CN107832187A - A kind of power transmission and transformation equipment state monitoring system - Google Patents
A kind of power transmission and transformation equipment state monitoring system Download PDFInfo
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- CN107832187A CN107832187A CN201710967953.9A CN201710967953A CN107832187A CN 107832187 A CN107832187 A CN 107832187A CN 201710967953 A CN201710967953 A CN 201710967953A CN 107832187 A CN107832187 A CN 107832187A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/30—Monitoring
- G06F11/3089—Monitoring arrangements determined by the means or processing involved in sensing the monitored data, e.g. interfaces, connectors, sensors, probes, agents
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J13/00—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network
- H02J13/00001—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network characterised by the display of information or by user interaction, e.g. supervisory control and data acquisition systems [SCADA] or graphical user interfaces [GUI]
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- Quality & Reliability (AREA)
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Abstract
A kind of power transmission and transformation equipment state monitoring system, including basic resource status data monitoring unit, application system performance achievement data collecting unit, user experience data collector unit, judging unit, alarm notification unit and result display unit.By using the system of the present invention, the state of underlying basis resource operation can not only be monitored, but also can be deep into inside application code, realizes the depth analysis and fault location of failure.Simultaneously, the experience data of terminal user can be monitored, realize the monitoring from end-to-end application performance, and the visualization for passing through operational indicator, business association impact analysis and fault rootstock positioning are really realized, forms complete health covering of the daily management from platform to applied business.
Description
Technical field
The present invention relates to electric power monitoring technical field, more particularly to a kind of power transmission and transformation equipment state monitoring system.
Background technology
Power transmission and transformation equipment state monitoring system is a set of complex software architecture, not only including hardware device, such as
The network foundation resources such as all kinds of servers, cluster, database, Web applications, and the component of more core is to include all kinds of business to answer
With, integrated interface etc..Therefore, power transmission and transformation equipment state monitoring system, the management to all kinds of basic resources is not only realized, downwards
Integrated by GPRS, MSTP with all kinds of concentrator transformer stations terminals, realize the integrated and data acquisition of each Terminal Type.Meanwhile also
The data of types of applications system and terminal user are monitored.And traditional monitoring system is merely able to realize to all kinds of bases
The management of plinth resource, the internal detection and diagnosis for realizing code level of application can not be deep into, the internal realization of application can not be deep into
Application availability, application performance are carried out going deep into management, can not more realize Consumer's Experience end to end and application performance diagnosis, because
This can not also position the root of application performance decline.
The content of the invention
For in place of overcome the deficiencies in the prior art, it is an object of the invention to establish the monitoring system of a set of omnibearing stereo formula
System, the unified Centralizing inspection to basic resource and internal code is realized, realize that application performance monitors end to end.
To achieve the above object, the technical solution adopted by the present invention is：
A kind of power transmission and transformation equipment state monitoring system, including basic resource status data monitoring unit, application system performance index
Data acquisition unit, user experience data collector unit, judging unit, alarm notification unit and result display unit, the base
Plinth resource status data monitoring unit is used for the status data for monitoring basic resource in real time, the application system performance achievement data
Collecting unit is used for real-time acquisition applications system performance index data, and the user experience data collector unit is used for real-time collecting
User experience data, the judging unit are used for whether judging the status data, performance indications data or user experience data
More than predetermined threshold value, the alarm notification unit is used to send alarm notification, and the result display unit is used to tie monitoring
Fruit is shown.
Preferably, the monitoring is using without agent skill group.
Preferably, the basic resource status data monitoring unit includes host supervision module and database monitoring modular,
The host supervision module includes CPU monitorings submodule, internal memory monitoring submodule, disk monitoring submodule and monitoring the process submodule
Block, the database monitor module to database are monitored using Agent modes or without Agent modes.
Preferably, the cycle of the monitoring is 1 minute, 5 minutes, 15 minutes or 60 minutes.
Preferably, the application system performance achievement data includes single in application system average response time, application system
The average response time of individual affairs, application system handling capacity, application system performance index, application system error rate, application system
Logical topology chart, Java virtual machines implementation status, in SQL statement implementation status and application server environment.
Preferably, when the application system average response time includes the execution of Java codes, SQL sentences in application
Between, and the time for calling other to service in application, the average response time of single affairs includes affairs in the application system
In each working cell average response time, the working cell is SQL statement, interface or class, and the application system gulps down
The amount of telling refers to application system accessed number per minute, and the application system performance index is that user is satisfied with to application performance
The quantized value of degree, the application system error rate refer to that application program returns to the ratio of abnormal data, what the abnormal data referred to
It is that the abnormal informations dished out of Java, http cannot respond to web without response error message, the application system logical topology chart
Refer to that application program calls view, the call graph of internal each service, and the distribution of request response time end to end
Figure, the Java virtual machines implementation status include heap memory service condition, refuse collection, class loading, thread and session information,
The implementation status of SQL statement includes performing time, parameter in the application, and the application server environment includes processor, interior
Deposit, operating system, Java Virtual Machine and TPM relevant configuration informations.
Preferably, the collection uses Java bytecode technology.
Preferably, the user experience data includes page load time, page flow and page performance index, the page
When the face load time includes request time delay, application response time, network latency, DOM load times and page rendering
Between, the page flow refer to be from the real network flow required for server end loading page, the page performance index
Refer to quantizating index of the user to page response satisfaction.
Preferably, described collect inserts code technology using Java Script.
Preferably, the alarm notification includes SMS notification, mail notification and sound notification.
Benefit of the invention is that：
（1）To all kinds of heterogeneous components for example main frame, database, using etc. carry out the collection analysis of centralization, to all kinds of monitored pairs
As caused mass data carries out Centralizing inspection management and convergence.
（2）The centralization displaying management to all kinds of heterogeneous components running statuses is realized, by the IT operational monitorings that script is isolated
Means bring into concentrated in unified platform management framework checking and analyzing.
（3）Realize from basic resource management to the leap of application performance management, pay close attention to application performance quality emphatically.
（4）The health status of network foundation resource operation is shown from different perspectives, is lifted fine-grained management ability, is O＆M
Department planning of science activities provides significant data foundation, assists O＆M department to be marched toward worth center from cost centre.
（5）Multiple performance indications of multiple managed objects are subjected to tissue and presentation according to certain service logic, from
And allow users to open-and-shut in same administration interface check all performance indications related to its management responsibility.
（6）A variety of alarm notification modes are provided, are easy to administrative staff to have notice the very first time.
（7）Visual performance area graphical interfaces is provided, is easy to operation maintenance personnel to be quickly found out the position of faulty equipment.
（8）Using bytecode technology, application availability, operation flow can not only be monitored, more crucially can be deep
Enter to inside application code, track inside application program, automatic study, identification, the type of record application transaction, service code class
The efficiency and service feature match pattern of execution, user is helped to realize from code word, parameter to the multiple dimensions of database statement
Depth diagnoses and fault location.
（9）Terminal user side can be extended to by monitoring visual angle by inserting code technology using Java Script, to terminal user's
User experience data is monitored, and realizes real Consumer's Experience management.
（10）It is true directly perceived anti-by capturing each time access details of the user to application system from business visual angle
Reflect Consumer's Experience and application system performance.User can realize the dynamic adjustment to application, so as to ensure according to performance monitoring results
The execution efficiency of application.
Brief description of the drawings
Fig. 1 is the system structure diagram of the present invention.
Fig. 2 is Java bytecode technical work principle schematic diagram of the present invention.
Fig. 3 is that Java Script of the present invention insert code technical work principle schematic diagram.
Fig. 4 is host supervision systematic parameter of the present invention displaying figure.
Embodiment
A kind of power transmission and transformation equipment state monitoring system, as shown in figure 1, including basic resource status data monitoring unit, answering
With system performance index data acquisition unit, user experience data collector unit, judging unit, alarm notification unit and result exhibition
Show unit.Wherein：
Basic resource status data monitoring unit be used in real time monitor basic resource status data, including host supervision module and
Database monitor module.In the present embodiment, system uses the monitoring realized without agent skill group to basic resource.Due to without agency
Technical monitoring uses traditional data acquisition modes, and implementation is simple, easy to maintenance, while to managed device almost without any shadow
Ring.By WMI, PerfMon, HTTP/HTTPS, SQL*NET, Ping, DNS, SNMP, Secure Shell (SSH),
The protocol realization equipment remote management such as TELNET, JDBC, ODBC, it can realize most of to server, database, middleware etc.
The monitoring of enterprise's IT hardware and software platforms.From technology realization principle, as long as supporting order line output interface or net in theory
The management data of network management agreement interface can be by being acquired without acting on behalf of monitoring mode.Wherein：
Host supervision module is used for the every status data for gathering host computer system.In the present embodiment, the collection of Host Status data
Mode includes without agent acquisition and has agent acquisition.Gathered for proxy-free mode, present embodiments provide all kinds of collection adaptations
Device, such as Telnet, SSH, SSH2, JDBC/ODBC, WMI, FTP, SNMP, JMX mode gather to realize, it is sufficient to meet related
The management requirement of the operating system of demand of technical standard etc..Monitoring system supports all kinds of acquisition tasks to configure, Collecting operation parses,
Collection period adjustment, data acquisition modes managerial ability.Meanwhile monitoring system also supports distributed capture mechanism, using the teaching of the invention it is possible to provide
The distributed capture of data is managed, unified gathered data management and convergence are realized by it.And for having agent acquisition, monitoring system
The mode of the single probe of system offer realizes the intellectual monitoring to main frame, being capable of basis after installing Agent on monitored main frame
The systematic parameter of each monitored main frame in the configuration autopolling network of user, including：CPU, internal memory, exchange area, file system,
Magnetic disc i/o, journal file etc..Parameter collection content, polling interval to each monitored system etc. can be entered by keeper
Row customization, can further set the automation mechanized operation solved the problems, such as.Host supervision module includes CPU monitorings submodule, internal memory
Monitor submodule, disk monitoring submodule and monitoring the process submodule.Wherein：
CPU monitoring submodules are used for the monitoring for CPU, when main monitoring CPU User spaces usage time, cpu system state use
Between, CPU wait IO time and cpu idle time etc., when CPU utilization rate exceedes threshold value, generation alarm notification.
Internal memory monitoring submodule is used for the monitoring for internal memory, and monitoring system mainly provides memory usage, exchanges sky
Between utilization rate, swapace size, swapace service condition, page exchange rate, internal memory mistake page rate, memory pages transfer in
Speed, memory pages recall the indexs such as speed and call in monitoring physical memory, virtual memory and the system page, recall situation.
When these indexs exceed threshold value set in advance, generation alarm.
Disk monitoring submodule is used for the monitoring for disk, and monitoring system passes through sub-area utilization rate, subregion capacity, disk
The service condition of the Monitoring Indexes such as sub-area utilization rate, hard-disk capacity hard disk and subregion, by hard disk read rate, hard disk writing speed,
The service condition of the Monitoring Indexes hard disk such as the average reading rate of hard disk and the average writing speed of hard disk.Preset when these indexs exceed
Threshold value, produce alarm.
Monitoring the process submodule provide to the process title of process, process ID, Parent process ID, the user for running the process,
The monitoring of process priority, operation terminal etc..Meanwhile the submodule also provides the monitoring to running state of process, including process
The states such as living, process is dead, the wait of process Sleep, process.When process initiation or it is ossified when, produce alarm, notify system administration
Member.There is provided simultaneously and process is carried out the operation such as to stop.
The scope of database monitor module monitors includes the types of databases used in each important application system.Support logical
Cross Agent or realize the prison to the frequently-used data such as Oracle, Sysbase, SQL Server, MySQL, DB2 storehouse without Agent modes
Survey and manage.
Database monitor module can form the preceding active of influence on application and end user in database problem and be identified, this
One function is completed by multiple predefined threshold events and state, and the information of these predefined index tracking can basis
Database software version it is different and otherwise varied, main monitoring index includes：
（1）DB status、Instance status、Listener Status
（2）Take CPU, internal memory situation, SGA, PGA
（3）Buffer Cache, classification, buffering, shared pool and TC transaction capabilities, such as per class, average line number and dictionary are slow at a high speed
Deposit hit rate
（4）Connection is connected in parallel number, dead to connect number etc.
（5）Process, segmentation statistics of reruning, such as reduction and percentage to be obtained
（6）Lock（Lock）Occupancy situation information
（7）DB Space, table space space management, such as form remaining space and segmentation, segmentation greatest limit
（8）Transation（Affairs）Erroneous condition, such as track file, SYS.DUAL states, snapshot mistake
（9）SQL Statistics, form and index performance, including cache tabular quantity and full table scan speed
（10）Physics is read and write, alarm logging information, such as data block damage, surplus resources queue, internal error and the event of I/O read/write
Barrier
For the collection period of above-mentioned monitoring index, it is generally divided into 1 minute, 5 minutes, 15 minutes or 60 minutes etc., user can be with
Configured according to the actual requirements.If collection period is too short, the performance of application system can be influenceed, is adopted so typically defining index
It is 15 minutes or 60 minutes to collect the cycle.
Application system performance achievement data collecting unit is used for real-time acquisition applications system performance index data.The present embodiment
In, system uses Java bytecode technology acquisition applications system performance index data, and detailed process is：
1st, dispose Java Virtual Machine JVM on the application server and Java bytecode control frame ASM, application program operate in institute
State on JVM；
JVM is Java Virtual Machine（Java Virtual Machine）Abbreviation, JVM is a kind of specification for computing device,
It is one and fabricates computer out, be by the computer of reality analogue simulation various computer functions realize
's.Java Virtual Machine includes a set of byte code instruction collection, one group of register, a stack, a garbage reclamation heap and a storage
Method domain.JVM shields the information related to specific operating system platform, java applet is only generated in Java Virtual Machine
The object code of upper operation（Bytecode）, so that it may to be run without modification in kinds of platform.JVM when performing bytecode,
Machine instruction actually final or that bytecode is construed on platform specific performs.
ASM is a Java bytecode control frame, and it can be used to the function of dynamic generation class or the existing class of enhancing.
ASM can directly produce binary system class files, can also dynamically change before class is loaded into Java virtual machines
Class behavior.Java class are stored in the .class files that strict form defines, and these class files possess enough members
Data parse all elements in class：Class name, method, attribute and Java bytecodes（Instruction）.ASM is from class file
After reading in information, class behavior can be changed, analyze category information, or even can be required to generate new class according to user.
2nd, using the operation of Java bytecode technical monitoring application program, every monitoring index data are obtained；
Java bytecode is the .classes files obtained after common Java code compiles, can be correct by Java Virtual Machine
Perform.Java probes use Java bytecode technology, build an Agent independently of business procedure（Agent）, it is used for
The program that monitoring and assistance are operated on JVM, it might even be possible to dynamic replacement and the definition for changing some classes.So as to realize code
The monitoring of level service feature and fault location.Concrete operating principle is as shown in Fig. 2 comprise the following steps：
（1）Binary file A.class is directly produced in ASM；
（2）A.class is loaded into JVM using the classLoader in JVM, during which calls the javaagent in JVM to exist
In A.class bytecode after embedded monitor code, A ' .class are generated；
（3）When there is request to call A.class, the engine in JVM will be found and perform A ' .class, and A ' .class are held
The normal service logics of row A.class, the monitor code in A.class is performed, catch monitoring data；
（4）A ' .class, which are performed, to be terminated, and the monitoring data is write monitoring data working area by the engine in JVM；
（5）The monitoring data can be sent to application server every the agent threads in 60s, JVM, and clear up working area.
The performance indications data of bytecode technical monitoring include single thing in application system average response time, application system
The average response time of business, application system handling capacity, application system performance index, application system error rate, application system logic
Topological diagram, Java virtual machines implementation status, in SQL statement implementation status and application server environment.Wherein, it is described
Application system average response time includes calling it in Java codes, the execution time of SQL sentences, and application in application
The time that he services, the average response time of single affairs includes being averaged for each working cell in affairs in the application system
Response time, the working cell are SQL statement, interface or class, and the application system handling capacity refers to that application system is every
The number that minute is accessed, the application system performance index are users to the quantized value using performance satisfaction, the application
System mistake rate refers to that application program returns to the ratio of abnormal data, and the abnormal data refers to the abnormal letter that Java is dished out
Breath, http cannot respond to refer to application program end to end without response error message, the application system logical topology chart with web
View, the call graph of internal each service, and the distribution map of request response time, the Java virtual machines is called to hold
Market condition includes heap memory service condition, refuse collection, class loading, thread and session information, and SQL statement holds in the application
Market condition includes performing time, parameter, and it is virtual that the application server environment includes processor, internal memory, operating system, Java
Machine and TPM relevant configuration informations.
User experience data collector unit is used for real-time collecting user experience data.The present embodiment uses browser
JavaScript inserts code technology and realizes that front end page user experience data is collected.By inserting Java script in a browser
Probe pins monitor Consumer's Experience originally, and Java Script generations are issued automatically by application server end probe when webpage is loaded
Code, and is carried out by dynamic analysis and is performed for Java Script codes by browser, start to catch user experience data and collect real
Border performance data, its concrete operating principle are as shown in Figure 3.
In the present embodiment, data caused by primary capture Ajax structures and the objects of other Web 2.0, specific user
Experience data includes page load time, page flow and page performance index, and the page load time includes request and postponed
Time, application response time, network latency, DOM load times and page rendering time, the page flow refer to from clothes
Real network flow required for device end loading page of being engaged in, the page performance index refer to user to page response satisfaction
Quantizating index.
Whether judging unit is used to judge above-mentioned status data, performance indications data or user experience data more than predetermined
Threshold value, if it is, producing alarm notification, otherwise the monitoring result is shown.
Alarm notification unit is used to send alarm notification.In the present embodiment, system provides a variety of alarm notification modes, can
When producing different stage alarm, to notify user, including SMS notification, mail to lead in a variety of different ways according to different situations
Know and sound notification.Wherein：
（1）SMS notification
At present, SMS has become one of the most frequently used, maximally effective personal notification means, therefore monitoring system is supported and short
Letter platform is integrated, to adapt to this needs of user.As long as keeper set in monitoring system the object of notice, opportunity,
Mode and content, when needing notice, monitoring system can call the short message sending program of correlation automatically, and short message content is sent out in time
It is sent to the phone number specified.
（2）Mail notification
Monitoring system provides configuration interface and the alarm that send E-Mail automatically is configured, such as the object of notice, opportunity, side
Formula and content, system will send mail by JavaMail application programs using mail server specify, existing.Mail leads to
The content known can be customized arbitrarily, and acquiescence includes the information such as alarm source, alarm description, the time of failure generation, alarm level.
（3）Sound notification
The audio files of alarm prompt is deployed in the monitor terminal specified by monitoring system, configures audio amplifier on the terminal, can
With by defining related rule, when corresponding alarm occurs, the letters such as the title of the alarm, rank, classification are reported by audio amplifier
Breath.
As a result display unit is used to show the result monitored.System provides abundant displaying function to monitoring result,
User can flexible customization is shown as needed content.
Such as the displaying of host computer system parameter, as shown in Figure 4.System provides performance area function, i.e., will be multiple
Multiple performance indications of managed object carry out tissue and presentation according to certain service logic, so that user can be same
It is open-and-shut in individual administration interface to check all performance indications related to its management responsibility.Meanwhile in performance area
It can be the different workspace of different service creations in graphical interfaces, organize and define wherein and be associated different
Each performance indications of object are managed, and are shown in different forms.
For another example, system is answered by the deep execution performance for tracking application code class, automatic study, identification, record
With the type of transaction, according to the Technical Architecture, deployment mode, service request of application system, different application groups is automatically identified
The state and dependence of part, global reference's topological diagram of each application component and the transaction road of single business are presented automatically
Footpath, applied topology administrative model is drawn, based on this model, applied topology provides application node, the page, SQL, interlayer affairs and called
Deng operation information, realize and show the resource associations figure collaboration of business, application, by applied topology view, assist operation maintenance personnel
The quick availability for grasping application logicframework and application component.
Meanwhile system also provides the functions such as flexible and powerful data query, statistics, analysis, issue and report form showing, use
Family can pass through the form and chart numbers of each side such as the gain-of-function network, the configuration of system and service application, state, performance
According to supporting graphics mode show, print or unloading export for the form mode such as Excel, PDF, HTML.
By using the system of the present invention, it is possible in huge information technology infrastructure system, further improve business
Department and the productivity ratio of business personnel, from it is visual, controllable, can pipe angle, covering Floor layer Technology index, upper-layer service index.
By the visualization of operational indicator, promote the stable development of business, really realize that business association impact analysis and fault rootstock are determined
Position, form complete health covering of the daily management from platform to applied business.
Claims (10)
1. a kind of power transmission and transformation equipment state monitoring system, it is characterised in that including basic resource status data monitoring unit, application
System performance index data acquisition unit, user experience data collector unit, judging unit, alarm notification unit and result displaying
Unit, the basic resource status data monitoring unit are used for the status data for monitoring basic resource in real time, the application system
Performance indications data acquisition unit is used for real-time acquisition applications system performance index data, the user experience data collector unit
For real-time collecting user experience data, the judging unit is used to judge the status data, performance indications data or user
Whether experience data exceedes predetermined threshold value, and the alarm notification unit is used to send alarm notification, the result display unit
For monitoring result to be shown.
2. a kind of power transmission and transformation equipment state monitoring system according to claim 1, it is characterised in that the monitoring uses nothing
Agent skill group.
A kind of 3. power transmission and transformation equipment state monitoring system according to claim 2, it is characterised in that the basic resource shape
State data monitoring unit includes host supervision module and database monitoring modular, and the host supervision module includes CPU monitoring
Module, internal memory monitoring submodule, disk monitoring submodule and monitoring the process submodule, the database monitor module use
Agent modes are monitored without Agent modes to database.
A kind of 4. power transmission and transformation equipment state monitoring system according to claim 1, it is characterised in that the cycle of the monitoring
For 1 minute, 5 minutes, 15 minutes or 60 minutes.
A kind of 5. power transmission and transformation equipment state monitoring system according to claim 1, it is characterised in that the application system
Energy achievement data includes the average response time of single affairs, application system in application system average response time, application system
Handling capacity, application system performance index, application system error rate, application system logical topology chart, Java virtual machines perform feelings
Condition, in SQL statement implementation status and application server environment.
6. a kind of power transmission and transformation equipment state monitoring system according to claim 5, it is characterised in that the application system is put down
The equal response time include calling other to service in application in Java codes, the execution time of SQL sentences, and application when
Between, the average response time of single affairs includes the average response time of each working cell in affairs in the application system,
The working cell is SQL statement, interface or class, and the application system handling capacity refers to that application system is per minute accessed
Number, the application system performance index is user to the quantized value of application performance satisfaction, the application system error rate
Refer to that application program returns to the ratio of abnormal data, the abnormal data refer to the abnormal information that Java dished out, http without
Method respond and web without response error message, the application system logical topology chart refer to application program call end to end view,
The call graph of internal each service, and the distribution map of request response time, the Java virtual machines implementation status include
Heap memory service condition, refuse collection, class loading, thread and session information, the implementation status of SQL statement includes in the application
Time, parameter are performed, the application server environment includes processor, internal memory, operating system, Java Virtual Machine and TPM phases
Close configuration information.
7. a kind of power transmission and transformation equipment state monitoring system according to claim 1, it is characterised in that the collection uses
Java bytecode technology.
A kind of 8. power transmission and transformation equipment state monitoring system according to claim 1, it is characterised in that the Consumer's Experience number
According to including page load time, page flow and page performance index, the page load time includes request time delay, answered
With response time, network latency, DOM load times and page rendering time, the page flow refers to from server end
Real network flow required for loading page, the page performance index refer to that quantization of the user to page response satisfaction refers to
Mark.
9. a kind of power transmission and transformation equipment state monitoring system according to claim 1, it is characterised in that described collect uses
Java Script insert code technology.
A kind of 10. power transmission and transformation equipment state monitoring system according to claim 1, it is characterised in that the alarm notification
Including SMS notification, mail notification and sound notification.
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| CN108537445A (en) * | 2018-04-10 | 2018-09-14 | 广州供电局有限公司 | Transformer equipment status visualization methods of exhibiting, device and computer equipment |
| CN108804679A (en) * | 2018-06-12 | 2018-11-13 | 云南电网有限责任公司信息中心 | A kind of operation system user's operation monitoring data method for visualizing |
| CN108833137A (en) * | 2018-05-18 | 2018-11-16 | 南京南瑞信息通信科技有限公司 | A kind of flexibility micro services Monitoring framework framework |
| CN109344025A (en) * | 2018-07-27 | 2019-02-15 | 网宿科技股份有限公司 | Cpu performance is from monitoring method and server |
| CN112181537A (en) * | 2020-09-27 | 2021-01-05 | 朱领军 | Method and system for calling API in computer program |
| CN112988516A (en) * | 2021-03-18 | 2021-06-18 | 上海新炬网络技术有限公司 | Method for realizing global service monitoring based on log enhancement |
| CN114024825A (en) * | 2021-11-02 | 2022-02-08 | 中邮科通信技术股份有限公司 | Service end-to-end fault monitoring method in cloud computing environment |
| CN112988516B (en) * | 2021-03-18 | 2024-06-21 | 上海新炬网络技术有限公司 | Method for realizing global service monitoring based on log enhancement |
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| CN109344025B (en) * | 2018-07-27 | 2022-06-17 | 网宿科技股份有限公司 | CPU performance self-monitoring method and server |
| CN112181537A (en) * | 2020-09-27 | 2021-01-05 | 朱领军 | Method and system for calling API in computer program |
| CN112988516A (en) * | 2021-03-18 | 2021-06-18 | 上海新炬网络技术有限公司 | Method for realizing global service monitoring based on log enhancement |
| CN112988516B (en) * | 2021-03-18 | 2024-06-21 | 上海新炬网络技术有限公司 | Method for realizing global service monitoring based on log enhancement |
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