message, an email, and a system short message. The plan document management unit 32 is configured to store the disaster recovery emergency plan.
On the basis of the foregoing embodiments, the plan management module 2 further includes a plan maintenance unit, where the plan maintenance unit is respectively connected to the plan basic information configuration unit 11, the emergency organization configuration unit 12, the process definition unit 13, the service verification unit 14, and the interface definition unit 15, and is configured to maintain the established disaster recovery emergency plan, for example, change the organization architecture, change the authority of the organization members, and the like.
Fig. 5 is a schematic structural diagram of a cloud disaster recovery emergency switching management system according to a fifth embodiment of the present invention, as shown in fig. 5, on the basis of the foregoing embodiments, further, the drilling management module 2 includes a drilling process management unit 21, a drilling control management unit 22, and a drilling history query unit 23, the drilling process management unit 21 is connected to the drilling history query unit 22, where:
the drilling process management unit 21 is used for creating and reviewing detailed drilling plans and schemes, monitoring and recording the drilling process, forming a drilling summary report, and updating and registering the drilling plan to continuously optimize the plan. The drilling control management unit 22 is configured to display, start and query the disaster recovery emergency plan to be drilled, and the drilling history query unit 23 is configured to query a drilling process record of the drilled disaster recovery emergency plan;
the drilling process management unit 21 includes a detailed plan and plan unit 211, a drilling process recording unit 212, a drilling result management unit 213, and a drilling plan update registration unit 214, which are connected in sequence; the drill control management unit 22 includes a drill presentation configuration unit 221, a drill start unit 222, and a drill event list unit 223.
Specifically, the detailed plan and plan unit 211 is used to create and review detailed drilling plans and plans, the drilling process recording unit 212 is used to monitor and record the drilling process, the drilling result management unit 213 is used to form a drilling summary report, and the drilling plan updating registration unit 214 is used to update and register the drilling plan so as to continuously optimize the plan; the drilling presentation configuration unit 221 is configured to configure a drilling presentation mode, the drilling start unit 222 is configured to start an overall drilling plan, and the drilling event list unit 223 is configured to query a drilling event to be performed.
The drill management module 4 includes a drill process management unit 21, a drill control management unit 22, and a drill history inquiry unit 23. The drilling process is executed by the detailed planning and planning unit 211, the drilling process recording unit 212, the drilling result management unit 213, the drilling plan update registration unit 214, the drilling presentation configuration unit 221, and the drilling start unit 222, which are connected in this order.
Specifically, after the disaster emergency plan is established and audited, in order to verify the reliability of the disaster emergency plan and to perfect the disaster emergency plan, a drilling responsible person makes a drilling detailed plan and a drilling detailed plan through the detailed plan and plan unit 211, and after the auditing and the validation of the drilling responsible person are confirmed, the drilling responsible person performs drilling configuration and starting drilling through the drilling display configuration unit 221 and the drilling starting unit 222 respectively at the planning time of the drilling plan, and simulates the flow of the disaster emergency plan to perform emergency drilling, in the emergency drilling process, the drilling event list unit 223 can be used to query the drilling event to be performed, and the drilling process recording unit 212 can monitor and record the drilling process. After the emergency drilling is completed, a drilling summary report is formed by using the drilling result management unit 213, and the personnel related to the emergency plan for disaster recovery can send the improvement suggestion for the emergency plan for disaster recovery to the drilling responsible person, and update and register the drilling plan by using the drilling plan update and registration unit 214, so as to perfect the emergency plan for disaster recovery.
Fig. 6 is a schematic structural diagram of a cloud disaster recovery emergency switching management system according to a sixth embodiment of the present invention, as shown in fig. 6, on the basis of the foregoing embodiments, further, the emergency management module 4 includes an emergency notification unit 41, an event management unit 42, a plan starting and decision authorization unit 43, a personnel check-in unit 44, a command and display unit 45, a coordination and notification unit 46, and a task workbench unit 47, which are connected in sequence, where:
the emergency notification unit 41 is used for configuring emergency personnel information and communication modes; the event management unit 42 is configured to receive an evaluation result of the emergency level; the plan starting and decision authorization unit 43 is configured to start the disaster recovery emergency plan and perform authorization; the personnel check-in unit 44 is used for checking-in or assigning personnel participating in the emergency process; the command and display unit 45 is used for displaying the task and execution condition information, the personnel information, the scheduling information and the command instruction of the disaster recovery emergency plan; the coordination and notification unit 46 is configured to send a message in the emergency process; the task desk unit 47 serves to assign tasks to all persons participating in the emergency process.
For example, after discovering an emergency on a monitoring site and performing simple reason analysis, a first-line attendant or an operation and maintenance worker reports the emergency to an emergency management office worker, the emergency management office worker informs related technicians to evaluate the emergency, the related technicians perform grade judgment on the emergency and upload the evaluation result of the grade of the emergency to the event management unit 42, the emergency management office worker can check the evaluation result through the event management unit 42, select a corresponding emergency plan according to the grade of the emergency, start the emergency plan through the plan starting and decision authorization unit 43, call up personnel of a corresponding emergency group through the emergency notification unit 41 to prepare related resources, and report the event situation to an emergency leader group; emergency team personnel sign in through personnel sign-in unit 44, after all sign-in is completed (if the emergency team personnel can not sign in online and the personnel sign-in unit 44 can assign the execution authority of the offline personnel to other online personnel), the emergency command team assigns tasks to all personnel participating in the emergency process through task workbench unit 47, each relevant personnel performs emergency treatment after receiving the tasks, and in the execution process of the disaster recovery emergency plan, the relevant personnel perform message sending through cooperation and notification unit 46, and command and display unit 45 displays the tasks and execution condition information, personnel information, scheduling information and command instructions of the disaster recovery emergency plan.
On the basis of the above embodiments, further, the emergency notification unit 41 includes an emergency notification group configuration unit and an emergency notification transmission unit; the event management unit 42 comprises an event level standard unit, an event evaluation unit and an event query unit; the plan starting and decision authorization unit 43 comprises a plan starting unit, an authorization unit and a starting and authorization plan query unit; the command display unit 45 includes a command control unit and a process display unit.
Specifically, the emergency notification group configuration unit is connected to the emergency notification sending unit, the emergency notification group configuration unit is configured to maintain an emergency notification group, and the emergency notification sending unit is configured to send an emergency notification to a configured emergency notification group member; the event grade standard unit is connected with the event evaluation unit and the event query unit, the event grade standard unit is used for maintaining the grade standard of the event, the event evaluation unit is used for evaluating the event and filling in event elements, and the event query unit is used for querying and modifying the relevant information of the evaluated event; the plan starting unit is used for starting an emergency disposal process, the authorization unit is used for an emergency decision layer to decide and authorize whether to start an emergency plan, and the starting and authorization plan query unit is used for querying the started and authorized emergency plans; the command control unit is connected with the process display unit, the command control unit is used for checking an emergency process panoramic image and time progress information and checking emergency notification content, task tracking conditions and process trend conditions of an emergency plan, and the process display unit is used for recording and displaying the whole emergency process.
Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.
Claims (5)
1. The utility model provides a cloud disaster recovery emergency switching management system, its characterized in that includes daily management module, rehearsal management module, plan management module, emergency management module, tenant management module and communication interface module, daily management module respectively with plan management module the rehearsal management module with tenant management module links to each other, rehearsal management module with plan management module links to each other, plan management module respectively with emergency management module with tenant management module links to each other, emergency management module respectively with tenant management module with communication interface module links to each other, wherein:
the daily management module is used for managing and maintaining an event scene, an emergency treatment organization and an initial drilling plan; the plan management module is used for developing and storing disaster recovery emergency plans and managing plan versions; the drilling management module is used for making a detailed drilling plan and a detailed drilling plan according to the initial drilling plan, performing daily drilling on the disaster recovery emergency plan, and monitoring and recording the drilling process of the disaster recovery emergency plan; the emergency management module is used for starting the disaster recovery emergency plan and sending the flow information of the disaster recovery emergency plan to related personnel through the communication interface module so that the related personnel can perform disaster recovery switching processing; the tenant management module is used for configuring disaster recovery emergency and switching drilling information of different tenants;
the plan management module comprises a plan development unit and a plan document management unit, and the plan development unit is connected with the plan document management unit; the plan development unit comprises a plan basic information configuration unit, an emergency organization configuration unit, a flow definition unit, a service verification unit and an interface definition unit which are sequentially connected;
the drilling management module comprises a drilling process management unit, a drilling control management unit and a drilling history query unit, wherein the drilling process management unit is connected with the drilling history query unit, and the drilling process management unit comprises:
the system comprises a drilling process management unit, a drilling history query unit and a data processing unit, wherein the drilling process management unit is used for creating and auditing detailed drilling plans and schemes, monitoring and recording the drilling process, forming a drilling summary report, and updating and registering a drilling plan so as to continuously optimize the plan;
the drilling process management unit comprises a detailed plan and scheme unit, a drilling process recording unit, a drilling result management unit and a drilling plan updating and registering unit which are sequentially connected; the drilling control management unit comprises a drilling display configuration unit, a drilling starting unit and a drilling event list unit;
the emergency management module comprises an emergency notification unit, an event management unit, a plan starting and decision authorization unit, a personnel sign-in unit, a command and display unit, a cooperation and notification unit and a task workbench unit which are sequentially connected, wherein: the emergency notification unit is used for configuring emergency personnel information and a communication mode; the event management unit is used for receiving an evaluation result of the emergency level; the plan starting and decision authorization unit is used for starting the disaster recovery emergency plan and authorizing the disaster recovery emergency plan; the personnel check-in unit is used for checking in or assigning personnel participating in the emergency process; the command and display unit is used for displaying the task and execution condition information, the personnel information, the scheduling information and the command instruction of the disaster recovery emergency plan; the cooperation and notification unit is used for sending messages in an emergency process; the task work platform unit is used for assigning tasks to all the personnel participating in the emergency process.
2. The system according to claim 1, wherein the daily management module includes an event scenario management unit, a drill plan management unit, a plan execution recording unit, and an organization management unit.
3. The system of claim 2, wherein the organization management unit comprises an emergency contact list unit, an emergency team maintenance unit, an emergency treatment organization unit, and an organization membership information unit, connected in series.
4. The system according to claim 1, wherein the protocol management module further comprises a protocol maintenance unit, and the protocol maintenance unit is respectively connected to the protocol basic information configuration unit, the emergency organization configuration unit, the process definition unit, the service verification unit, and the interface definition unit.
5. The system of claim 1, wherein the emergency notification unit comprises an emergency notification group configuration unit and an emergency notification sending unit; the event management unit also comprises an event grade standard unit, an event evaluation unit and an event query unit; the plan starting and decision authorization unit comprises a plan starting unit, an authorization unit and a starting and authorization plan query unit; the command and display unit comprises a command control unit and a process display unit.
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| CN109460322B (en) * | 2018-11-14 | 2021-11-05 | 西安瑞蓝创软件科技有限公司 | Disaster recovery switching drilling system and method based on process scheduling engine technology |
| CN111144691A (en) * | 2019-11-27 | 2020-05-12 | 广东电力信息科技有限公司 | Disaster recovery control management method and system thereof |
| CN118014187A (en) * | 2023-12-25 | 2024-05-10 | 国电南瑞科技股份有限公司 | A digital fire emergency management method and system |
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