CN100521628C - Expandable dynamic network monitor system and its monitor method - Google Patents
Expandable dynamic network monitor system and its monitor method Download PDFInfo
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Abstract
The system thereof comprises: a server-side processing device composed of serving component, component application server and component proxy server; control console and device. It features the following: the serving component has a dynamically monitoring unit comprising a data maintaining manager, a monitor manager, a monitor probe, a monitor interface module, a monitor probe registration module, a monitor probe manager.
Description
Technical field
The present invention is a kind of expandable dynamic network supervisory control system and method for supervising thereof, belongs to the integrated and application technology of computer system, relates in particular to the software application technology of monitoring of tools in the network information security.
Background technology
Along with the expansion day by day of network environment scale, the quantity of various device also sharply increases in the network, and this comprises various route exchange devices, memory device and numerous safety means etc.These device distribution have constituted the enterprise computing environment of a system in each node of network topology.Because the influence of many-sided factors such as network topology structure, offered load, network element joint behavior, hacker attacks, Intranet attack, threaten the availability of each networked devices, therefore, the state of acquisition network element and performance information in real time, in time the ruuning situation of each device node in the feedback network could guarantee the reliable and stable of overall calculation environment; The collection of monitor data simultaneously also provides valuable reference for the analysis and the processing of miscellaneous service statistics in the enterprise.At present centralized network monitoring is extensively adopted by diverse network management platform institute, can collect the monitor data from network node, the unified analyzing and processing of carrying out.
Because present networked devices kind is many, quantity is big, therefore how carrying out monitoring of tools effectively becomes very important.A medium-sized enterprise has hundreds and thousands of of equipment such as various switches, router, fire compartment wall, IDS, application server and main frame, hardware, software category are all more numerous and diverse, simultaneously because the degree of support of equipment vendor is also different, therefore press for and take multiple monitor mode neatly, could monitor in real time effectively, data acquisition, the net administrator can in time be pinpointed the problems, take effective emergency measures.
Traditional network monitoring technology is generally only supported some limited device types, and the monitor mode of employing is comparatively single, and poor expandability can't satisfy the monitoring demand to the equipment of variety classes, type, model.
And the equipment in the actual environment, application system often adopt a kind of monitor mode to satisfy the demands, and along with the change of corporate environment, its monitor mode also requires flexible variation.Traditional network monitoring is general to be customized according to concrete equipment, adopts fixing monitoring protocol image data, can't adapt to the variation of enterprise's applied environment.
Summary of the invention
Purpose of the present invention provides a kind of expandable dynamic network supervisory control system and method for supervising thereof at above-mentioned the deficiencies in the prior art design just, its objective is by improving extensibility, the compatibility of monitoring unit, improves monitoring efficiency.For this reason, technical solution of the present invention provides a kind of expandable dynamic network supervisory control system and the method for supervising that is applicable to this system.This system and method adopts expandable type dynamic monitoring unit framework structure and monitoring flow process to solve above problem.
The objective of the invention is to realize by following measure:
The described expandable dynamic network supervisory control system of the technology of the present invention, the server-side processes device that comprises the centralized monitor of forming jointly by serviced component and component application server and component proxy server, and constitute centralized monitoring system jointly with control desk and equipment, it is characterized in that: comprise a dynamic monitoring unit at serviced component, the dynamic monitoring unit comprises:
(1) data maintenance manager A is used for generating the monitor task object from database or file, and for Monitoring Manager B provides calling interface, it also carries out the operation of object generation and storage to the monitor data result of Monitoring Manager B in addition; It constitutes:
Monitor task memory module: be used to receive the monitor task that Monitoring Manager B creates, it carried out the legitimacy verification, and store in database or the file;
Supervising data storage module: be used to receive the monitoring of tools data that Monitoring Manager B collects, be assembled into the monitor data model, and store in database or the file with certain form;
(2) Monitoring Manager B is used for the Memory Allocation of the generation of monitor task, the monitoring detector storing, call and be complementary with monitor task and calls; It constitutes:
Monitor task administration module: be connected in the monitor task memory module, according to using the monitoring request, for monitored object is set up monitor task, and add in the monitor task scheduler module, be responsible for receiving the monitor data that monitoring thread is gathered, carry out returning to Monitoring Manager B after the necessary processing, Monitoring Manager is done further processing;
Monitoring and scheduling module: be connected in supervising data storage module and monitor task administration module, be responsible for monitor task basic-level support is provided, regularly or periodically automatically perform desired task.
(3) C of monitoring detector factory: be used for resolving monitoring configuration file, the configuration of initialization watch-dog, upgrade the watch-dog state automatically, and provide suitable calling interface for Monitoring Manager according to the system monitoring demand; It constitutes:
Watch-dog interface module: be connected in monitoring and scheduling module and equipment, the interface service of watch-dog is provided for Monitoring Manager B;
The monitoring detector Registering modules: be connected in the watch-dog interface module, its effect is by the monitoring detector factory C module of monitoring configuration file with monitoring detector type drawing-in system, and is responsible for creating the standard interface of variety classes watch-dog;
Monitoring detector administration module: be connected in watch-dog interface module and monitoring detector Registering modules, adopt open-ended mode to organize relevant monitoring detector, and provide default interface for monitoring detector.The placement model here adopts nested Hash sheet form.
Be applicable to the method for supervising of above-mentioned expandable dynamic network supervisory control system, it is characterized in that: steps of the method are:
(1) starts the server-side processes device of the centralized monitor comprise that serviced component, component application server, component proxy server and control desk are formed, and finish the initialization procedure of centralized monitoring system jointly with control desk and equipment;
(2) the dynamic monitoring unit is loaded by the component application server, and initialization;
(3) the Monitoring Manager B in the dynamic monitoring unit, the C of monitoring detector factory and data maintenance manager A are loaded in turn, and the storage allocation unit also carries out initialization;
(4) C of monitoring detector factory reads in the monitoring configuration file, and the storage allocation unit carries out document analysis, converts the internal storage structure that system itself can handle to, and generates monitoring detector internal storage structure and relevant interface;
(5) monitoring detector is loaded in the monitoring and scheduling device, carries out monitor task;
(6) monitoring detector returns monitor data and successively is uploaded to top-level module, and according to monitored results processings that perform an analysis, and generating run instructs by Monitoring Manager B.As generate operations such as alarm event, monitor data persistence.
This programme has been broken away from monitor mode and the man-to-man Synergistic method of monitored object, but adopts the mode of multi-to-multi, and promptly same monitored object can run under the multiple monitor mode simultaneously, for the centralized monitor server provides monitor data; In addition, same monitor mode also can provide monitor service for multiple monitored object simultaneously; For the monitor mode that native system does not adopt as yet, can be by user's Adjustment System configuration voluntarily, the corresponding monitoring detector of exploitation, system's meeting automatic loading configuration file and detector also carried out monitor procedure.
The core of technical solution of the present invention is above-mentioned expandable type, dynamic monitoring unit framework and its monitoring operation method, can realize that various monitoring detectors are by demand dynamic load, plug and play, make and concentrate safety management system monitor network device node on a large scale, higher monitoring treatment effeciency is provided, supports the monitoring demand of multiple software and hardware.
This expandable type, dynamic monitoring unit are parts of concentrating safety management system, and the dynamic monitoring unit generally is placed in one, with its collaborative work.It carries out centralized management by the predefine interface to various device node in the network.
The life cycle of dynamic monitoring unit is to start with system service to generate, and after using the arrival of monitoring demand, the dynamic monitoring unit is activated by wait state, and monitor service is provided.
Description of drawings
Fig. 1 is the system block diagram of dynamic monitoring of the present invention unit and centralized monitoring system combination
Fig. 2 is the composition of dynamic monitoring of the present invention unit and the block diagram of structure
Fig. 3 is the block diagram that technical solution of the present invention is implemented environment and composition
Fig. 4 is a technical solution of the present invention dynamic monitoring unit overall procedure schematic diagram
Fig. 5 is the operational process schematic diagram of monitor task management during the present invention is
Fig. 6 is the operational process schematic diagram of monitoring and scheduling during the present invention is
Embodiment
Below in conjunction with accompanying drawing and example example technical solution of the present invention is described in further detail:
Shown in accompanying drawing 1, it has been described when implementing technical solution of the present invention, the inter-process environment of dynamic monitoring unit 1 and centralized monitoring system combination.Wherein, dynamic monitoring unit 1 and other modules such as incident collecting unit, the alert analysis unit, report generation unit etc. constitutes the serviced component 11 of centralized monitoring system together, these serviced components 11 and component application server (McomServer) 12, component proxy server (McomProxy) 13 has been formed the server-side processes environment of centralized monitor jointly, but component application server 12 is based on the expansion service framework of JMX technology, component proxy server 13 is made up of one group of MBean, accept unified management and the scheduling of McomServer, by articulamentum such as HttpAdaptor, connection adaptor such as RMIAdaptor and external request are carried out alternately.Server-side processes environment and control desk (ManageUI) 14, equipment 9 have together constituted whole centralized monitoring system.Control desk 14 is a kind of human-computer interaction interfaces, in order to receive user's operational order, and carrying out the transmission of data and instruction with server end, equipment 9 generally is made of monitored equipment such as main frame, fire compartment wall, router, switch, IDS, gateway and the network storage equipment etc.Wherein, the server-side processes environment receives the monitoring request and the initialization monitoring processing environment of control desk 14, carries out monitoring process to equipment end.
Shown in accompanying drawing 2, it has been described when implementing technical solution of the present invention, the structural representation of dynamic monitoring unit 1.Dynamic monitoring unit 1 comprises as one in the serviced component 11:
(1) data maintenance manager A is used for generating the monitor task object from database or file, and for Monitoring Manager B provides calling interface, it also carries out the operation of object generation and storage to the monitor data result of Monitoring Manager B in addition; It constitutes:
Monitor task memory module 2: be used to receive the monitor task that Monitoring Manager B creates, it carried out the legitimacy verification, and store in database or the file;
Supervising data storage module 3: be used to receive the monitoring of tools data that Monitoring Manager B collects, be assembled into the monitor data model, and store in database or the file with certain form;
(2) Monitoring Manager B is used for the Memory Allocation of the generation of monitor task, the monitoring detector storing, call and be complementary with monitor task and calls; It constitutes:
Monitor task administration module 4: be connected in monitor task memory module 2, according to using the monitoring request, for monitored object is set up monitor task, and add in the monitoring and scheduling module 5, be responsible for receiving the monitor data that monitoring thread is gathered, carry out returning to Monitoring Manager B after the necessary processing, Monitoring Manager is done further processing;
Monitoring and scheduling module 5: be connected in supervising data storage module 3 and monitor task administration module 4, be responsible for monitor task basic-level support is provided, regularly or periodically automatically perform desired task.
(3) C of monitoring detector factory: be used for resolving monitoring configuration file, the configuration of initialization watch-dog, upgrade the watch-dog state automatically, and provide suitable calling interface for Monitoring Manager B according to the system monitoring demand; It constitutes:
Watch-dog interface module 6: be connected in monitoring and scheduling module 5 and equipment 9, the interface service of watch-dog is provided for Monitoring Manager;
Monitoring detector Registering modules 7: be connected in watch-dog interface module 6, its effect is by the monitoring detector factory module of monitoring configuration file with monitoring detector type drawing-in system, and is responsible for creating the standard interface of variety classes watch-dog;
Monitoring detector administration module 8: be connected in watch-dog interface module 6 and monitoring detector Registering modules 7, adopt open-ended mode to organize relevant monitoring detector, and provide default interface for monitoring detector.
In addition, also need to be provided with monitoring request module 10 in the outside of dynamic monitoring unit 1, monitoring request module 10 belongs to the external environment condition of monitor service, belongs to client part, is used for initiating the monitoring request to dynamic monitoring unit 1; Equipment 9 also belongs to the external environment condition of monitor service, belongs to the monitored device part, receives monitored instruction, and feeds back self state, performance parameter.
Shown in accompanying drawing 3, it has been described when implementing technical solution of the present invention, the residing outside running environment of server-side processes environment.Dynamic monitoring unit 1 is positioned at the MComServer of server end.Dotted portion has illustrated the concrete structure of server end among the figure: the bottom is a hardware device, needs to install Java Virtual Machine on operating system, and it does not have too much requirement to operating system, supports most of operating systems at present.The top operation Secfox Manage Server of virtual machine, this is a kind of application service hypervisor of conformance with standard JMX framework, under this Service Management environment, load dynamic monitoring unit 1, the operation monitoring service, monitoring configuration file and expanding monitoring detector in this service and the unit cooperatively interact, and reach the purpose of dynamic load, flexible expansion.For monitored device can be work station, server, safety means, the network equipment, memory device and other device types, and they have constituted unified centralized monitor exterior arrangement with monitoring server.
Monitoring detector Registering modules 7 after the employed watch-dog type of resolution system and the configuration thereof, manages this configuration by monitoring detector administration module 8 is unified from the monitoring configuration file, creates the watch-dog object, and with Hash sheet form managing internal memory layout.Watch-dog interface module 6 is called by demand the watch-dog object in the monitoring detector administration module with unified standard interface.
The description form of monitoring configuration file Monitor.xml is as follows:
＜config Name=" Monitor " Text=" monitoring of tools " CategoryID=" 0 " 〉
＜category Name=" Resource " Text=" host performance monitoring "
CategoryID＝″1″>
＜monitor Name=" CPUUtilization " Text=" host CPU utilance "
CategoryID＝″101″EventCategory＝″PFM″
EventType＝″Performance.cpuThreshold″>
<protocol?Name＝″snmp″vendor＝″″
oid＝″1.3.6.1.2.1.25.3.3.1.2″index＝″″displaycolumn＝″″
nodetype＝″multiplenode″resulttype＝″1″caculatetype＝″″
resultunit＝″％″timeavg＝″″defaultinterval＝″300″description＝″
Use the cpu busy percentage of SNMP method monitoring objective main frame "/
……
</monitor>
……
</category>
……
</config>
The division rule of Xml file is as follows:
) the category label is used to state the classification of monitored object, as " host performance monitoring ", " interface flow monitoring ", " application service monitoring " etc., Name is a class name, and Text is that classification is described, and CategoryID is a classification logotype;
2) the monitor label is used to state the type of monitored object, and as " host CPU utilance ", " memory usage " etc., Name is a type name, Text is a type specification, CategoryID is a type identification, and EventCategory is a kind of event, and EventType is an event type;
3) can allow a plurality of monitor in a category label, can have a plurality of concrete monitoring type in promptly a kind of big monitoring classification;
4) the protocol label is used to state monitor mode or monitoring protocol, as " SNMP ", " ICMP ", " Telnet " etc.Vendor is a protocol version, and oid is an object identity, and labels such as index, displaycolumn, nodetype, resulttype, calculatetype are then represented planting some indispensable parameters of monitor mode;
5) different protocol can have different attributes, and a monitor can have multiple monitor mode, promptly comprises a plurality of protocol, can expand according to the actual requirements.
Shown in accompanying drawing 4～6, it has been described when implementing technical solution of the present invention, constitutes above-mentioned dynamic network supervisory control system and the expandable dynamic network method for supervising that is applicable to above-mentioned expandable dynamic network supervisory control system, steps of the method are:
(1) starts the server-side processes device of the centralized monitor comprise that serviced component 11, component application server 12, component proxy server 13 and control desk 14 are formed, and finish the initialization procedure of centralized monitoring system jointly with control desk 14 and equipment 9;
(2) dynamic monitoring unit 1 is loaded by the component application server, and initialization;
(3) the Monitoring Manager B in the dynamic monitoring unit 1, the C of monitoring detector factory and data maintenance manager A are loaded in turn, and the storage allocation unit also carries out initialization;
(4) C of monitoring detector factory reads in the monitoring configuration file, and the storage allocation unit carries out document analysis, converts the internal storage structure that system itself can handle to, and generates monitoring detector internal storage structure and watch-dog interface module 6;
(5) monitoring detector is loaded in the monitoring and scheduling module 5, carries out monitor task;
(6) monitoring detector returns monitor data and successively is uploaded to top-level module, and according to monitored results processings that perform an analysis, and generating run instructs by Monitoring Manager B.
Fig. 4 is a concrete operations flow process of having described monitor task administration module 4 inside.When beginning, will create monitor task administration module 4 after the system monitoring system start-up, and be loaded as the system monitoring service, the monitor task manager is further created monitoring and scheduling module 5.Because monitor task can be used some configuration informations (as the configuration of main frame), be used to set up the environment of monitoring, generally speaking, these information change are not frequent, but monitor task may frequently use, all to read these information efficiencies from database or file lower at every turn, so consider such information is left in some global variables, provides visit to these information with static method.Therefore, next monitor task administration module 4 is created the global access object that needs, construct monitor configuration surroundings after, monitor task administration module 4 can be from the tabulation of monitor task memory module 2 monitor tasks, and task is loaded in the monitoring and scheduling module 5.
Fig. 5 has described the concrete operations flow process of monitoring and scheduling module 5 inside.Monitoring and scheduling module 5 is registered to the Timer object with the monitor task that monitor task administration module 4 distributes, and add in the monitor task tabulation, next be responsible for the traffic control of monitor task by Timer, it can start and stop the execution of monitor task at the fixed time.Monitoring and scheduling module 5 is sent to supervising data storage module 3 as required with monitor data under the effect of monitor task administration module 4, realizes the persistence of monitor data with the form of database file.
Technical solution of the present invention has the following advantages:
1. expand the support scope of watch-dog, improved accuracy and the validity of monitoring, Avoided the exploitation that repeats;
2. monitoring detector has been inherited unified watch-dog interface, as long as realize the method for interface, gets final product Realize dynamic load in system's startup or running, this loading procedure will be according to the monitoring configuration file Concrete configuration decide. The state of system's meeting automatic monitoring configuration file is in case find that configuration file has Change, the watch-dog state in system's meeting horse back updating memory, and to the current monitor task work that has loaded Go out warning. Therefore this dynamic monitoring unit has good autgmentability and plug and play characteristic.
The dynamic monitoring unit when system loads according to configuration file instantiation Monitoring Manager, data Maintenance manager and monitoring detector factory. This flow process is not because of concrete monitoring detector and monitoring configuration Therefore the change of file and changing has higher stability and efficient, has avoided being certain monitoring The concrete monitoring flow process of the special exploitation of device has been saved the development time.
4. by certain equipment is disposed multiple monitoring detector, can omnibearing seizure is monitored establish Standby characteristic information, these watch-dogs can be supervised under the unified management of dynamic monitoring unit in order Control is not because of support not enough the lose monitoring capacity of equipment to a certain monitor mode.
Claims (2)
1. expandable dynamic network supervisory control system, the server-side processes device that comprises the centralized monitor of forming jointly by serviced component (11) and component application server (12) and component proxy server (13), and constitute centralized monitoring system jointly with control desk (14) and equipment (9), it is characterized in that: dynamic monitoring unit (1) is a kind of specific serviced component (11), and dynamic monitoring unit (1) comprising:
(1) data maintenance manager (A) is used for generating the monitor task object from database or file, and provides calling interface for Monitoring Manager (B), and it also carries out the operation of object generation and storage to the monitor data result of Monitoring Manager (B) in addition; It constitutes:
Monitor task memory module (2): be used to receive the monitor task that Monitoring Manager (B) is created, it carried out the legitimacy verification, and store in database or the file;
Supervising data storage module (3): be used to receive the monitoring of tools data that Monitoring Manager (B) collects, be assembled into the monitor data model, and store in database or the file with certain form;
(2) Monitoring Manager (B) is used for the Memory Allocation of the generation of monitor task, the monitoring detector storing, call and be complementary with monitor task and calls; It constitutes:
Monitor task administration module (4): be connected in monitor task memory module (2), according to using the monitoring request, for monitored object is set up monitor task, and add in the monitoring and scheduling module (5), be responsible for receiving the monitor data that monitoring thread is gathered, carry out returning to Monitoring Manager (B) after the necessary processing, Monitoring Manager is done further processing;
Monitoring and scheduling module (5): be connected in supervising data storage module (3) and monitor task administration module (4), be responsible for monitor task basic-level support is provided, regularly or periodically automatically perform desired task;
(3) monitoring detector factory (C): be used for resolving monitoring configuration file, the configuration of initialization watch-dog, upgrade the watch-dog state automatically, and provide suitable calling interface for Monitoring Manager (B) according to the system monitoring demand; It constitutes:
Watch-dog interface module (6): be connected in monitoring and scheduling module (5) and equipment (9), the interface service of watch-dog is provided for Monitoring Manager;
Monitoring detector Registering modules (7): be connected in watch-dog interface module (6), its effect is by the monitoring detector factory module of monitoring configuration file with monitoring detector type drawing-in system, and is responsible for creating the standard interface of variety classes watch-dog;
Monitoring detector administration module (8): be connected in watch-dog interface module (6) and monitoring detector Registering modules (7), adopt open-ended mode to organize relevant monitoring detector, and provide default interface for monitoring detector.
2. expandable dynamic network method for supervising that is used for the described expandable dynamic network supervisory control system of claim 1 is characterized in that: steps of the method are:
(1) starts the server-side processes device of the centralized monitor comprise that serviced component (11), component application server (12), component proxy server (13) and control desk (14) are formed, and finish the initialization procedure of centralized monitoring system jointly with control desk (14) and equipment (9);
(2) dynamic monitoring unit (1) is loaded by the component application server, and initialization;
(3) Monitoring Manager (B) in dynamic monitoring unit (1), monitoring detector factory (C) and data maintenance manager (A) are loaded in turn, and the storage allocation unit also carries out initialization;
(4) the monitoring configuration file is read in monitoring detector factory (C), and the storage allocation unit carries out document analysis, converts the internal storage structure that system itself can handle to, and generates monitoring detector internal storage structure and watch-dog interface module (6);
(5) monitoring detector is loaded in the monitoring and scheduling module (5), carries out monitor task;
(6) monitoring detector returns monitor data and successively is uploaded to top-level module, and according to monitored results processings that perform an analysis, and generating run instructs by Monitoring Manager (B).
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| CN101272481B (en) * | 2008-04-02 | 2010-06-16 | 武汉大学 | Video monitoring front end equipment access method |
| CN101321364B (en) * | 2008-04-16 | 2011-06-08 | 广东高新兴通信股份有限公司 | Method for centralized analysis of far-end equipment data flow |
| CN101621405B (en) | 2009-07-07 | 2012-02-29 | 中兴通讯股份有限公司 | Distributed type management monitoring system, monitoring method and establishing method thereof |
| CN102347869B (en) * | 2010-08-02 | 2014-10-08 | 阿里巴巴集团控股有限公司 | Method, device and system for monitoring equipment performance |
| CN102123059B (en) * | 2011-03-17 | 2014-04-16 | 广州杰赛科技股份有限公司 | Hybrid fiber coaxial network monitoring proxy service system and proxy service method |
| US9310790B2 (en) * | 2011-05-23 | 2016-04-12 | Honeywell International Inc. | Large-scale comprehensive real-time monitoring framework for industrial facilities |
| CN103442022B (en) * | 2011-10-18 | 2017-08-22 | 华北电网有限公司 | The many data acquisition node centralized management methods of power telecom network |
| CN102354296B (en) * | 2011-11-10 | 2016-05-04 | 摩卡软件(天津)有限公司 | A kind of monitoring system and method that can expanding monitoring resources |
| CN102638575B (en) * | 2012-03-27 | 2015-01-14 | 国网山东省电力公司 | Layered monitoring system for battery charging and alternating |
| CN102752131B (en) * | 2012-06-04 | 2017-04-26 | 国网电力科学研究院 | Task-driven based power telecommunication network data acquisition method |
| CN103514044B (en) * | 2012-06-29 | 2017-02-08 | 北京金山安全软件有限公司 | Resource optimization method, device and system of dynamic behavior analysis system |
| CN103516555A (en) * | 2013-10-23 | 2014-01-15 | 中国科学院信息工程研究所 | Network device monitoring method and system |
| CN104618161A (en) * | 2015-02-02 | 2015-05-13 | 浪潮软件股份有限公司 | Application cluster monitoring device and method |
| CN106454878A (en) * | 2015-08-12 | 2017-02-22 | 中兴通讯股份有限公司 | Method and device for updating monitoring task |
| CN106656541A (en) * | 2015-11-04 | 2017-05-10 | 大唐移动通信设备有限公司 | Data transmission method and apparatus based on SNMP interface |
| CN105610648B (en) * | 2016-01-11 | 2019-08-09 | 飞天诚信科技股份有限公司 | A kind of acquisition method and server of O&M monitoring data |
| US10491465B2 (en) | 2017-05-12 | 2019-11-26 | Dell Products L.P. | System and method for dynamic and extensible management of device nodes |
| CN107219841A (en) * | 2017-05-27 | 2017-09-29 | 深圳市沃特沃德股份有限公司 | Attribute access control method and device |
| CN108108289A (en) * | 2018-01-11 | 2018-06-01 | 郑州云海信息技术有限公司 | A kind of cluster resource statistical method, system, device and readable storage system |
| CN108418725B (en) * | 2018-01-16 | 2020-09-01 | 海尔优家智能科技（北京）有限公司 | Method and equipment for network monitoring and computer readable storage medium |
| CN112394675B (en) * | 2019-08-12 | 2023-02-10 | 比亚迪股份有限公司 | Monitoring system, method and server for rail transit |
| CN112165474A (en) * | 2020-09-22 | 2021-01-01 | 珠海市魅族科技有限公司 | Network monitoring method and device |
| CN112822047A (en) * | 2021-01-04 | 2021-05-18 | 北京同有飞骥科技股份有限公司 | Method and system for improving SNMP data acquisition efficiency |
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