Whole-flow centralized monitoring and alarming system for data of artificial influence weather operation system

Abstract

The invention provides an artificial influence weather operation system data whole-process centralized monitoring and alarm system, and the system comprises a monitoring data collection module which is used for collecting monitoring information from data infrastructure and equipment of an artificial influence weather operation system; the data processing flow monitoring module is used for monitoring the whole flow of business data processing of the artificial influence weather operation system based on the monitoring information; the centralized alarm management module is used for determining the operation condition of each infrastructure, equipment and business data flow based on the configured alarm rule, and generating corresponding alarm information when a problem fault matched with the alarm rule occurs; and the alarm module is used for issuing the alarm information. According to the invention, the whole-process monitoring of the data of the artificial influence weather operation system is realized, and the fault can be quickly and accurately positioned.

Description

Technical Field

[0001] The present invention relates to the technical field of artificial weather influencing, and in particular to a full-process centralized monitoring and alarm system for data of an artificial weather influencing operation system. Background Art

[0002] Artificial weather modification: Artificial weather modification refers to activities that use scientific and technological means to artificially influence the physical and chemical processes of the local atmosphere under appropriate conditions in order to avoid or mitigate meteorological disasters and rationally utilize climate resources, so as to achieve the purposes of increasing rainfall (snow), preventing hail, eliminating rain, eliminating fog, and preventing frost.

[0003] Weather modification operations: using anti-aircraft guns, rockets, aircraft, ground generators, etc. to introduce appropriate catalysts into clouds and fog, or using other technical means to artificially influence the weather.

[0004] Data collection and management of weather modification operations: With the development of society and the progress of science and technology, in order to meet the requirements of refined weather modification operations and management, data collection and management of weather modification operations have become the cornerstone and guarantee of weather modification business operations. The required data types are diverse, including meteorological ground observation and detection data, meteorological high-altitude detection data, weather forecast products, land hydrological data, weather modification operation equipment information, etc. Therefore, fast and convenient operation data collection can greatly improve work efficiency, allowing command and management departments to obtain real-time information on the front line of operations in a timely manner, providing basic data and guarantees for weather modification work planning, operation command and benefit evaluation, and effectively solving the technical problems of disconnection between command, operation and evaluation for many years.

[0005] At present, due to the large number of artificial weather modification equipment, ground anti-aircraft guns, rockets and high-altitude aircraft are involved. At the same time, in order to ensure the planning, implementation and performance evaluation of artificial weather modification operations, it is also necessary to obtain a variety of data such as meteorological ground observation and detection data, meteorological high-altitude detection data, weather forecast products, etc. in real time. The amount of artificial weather modification operation data that needs to be collected and managed is very large, resulting in incomplete data collection and low data collection quality in the process of collecting data related to artificial weather modification operations. Therefore, it is necessary to monitor the entire process of artificial weather modification operation system data from collection to processing to product output. However, most artificial weather modification operation systems often only have management modules for monitoring basic data for key operation equipment, and the real-time monitoring capabilities of other large numbers of artificial weather modification operation system business data are insufficient, and centralized management has not been achieved. Once a fault occurs, it is impossible to quickly and accurately locate it. It is urgent to carry out relevant research and innovation to realize centralized monitoring and alarm of the entire process of artificial weather modification operation system. Summary of the invention

[0006] The technical problem to be solved by the present invention is how to quickly and accurately locate faults and realize centralized monitoring and alarm of the entire process of the artificial weather modification operation system; in view of this, the present invention provides a centralized monitoring and alarm system for the entire process of data of the artificial weather modification operation system.

[0007] The technical solution adopted by the present invention is a centralized monitoring and alarm system for the entire process of artificial weather modification operation system data, comprising:

[0008] A monitoring data collection module is used to collect monitoring information from the data infrastructure and equipment of the weather modification operation system;

[0009] A data processing flow monitoring module is used to monitor the entire process of business data processing of the artificial weather modification operation system based on the monitoring information;

[0010] The centralized alarm management module is used to determine the operation status of each infrastructure, equipment and business data process based on the configured alarm rules, and generate corresponding alarm information when a problem or failure matching the alarm rules occurs;

[0011] The alarm module is used to publish the alarm information.

[0012] In one embodiment, the monitoring information includes: data server, data storage, network and equipment operation information.

[0013] In one embodiment, the monitoring data acquisition module includes a server status monitoring submodule, a storage status monitoring submodule, a network information monitoring submodule and a process status monitoring submodule;

[0014] The server status monitoring submodule is used to monitor and collect data on the application operation status, performance status and environment configuration status of all servers, and obtain relevant host device operation data and abnormal information;

[0015] The storage status monitoring submodule is used for real-time monitoring and data collection of the operating status, resource usage, and storage allocation of the storage device;

[0016] The network information monitoring submodule is used to provide a visual graphical interface to monitor and manage all ports of network products in the entire network and collect performance indicators;

[0017] The process status monitoring submodule is used to monitor all operating systems in the data backup process in real time, obtain their data information and display it.

[0018] In one embodiment, the data processing flow monitoring module includes: a business data collection monitoring submodule, a business data transmission monitoring submodule, a business data processing process and storage monitoring submodule, and a business product processing process monitoring submodule;

[0019] The business data acquisition monitoring submodule is used to monitor the type of business data collected, and to obtain the specified target data according to the configuration strategy by configuring the acquisition program;

[0020] The business data transmission monitoring submodule is used to monitor the transmission reliability, security and timeliness of business data;

[0021] The business data processing and storage monitoring submodule is used to monitor the processing of data sending, data preprocessing, data checking, and format conversion, and to define the storage method, database logical structure, file logical structure, and storage monitoring of the data storage service system;

[0022] The business product processing process monitoring submodule is used to track the processing processes of various business products and monitor the completion status of product processing.

[0023] In one embodiment, the centralized alarm management module includes: a real-time alarm release and processing submodule, a historical alarm management submodule, an alarm information statistics and analysis submodule, an alarm maintenance knowledge management submodule, a fault occurrence point precise positioning submodule, and an impact range real-time analysis and evaluation submodule;

[0024] The real-time alarm publishing and processing submodule is used to set and manage the sending method of alarm notification, classify and process automatic alarm information, generate alarm information of different categories and levels for alarm information display, and provide alarm information query result display on the monitoring page to display alarm information;

[0025] The historical alarm management submodule is used to provide a historical alarm management function so that users can trace back and view the alarm history records within a specified time range;

[0026] The alarm information statistics and analysis submodule is used to establish an alarm statistics report generation system and perform daily alarm statistics report generation and maintenance;

[0027] The alarm maintenance knowledge management submodule is used to realize the knowledge sharing of alarm fault handling by establishing an alarm knowledge base;

[0028] The submodule for accurately locating the fault occurrence point is used to provide fault information collection, storage, query and analysis functions;

[0029] The impact scope real-time analysis and evaluation submodule is used to use monitoring data and alarm information to locate and solve key problems in the system, and to make predictive analysis on the development trend of the problem and the impact on the performance and operation of the system.

[0030] In one embodiment, the alarm module specifically releases the alarm information in at least one of the following forms: sound, light, and electricity.

[0031] Compared with the prior art, the present invention has at least the following advantages:

[0032] The full-process monitoring and alarm system for the artificial weather modification operation system provided by the present invention utilizes its centralized monitoring management software and the sound, light and electricity alarm monitoring workbench to realize the full-process monitoring of the artificial weather modification operation system data, and can quickly and accurately locate faults. BRIEF DESCRIPTION OF THE DRAWINGS

[0033] Figure 1 A block diagram of the structure principle of the centralized monitoring management software according to an embodiment of the present invention;

[0034] Figure 2 A data flow chart of centralized monitoring management software according to an embodiment of the present invention;

[0035] Figure 3 This is a centralized alarm information display effect diagram of the centralized monitoring management software according to an embodiment of the present invention;

[0036] Figures 4 to 6 The following are respectively a side view, a top view and a front view of the sound and light alarm monitoring workbench project according to an embodiment of the present invention;

[0037] Figure 7 This is a diagram showing the effect of using the sound, light and electricity alarm monitoring workbench according to an embodiment of the present invention. DETAILED DESCRIPTION

[0038] In order to further explain the technical means and effects adopted by the present invention to achieve the predetermined purpose, the present invention is described in detail below in conjunction with the accompanying drawings and preferred embodiments.

[0039] Unless otherwise defined, all terms (including technical terms and scientific terms) used in this article have the same meaning as commonly understood by ordinary technicians in the field to which this application belongs. It should also be understood that terms (such as terms defined in commonly used dictionaries) should be interpreted as having the same meaning as their meaning in the context of the relevant technology, and will not be interpreted in an idealized or overly formal sense unless explicitly defined in this article.

[0040] It should be noted that, in the absence of conflict, the embodiments and features in the embodiments of the present application can be combined with each other. The present application will be described in detail below with reference to the accompanying drawings and in combination with the embodiments.

[0041] The embodiment of the present invention is a centralized monitoring and alarm system for the entire process of artificial weather modification operation system data, such as Figure 1-Figure 2 As shown, including:

[0042] A monitoring data collection module is used to collect monitoring information from the data infrastructure and equipment of the weather modification operation system;

[0043] A data processing flow monitoring module is used to monitor the entire process of business data processing of the artificial weather modification operation system based on the monitoring information;

[0044] The centralized alarm management module is used to determine the operation status of each infrastructure, equipment and business data process based on the configured alarm rules, and generate corresponding alarm information when a problem or failure matching the alarm rules occurs;

[0045] The alarm module is used to publish the alarm information.

[0046] In this embodiment, the monitoring information includes: data server, data storage, network and equipment operation information.

[0047] In one embodiment, the monitoring data acquisition module includes a server status monitoring submodule, a storage status monitoring submodule, a network information monitoring submodule and a process status monitoring submodule;

[0048] The server status monitoring submodule is used to monitor and collect data on the application operation status, performance status and environment configuration status of all servers, and obtain relevant host device operation data and abnormal information;

[0049] The storage status monitoring submodule is used for real-time monitoring and data collection of the operating status, resource usage, and storage allocation of the storage device;

[0050] The network information monitoring submodule is used to provide a visual graphical interface to monitor and manage all ports of network products in the entire network and collect performance indicators;

[0051] The process status monitoring submodule is used to monitor all operating systems in the data backup process in real time, obtain their data information and display it.

[0052] In this embodiment, the data processing flow monitoring module includes: a business data collection monitoring submodule, a business data transmission monitoring submodule, a business data processing process and storage monitoring submodule, and a business product processing process monitoring submodule;

[0053] The business data collection and monitoring submodule is used to monitor the type of business data collected and obtain the specified target data according to the configuration strategy by configuring the collection program;

[0054] Business data transmission monitoring submodule, used to monitor the transmission reliability, security and timeliness of business data;

[0055] The business data processing and storage monitoring submodule is used to monitor the data transmission, data preprocessing, data checking, and format conversion processes, and to define storage methods, database logical structure definitions, file logical structure definitions, and storage monitoring of the data storage service system;

[0056] The business product processing monitoring submodule is used to track the processing of various business products and monitor the completion status of product processing.

[0057] In this embodiment, the centralized alarm management module includes: a real-time alarm release and processing submodule, a historical alarm management submodule, an alarm information statistics and analysis submodule, an alarm maintenance knowledge management submodule, a fault occurrence point precise positioning submodule, and an impact range real-time analysis and evaluation submodule;

[0058] The real-time alarm publishing and processing submodule is used to set and manage the sending method of alarm notifications, classify and process automatic alarm information, generate alarm information of different categories and levels for alarm information display, and provide alarm information query result display on the monitoring page to display alarm information;

[0059] The historical alarm management submodule is used to provide historical alarm management functions so that users can trace back and view the alarm history records within a specified time range;

[0060] The alarm information statistics and analysis submodule is used to establish an alarm statistics report generation system and to generate and maintain daily alarm statistics reports;

[0061] The alarm maintenance knowledge management submodule is used to realize the knowledge sharing of alarm fault handling by establishing an alarm knowledge base;

[0062] The submodule for accurately locating the fault occurrence point is used to provide fault information collection, storage, query and analysis functions;

[0063] The impact scope real-time analysis and evaluation submodule is used to use monitoring data and alarm information to locate and solve key problems in the system, and to make predictive analysis on the development trend of the problem and the impact on the performance and operation of the system.

[0064] In this embodiment, the alarm module specifically releases the alarm information in at least one of the following forms: sound, light, and electricity.

[0065] The system provided in this embodiment will be described in detail below.

[0066] Centralized monitoring management software and sound and light alarm monitoring workbench for the entire process of artificial weather modification operation system data. The centralized monitoring management software includes basic monitoring data acquisition module, data processing process monitoring module, and centralized alarm management module; the sound and light alarm monitoring workbench includes the workbench body and the sound and light alarm module.

[0067] The basic data acquisition module of the centralized monitoring management software collects various monitoring information from the data infrastructure and equipment of the artificial weather modification operation system, including data servers, data storage, networks and equipment operation information, etc. This module includes a server status monitoring submodule, a storage status monitoring submodule, a network information monitoring submodule and a process status monitoring submodule.

[0068] The server status monitoring submodule provides monitoring and data collection of the application operation status, performance status and environment configuration status of all servers, obtains the operation data and abnormal information of the host equipment, and performs analysis and statistics;

[0069] The storage status monitoring submodule provides real-time monitoring and data collection of the operating status, resource usage, and storage allocation of storage devices, and records relevant data;

[0070] The network information monitoring submodule provides a visual graphical interface to monitor and manage all ports of network products in the entire network. It completes the statistical and analytical functions of the system network performance data. It collects performance indicators such as network throughput and line utilization to evaluate the operation status of network resources and system performance such as communication efficiency, and analyzes the trends of communication operations between systems to balance the load between systems.

[0071] The process status monitoring submodule monitors all operating systems in the data backup process in real time, obtains data information on their basic properties, system resources, service start and stop, analyzes this information, and displays it intuitively in the form of charts and statistical graphs;

[0072] The business data flow monitoring module of the centralized monitoring management software monitors the entire process of business data processing of the weather modification operation system, including the collection, transmission, storage, and processing of business data. It includes a business data collection monitoring submodule, a business data transmission monitoring submodule, a business data processing and storage monitoring submodule, and a business product processing monitoring submodule.

[0073] The business data collection and monitoring submodule mainly monitors the business collection data types (including real-time, forecast, detection and other data types), and obtains the specified target data according to the configuration strategy by configuring the collection program;

[0074] The business data transmission monitoring submodule monitors the reliability, security and timeliness of business data transmission;

[0075] The business data processing and storage monitoring submodule implements the monitoring of processing processes such as data sending, data preprocessing, data checking, format conversion, and storage monitoring such as storage method definition, database logical structure definition, file logical structure definition, and data storage service system;

[0076] The business product processing monitoring submodule tracks the processing of various business products and monitors the completion of product processing. If there are abnormal situations such as interruptions during the processing, the abnormal processing information will be immediately returned and an alarm prompt will be given;

[0077] The centralized alarm management module of the centralized monitoring management software sets alarm rules, analyzes the operation of each basic equipment and business data flow, and once a problem or fault is found, promptly releases sound, light, and electricity alarm information through the sound, light, and electricity alarm monitoring workbench to assist operation and maintenance personnel to quickly identify the fault point and handle the fault in time. It includes a real-time alarm release and processing submodule, a historical alarm management submodule, an alarm information statistics and analysis submodule, an alarm maintenance knowledge management submodule, a fault occurrence point precise positioning submodule, and an impact range real-time analysis and evaluation submodule.

[0078] The real-time alarm release and processing submodule sets and manages the sending methods of alarm notifications, including sound, light, and electricity (email, SMS, WeChat, etc.). Automatic alarm information is classified and processed to generate alarm information of different categories and levels for alarm information display, and the alarm information query results are displayed on the monitoring page. The displayed alarm information includes alarm list, alarm timeline, fault location, etc. Various association rules for alarm information are supported;

[0079] The historical alarm management submodule provides historical alarm management functions so that users can trace back and view alarm history records over a period of time;

[0080] The alarm information statistics and analysis submodule establishes an alarm statistics report generation system, generates and maintains daily alarm statistics reports, and supports alarm report generation and indicator report export functions;

[0081] The alarm maintenance knowledge management submodule establishes an alarm knowledge base to realize the sharing of alarm fault handling knowledge, thereby improving alarm service efficiency. It supports classification management of alarm maintenance knowledge, can submit the handling experience of similar alarm faults to the classification library, and can also search and query by alarm fault category, realizing the classification maintenance, retrieval association, evaluation and scoring of fault handling knowledge;

[0082] The fault location submodule provides highly reliable and available fault information collection, storage, query and analysis functions. It can collect and index fault information data generated by services and applications, provide real-time query capabilities, and provide a data basis for accurate location of fault locations.

[0083] The impact scope real-time analysis and evaluation submodule uses the monitoring data and alarm information of each business system and OLAP technology to more accurately locate the key problems in the current system and solve them; and conducts real-time analysis of the cause and impact scope of the problem, finds the problem from the root and reduces the impact scope of the problem. On this basis, it makes a forecast analysis of the development trend of the problem and the impact on the performance of the system.

[0084] The upper part of the workbench of the sound and light alarm monitoring workbench is fixed with a support frame and a display screen; the monitoring host is placed inside, and the monitoring host is connected to a data transmission interface for installing and deploying centralized monitoring management software; the lower platform is installed with a sound and light alarm module; the lower platform is placed with a telephone, keyboard and mouse to receive processing operations of system operation and maintenance personnel;

[0085] The sound and light alarm module of the sound and light alarm monitoring workbench. Once a problem or fault is found, this submodule can use red strobe, buzzer plus human voice alarm ("Fault has occurred!"), email, SMS, WeChat and other methods to promptly warn and display it to the system operation and maintenance personnel.

[0086] The centralized monitoring and alarm system for the entire process of artificial weather modification operation system data has the following beneficial effects:

[0087] The basic data collection module of the centralized monitoring management software collects and centrally displays the basic monitoring data of the weather modification operation system, which can effectively enhance the monitoring efforts of system operation and maintenance personnel on basic data collection and improve the quality of basic data;

[0088] The business data flow monitoring module of the centralized monitoring management software centrally monitors and displays the collection, transmission, storage, processing and other processes of business data of various artificial weather modification operation systems, effectively ensuring the integrity, accuracy and consistency of business data;

[0089] The centralized monitoring and management software data centralized alarm management module monitors and displays the entire process of the weather modification operation system data in real time, enabling system operation and maintenance personnel to promptly discover various abnormal links in the entire process of the weather modification operation system data, and facilitate system operation and maintenance personnel to promptly query data abnormalities, operation abnormalities and / or abnormalities generated during the data output process. By setting alarm rules, once a problem or fault is found, the sound, light and electricity alarm information will be promptly issued through the sound, light and electricity alarm monitoring workbench, assisting operation and maintenance personnel to quickly determine the fault point, facilitating the investigation and handling of problems, and timely handling of faults, thus providing a guarantee for the uninterrupted operation of the centralized monitoring and management platform;

[0090] The sound, light, electricity and other means are used to promptly display abnormal and fault information to the system operation and maintenance personnel, and receive the processing operations of the system operation and maintenance personnel so that the system operation and maintenance personnel can handle abnormal data and operations in a timely manner, which is convenient, fast and efficient.

[0091] The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments.

[0092] The invention provides a centralized monitoring and alarm system for the entire process of data of an artificial weather influencing operation system. The system comprises centralized monitoring management software for the entire process of data of the artificial weather influencing operation system and an acoustic, optical and electrical alarm monitoring workbench.

[0093] Among them, the centralized monitoring management software includes a basic monitoring data acquisition module, a data processing flow monitoring module, and a centralized alarm management module. The basic data acquisition module collects various monitoring information from the data infrastructure and equipment of the artificial weather modification operation system, including data servers, data storage, networks, and equipment operation information, including server status monitoring submodules, storage status monitoring submodules, network information monitoring submodules, and process status monitoring submodules. The business data flow monitoring module monitors the entire process of business data processing in the artificial weather modification operation system, including business data collection, transmission, storage, processing, and other processes, involving human shadow operation command equipment, human shadow operation implementation equipment, meteorological observation and detection equipment, etc., including business data collection monitoring submodules, business data transmission monitoring submodules, business data processing process and storage monitoring submodules, and business product processing process monitoring submodules. The centralized alarm management module analyzes the operation status of each basic equipment and business data flow by setting alarm rules. Once a problem or fault is found, the sound, light, and electricity alarm information will be released in a timely manner through the sound, light, and electricity alarm monitoring workbench to assist operation and maintenance personnel to quickly determine the fault point and handle the fault in a timely manner. It includes real-time alarm release and processing submodule, historical alarm management submodule, alarm information statistics and analysis submodule, alarm maintenance knowledge management submodule, fault location submodule and impact range real-time analysis and evaluation submodule. Figure 1 .

[0094] Figure 2 The figure is a flowchart of the centralized monitoring management software according to a specific embodiment of the present invention.

[0095] The centralized monitoring management software is based on the basic data acquisition module, and monitors the data storage management equipment of the human shadow operation system in real time, including data servers, data storage equipment, network equipment, etc., and collects various monitoring data;

[0096] The centralized monitoring management software is based on the business data process monitoring module to monitor the entire process of business data processing of the artificial weather modification operation system, including the collection, transmission, storage, processing and other processes of business data, involving the human shadow operation command equipment, human shadow operation implementation equipment, meteorological observation and detection equipment, etc.;

[0097] The centralized monitoring management software is based on the centralized alarm management module. By setting alarm rules, it analyzes the operation of each basic equipment and business data process. Once a problem or failure is found, the sound, light, and electricity alarm information will be released in time through the sound, light, and electricity alarm monitoring workbench to assist operation and maintenance personnel to quickly identify the fault point and handle the fault in time. Figure 3 That is, a certain alarm information display effect diagram;

[0098] The sound and light alarm monitoring workbench includes a workbench body and a sound and light alarm module. Its engineering design drawings (side view, top view, front view) are shown in Figures 4 to 6 , see the working effect diagram Figure 7 .

[0099] Compared with the prior art, the present invention has the following advantages:

[0100] By collecting and centrally displaying the basic monitoring data of the weather modification operation system, the system operation and maintenance personnel can effectively enhance the monitoring of basic data collection and improve the quality of basic data;

[0101] Through centralized monitoring and display of the entire process of data collection, transmission, storage, processing, etc., system operation and maintenance personnel can promptly discover various abnormal links in the entire process of artificial weather modification operation system data, and facilitate system operation and maintenance personnel to timely query data abnormalities, operation abnormalities and / or abnormalities generated during the data output process. By setting alarm rules, once a problem or fault is found, the sound, light and electricity alarm information will be promptly issued through the sound, light and electricity alarm monitoring workbench to assist operation and maintenance personnel in quickly determining the fault point, facilitating the investigation and handling of problems, and timely handling of faults, which provides a guarantee for the uninterrupted operation of the centralized monitoring and management platform and effectively ensures the integrity, accuracy and consistency of business data;

[0102] The sound, light, electricity and other means are used to promptly display abnormal and fault information to the system operation and maintenance personnel, and receive the processing operations of the system operation and maintenance personnel so that the system operation and maintenance personnel can handle abnormal data and operations in a timely manner, which is convenient, fast and efficient.

[0103] Through the description of the specific implementation methods, a deeper and more specific understanding of the technical means and effects adopted by the present invention to achieve the predetermined purpose should be obtained. However, the accompanying drawings are only for reference and illustration purposes and are not intended to limit the present invention.

Claims

1. A centralized monitoring and alarm system for the entire process of artificial weather modification operation system data, characterized in that: include: A monitoring data collection module is used to collect monitoring information from the data infrastructure and equipment of the weather modification operation system; A data processing flow monitoring module is used to monitor the entire process of business data processing of the artificial weather modification operation system based on the monitoring information; The centralized alarm management module is used to determine the operation status of each infrastructure, equipment and business data process based on the configured alarm rules, and generate corresponding alarm information when a problem or failure matching the alarm rules occurs; An alarm module is used to publish the alarm information.

2. According to claim 1, the centralized monitoring and alarm system for the entire process of artificial weather modification operation system data is characterized in that: The monitoring information includes: data server, data storage, network and equipment operation information.

3. The data centralized monitoring and alarm system for the entire process of artificial weather modification operation system according to claim 2 is characterized in that: The monitoring data acquisition module includes a server status monitoring submodule, a storage status monitoring submodule, a network information monitoring submodule and a process status monitoring submodule; The server status monitoring submodule is used to monitor and collect data on the application operation status, performance status and environment configuration status of all servers, and obtain relevant host device operation data and abnormal information; The storage status monitoring submodule is used for real-time monitoring and data collection of the operating status, resource usage, and storage allocation of the storage device; The network information monitoring submodule is used to provide a visual graphical interface to monitor and manage all ports of network products in the entire network and collect performance indicators; The process status monitoring submodule is used to monitor all operating systems in the data backup process in real time, obtain their data information and display it.

4. According to claim 1, the centralized monitoring and alarm system for the entire process of artificial weather modification operation system data is characterized in that: The data processing flow monitoring module includes: a business data collection monitoring submodule, a business data transmission monitoring submodule, a business data processing process and storage monitoring submodule, and a business product processing process monitoring submodule; The business data acquisition monitoring submodule is used to monitor the type of business data collected, and to obtain the specified target data according to the configuration strategy by configuring the acquisition program; The business data transmission monitoring submodule is used to monitor the transmission reliability, security and timeliness of business data; The business data processing and storage monitoring submodule is used to monitor the processing of data sending, data preprocessing, data checking, and format conversion, and to define the storage method, database logical structure, file logical structure, and storage monitoring of the data storage service system; The business product processing process monitoring submodule is used to track the processing processes of various business products and monitor the completion status of product processing.

5. According to claim 1, the centralized monitoring and alarm system for the entire process of artificial weather modification operation system data is characterized in that: The centralized alarm management module includes: a real-time alarm release and processing submodule, a historical alarm management submodule, an alarm information statistics and analysis submodule, an alarm maintenance knowledge management submodule, a fault occurrence point precise positioning submodule and an impact range real-time analysis and evaluation submodule; The real-time alarm publishing and processing submodule is used to set and manage the sending method of alarm notification, classify and process automatic alarm information, generate alarm information of different categories and levels for alarm information display, and provide alarm information query result display on the monitoring page to display alarm information; The historical alarm management submodule is used to provide a historical alarm management function so that users can trace back and view the alarm history records within a specified time range; The alarm information statistics and analysis submodule is used to establish an alarm statistics report generation system and perform daily alarm statistics report generation and maintenance; The alarm maintenance knowledge management submodule is used to realize the knowledge sharing of alarm fault handling by establishing an alarm knowledge base; The submodule for accurately locating the fault occurrence point is used to provide fault information collection, storage, query and analysis functions; The impact scope real-time analysis and evaluation submodule is used to use monitoring data and alarm information to locate and solve key problems in the system, and to make predictive analysis on the development trend of the problem and the impact on the performance and operation of the system.

6. The data centralized monitoring and alarm system for the entire process of artificial weather modification operation system according to claim 1 is characterized in that: The alarm module specifically releases the alarm information in at least one of the following forms: sound, light, and electricity.

Images