CN113918947A - Electric power monitoring system - Google Patents
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Abstract
The invention provides an electric power monitoring system, which comprises a data acquisition module, a data classification module, a monitoring and killing module, a virus tracing module, a log recording module, a log data storage cloud and a calling display module which are sequentially connected; the data acquisition module is used for acquiring monitoring data and system data; the data classification module is used for classifying the monitoring data and the system data; the monitoring and killing module is used for killing the virus according to the acquired virus data to obtain a corresponding killing result; the virus tracing module is used for tracing the source of the virus according to the searching and killing result and generating a monitoring record table; the log recording module is used for performing log recording processing according to the monitoring record to generate a detection log; and the calling display module is used for calling and displaying the monitoring log. The invention reduces the regional limitation and automatically analyzes the virus infection, thereby improving the analysis efficiency of workers and the accuracy of virus monitoring.
Description
Technical Field
The invention relates to the technical field of network virus monitoring, in particular to a power monitoring system.
Background
Computer viruses are artificially created, destructive, infectious and latent programs that act to destroy computer information or systems, are not self-contained, but hidden in other executable programs, after viruses in a computer, the operation speed of the machine is influenced slightly, and a dead system is damaged seriously, the computer viruses are known as the first major enemies of data safety, the computer viruses are generally regarded as important in the world from 1987, China also discovers the computer viruses for the first time in 1989, at present, the novel viruses are developed in the directions of being more destructive, more secret, higher in infection rate, faster in propagation speed and the like, in order to ensure the safe operation of the computer, the virus of the file infected with the virus in the computer needs to be checked and killed, the virus monitoring system is a computer system for judging whether the transmitted data is a virus program or not; therefore, it becomes important to invent a virus monitoring system of a power monitoring system;
in the existing power monitoring system, data monitoring cannot be performed on power monitoring systems in different areas aiming at virus monitoring, the area limitation is large, the virus infection condition cannot be analyzed, and the analysis efficiency of workers is reduced; in addition, the automatic traceability processing can not be carried out on the viruses in the existing power monitoring system aiming at the virus monitoring, if the behavior of artificial virus transmission occurs, workers are required to carry out manual positioning on the viruses, the person transmission condition can not be processed in time, the working quality of the workers is reduced, and the time of the workers is wasted.
Disclosure of Invention
The invention aims to provide an electric power monitoring system, which solves the technical problems that the existing electric power monitoring system cannot monitor data of electric power monitoring systems in different areas, and is large in area limitation and low in efficiency.
In one aspect, a power monitoring system is provided, comprising: the system comprises a data acquisition module, a data classification module, a monitoring and killing module, a virus traceability module, a log recording module, a log data storage cloud end and a calling display module which are sequentially connected, wherein the monitoring and killing module is also connected with the virus data storage cloud end, and the virus traceability module is also connected with a target position feedback module;
the data acquisition module is used for responding to a selection instruction of a user to acquire monitoring data and system data of the power monitoring area;
the data classification module is used for classifying the collected monitoring data and the system data;
the monitoring, searching and killing module is used for acquiring the virus data stored by the virus data storage cloud, and searching and killing the classified monitoring data and system data according to the acquired virus data to obtain corresponding searching and killing results;
the virus tracing module is used for tracing the source of the viruses in the classified monitoring data and the system data according to the checking and killing result and generating a monitoring record table;
the log recording module is used for receiving the monitoring record table, performing log recording processing according to the received monitoring record and generating a detection log;
and the calling display module is used for calling and displaying the monitoring log in response to a calling instruction of a user.
Preferably, the data acquisition module is further configured to determine an area where data acquisition is required according to a selection instruction of a user;
acquiring data of the power system in the region according to the determined region needing data acquisition to obtain corresponding monitoring data;
and performing system scanning on the power system of the region according to the determined region needing data acquisition, and outputting the data collected by scanning as system data.
Preferably, the data classification module is further configured to classify the received collected data and system data into directly matched data, data to be preprocessed, and data to be subjected to a specific algorithm according to a preset classification rule, and perform corresponding labeling respectively;
and after the classification is finished, generating a monitoring record table, wherein the monitoring record table is used for recording the classified collected data and system data, and correspondingly marking the monitoring date and the monitoring area.
Preferably, the monitoring, searching and killing module comprises a virus monitoring unit and a virus killing unit;
the virus monitoring unit is used for inputting the direct matching data, the data needing to be preprocessed and the data needing to be specially processed into a preset neural network as input items;
the neural network monitors the direct matching data, the data to be preprocessed, the network viruses in the algorithm to be specified and unknown viruses according to a preset matching rule, and sends monitored virus information to the virus data storage cloud, and the virus data storage cloud confirms virus types according to the received virus information;
after the virus type is confirmed, positioning the IP range of the monitored virus, generating a virus killing instruction according to the positioning result, and sending the virus killing instruction to the virus killing unit;
the virus monitoring unit is also used for receiving the antivirus result returned by the antivirus unit, inputting various data of the antivirus result into the monitoring record table, marking the monitoring data or system data and the positioning result of the virus in the monitoring record table, and updating the matching rule of the neural network according to the marked detection record table;
the virus killing unit is used for responding to the received virus killing instruction to position the IP range where the virus is located; clearing and repairing related viruses through received antivirus data according to the monitored virus information, and inputting a repairing result into the monitoring record table; and returning the antivirus result to the virus monitoring unit.
Preferably, the virus tracing module is further configured to perform positioning judgment on a virus occurrence position, and collect an IP address where the virus is located;
judging whether the viruses in the collected IP addresses are artificial or not according to a preset judgment rule; if the target position feedback module is artificial, the area where the IP address where the virus is located, virus position data are obtained, the virus position data are sent to the target position feedback module, and the virus position data are recorded into a monitoring record table.
Preferably, the log recording module is further configured to receive a monitoring record table, and convert the monitoring record table into a monitoring result statistical report according to a preset format; integrating the converted monitoring result statistical reports into a monitoring log according to a preset format, and recording the repair records and the monitored virus information into the monitoring log;
and uploading the generated monitoring log to a log data storage cloud.
Preferably, the virus data storage cloud is further configured to receive virus information, analyze the virus type of the virus information according to the virus data stored by the virus data storage cloud, and feed back an analysis result to the virus monitoring unit; and retrieving a virus processing mode according to the received virus information, generating corresponding antivirus data according to the retrieved processing mode, and sending the generated antivirus data to the antivirus unit.
Preferably, the target position feedback module is further configured to obtain virus position data according to the received monitoring record table, mark the virus position data into a map model of a corresponding area, and feed back the marked map model to the staff.
Preferably, the log data storage cloud is further configured to store the received monitoring logs in a serial number manner.
In summary, the embodiment of the invention has the following beneficial effects:
the power monitoring system collects data acquired by regional power monitoring systems, classifies the data according to directly matchable data, data needing to be preprocessed and data needing to be subjected to specific algorithm, starts virus monitoring on various data, analyzes the types of viruses according to the virus data stored in the virus data storage cloud, starts virus removal and repair processing after the analysis is finished, synchronously feeds back viruses which cannot be removed to maintenance personnel, the maintenance personnel starts manual repair on the viruses which cannot be removed through a virus killing unit, uploads the repair mode to the virus data storage cloud after the repair is finished, and starts to automatically update the neural network matching rules, can perform data monitoring on the power monitoring systems in various regions, reduces the regional limitation, and simultaneously analyzes the virus infection condition, the analysis efficiency of workers is improved, the neural network matching rules are updated in real time, and the accuracy of virus monitoring is improved.
After the viruses are monitored, examined and killed, the corresponding IP address location area is located, the area is processed to generate position data, the position data and the map model are fed back to workers, warning information is sent to mobile communication equipment of the workers, the source tracing processing can be carried out on the human virus transmission by self, the position of the suspect can be accurately located, the position of the suspect can be timely fed back to the workers, the working quality of the workers is improved, the time of the workers is saved, and meanwhile, the probability of artificial damage is reduced.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is within the scope of the present invention for those skilled in the art to obtain other drawings based on the drawings without inventive exercise.
Fig. 1 is a schematic diagram of an electric power monitoring system according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail with reference to the accompanying drawings.
Fig. 1 is a schematic diagram of an embodiment of a power monitoring system according to the present invention. In this embodiment, the system includes: the system comprises a data acquisition module, a data classification module, a monitoring and killing module, a virus traceability module, a log recording module, a log data storage cloud end and a calling display module which are sequentially connected, wherein the monitoring and killing module is also connected with the virus data storage cloud end, and the virus traceability module is also connected with a target position feedback module; that is, after a user inputs an area name M requiring data acquisition, a data acquisition module starts to collect data acquired by the area power monitoring system, a data classification module classifies the received acquired data and system data according to directability matching data, data requiring preprocessing and data requiring specific algorithm, a monitoring, searching and killing module starts to construct a neural network and starts to perform virus monitoring on various data, types of viruses are analyzed according to virus data stored in a virus data storage cloud, after the analysis is completed, virus removal and repair processing is started, viruses which cannot be removed are synchronously fed back to a maintenance worker, the maintenance worker starts to perform manual repair on the viruses which cannot be removed through a virus killing unit, after the repair is completed, a repair mode is uploaded to the virus data storage cloud, and the neural network matching rules are automatically updated, the data monitoring can be carried out on the power monitoring system in each area.
Further, the data acquisition module is used for responding to a selection instruction of a user to acquire monitoring data and system data of the power monitoring area; in a specific embodiment, the data acquisition module is further configured to determine an area where data acquisition is required according to a selection instruction of a user; acquiring data of the power system in the region according to the determined region needing data acquisition to obtain corresponding monitoring data; and performing system scanning on the power system of the region according to the determined region needing data acquisition, and outputting the data collected by scanning as system data. That is, a user inputs an area name M required to perform data acquisition through an input device, a data acquisition module receives the area name M, starts to collect data acquired by the area power monitoring system and generates the collected data through data conversion processing, and the data acquisition module performs system scanning on the area power monitoring system and generates system data through data conversion processing on the scanned and collected data. It should be further explained that the input device is specifically one of a keyboard, a touch screen or an electronic pen.
Further, the data classification module is used for classifying the collected monitoring data and the system data; in a specific embodiment, the data classification module is further configured to classify the received collected data and system data into directly matched data, data to be preprocessed, and data to be subjected to a specific algorithm according to a preset classification rule, and to perform corresponding labeling respectively; and after the classification is finished, generating a monitoring record table, wherein the monitoring record table is used for recording the classified collected data and system data, and correspondingly marking the monitoring date and the monitoring area. That is, the received collected data and system data are classified according to directability matching data, data needing preprocessing and data needing specific algorithm, and labeled A, B and C, respectively; and after classification is finished, the data classification module starts to generate a monitoring record table, and respectively records the classified collected data and the system data, and marks the monitoring date and the monitoring area.
Further, the monitoring, searching and killing module is used for acquiring the virus data stored in the virus data storage cloud, and searching and killing the classified monitoring data and system data according to the acquired virus data to obtain corresponding searching and killing results;
in a specific embodiment, the monitoring, searching and killing module comprises a virus monitoring unit and a virus killing unit; the virus monitoring unit is used for receiving A, B and C and carrying out virus monitoring on the C, and the virus killing unit is used for carrying out virus cleaning processing on the monitored viruses.
Specifically, the virus monitoring unit is configured to input the directness matching data, the data to be preprocessed, and the data to be subjected to the specific algorithm as input items into a preset neural network; the neural network monitors the direct matching data, the data to be preprocessed, the network viruses in the algorithm to be specified and unknown viruses according to a preset matching rule, and sends monitored virus information to the virus data storage cloud, and the virus data storage cloud confirms virus types according to the received virus information; after the virus type is confirmed, positioning the IP range of the monitored virus, generating a virus killing instruction according to the positioning result, and sending the virus killing instruction to the virus killing unit; the virus monitoring unit starts to construct a neural network, A, B and C are led into the neural network, the neural network starts to monitor A, B and C network viruses and unknown viruses according to matching rules, monitored virus information is sent to a virus data storage cloud end, meanwhile, feedback information of the virus data storage cloud end is received to confirm virus types, the virus type confirmation is completed, the monitored viruses are positioned in a specific IP range, and meanwhile, the positioned IP data are processed to generate virus killing instructions and sent to the virus killing unit.
The virus monitoring unit is also used for receiving the antivirus result returned by the antivirus unit, inputting various data of the antivirus result into the monitoring record table, marking the monitoring data or system data and the positioning result of the virus in the monitoring record table, and updating the matching rule of the neural network according to the marked detection record table; that is, the neural network starts to generate virus trend line graphs within 24 hours and 30 days according to the monitored infection condition of each virus, simultaneously performs data evaluation on the pressure influence of the virus, records generated data into corresponding positions of the monitoring record table, marks data and areas where the virus appears in the monitoring record table, and starts to update the neural network matching rule.
More specifically, the antivirus unit is configured to locate an IP range in which the virus is located in response to the received antivirus instruction; clearing and repairing related viruses through received antivirus data according to the monitored virus information, and inputting a repairing result into the monitoring record table; and returning the antivirus result to the virus monitoring unit. Namely, the antivirus unit starts to position the IP position of the virus according to the antivirus instruction, the antivirus unit starts to clear and repair related viruses according to antivirus data, the repair result is recorded into the monitoring record table, the viruses which cannot be cleared are fed back to maintenance personnel, the maintenance personnel start to manually repair the viruses which cannot be cleared through the antivirus unit, after the repair is completed, the antivirus unit records the repair record into the monitoring record table, and meanwhile, the repair mode is uploaded to the virus data storage cloud.
Further, the virus tracing module is used for tracing the source of the viruses in the classified monitoring data and the system data according to the checking and killing result and generating a monitoring record table;
in a specific embodiment, the virus tracing module is further configured to determine the location of the virus, and collect the IP address of the virus; judging whether the viruses in the collected IP addresses are artificial or not according to a preset judgment rule; if the target position feedback module is artificial, the area where the IP address where the virus is located, virus position data are obtained, the virus position data are sent to the target position feedback module, and the virus position data are recorded into a monitoring record table. The IP address of the virus is collected and analyzed, the analysis is completed, the virus tracing module starts to judge whether the virus in the corresponding IP address is artificial or non-artificial, if the virus is artificial, the virus tracing module starts to position the area of the corresponding IP address, processes the area to generate position data and sends the position data to the target position feedback module, and the virus tracing module records the analyzed position data into the monitoring record table.
Further, the log recording module is used for receiving the monitoring record table, performing log recording processing according to the received monitoring record and generating a detection log; that is, the monitoring log table is received and subjected to the log processing.
In a specific embodiment, the log recording module is further configured to receive a monitoring record table, and convert the monitoring record table into a monitoring result statistical report according to a preset format; integrating the converted monitoring result statistical reports into a monitoring log according to a preset format, and recording the repair records and the monitored virus information into the monitoring log; and uploading the generated monitoring log to a log data storage cloud. That is, a monitoring result statistical report starts to be generated according to the monitoring record table, when a day finishes, the log recording module starts to collect the monitoring result statistical report generated on the day, integrates and processes the monitoring result statistical report to generate a monitoring log, meanwhile, the repair record and the virus occurrence reason are recorded into the monitoring log, and the log recording module uploads the generated monitoring log to the log data storage cloud.
Further, the calling display module is used for responding to a calling instruction of a user to call and display the monitoring log. Specifically, a worker inputs a search time period X to a calling display module through an input device, the calling display module starts to screen and call each group of monitoring logs in the log data storage cloud according to the X, the worker inputs a monitoring log number Y to be checked again, the calling display module carries out accurate search on the screened monitoring logs, and the calling display module calls out the monitoring logs for use through the accurate search and feeds the monitoring logs back to the worker through a display device.
Further, the virus data storage cloud is also used for receiving virus information, analyzing the virus types of the virus information according to the virus data stored by the virus data storage cloud, and feeding back the analysis results to the virus monitoring unit; and retrieving a virus processing mode according to the received virus information, generating corresponding antivirus data according to the retrieved processing mode, and sending the generated antivirus data to the antivirus unit.
Further, the target position feedback module is further configured to obtain virus position data according to the received monitoring record table, mark the virus position data into a map model of a corresponding area, and feed back the marked map model to the staff. That is, position data is intelligently fed back to the staff; specifically, the target position feedback module is in communication connection with the GPS satellite and starts to construct a map model of a corresponding area, the target position feedback module starts to extract longitude and latitude information contained in the position data, data marking is carried out in the map model according to the longitude and latitude information, marking is completed, the map model is fed back to a worker, and warning information is sent to mobile communication equipment of a mobile phone of the worker and a tablet computer.
Further, the log data storage cloud is also used for numbering and storing the received monitoring logs.
In summary, the embodiment of the invention has the following beneficial effects:
the power monitoring system collects data acquired by regional power monitoring systems, classifies the data according to directly matchable data, data needing to be preprocessed and data needing to be subjected to specific algorithm, starts virus monitoring on various data, analyzes the types of viruses according to the virus data stored in the virus data storage cloud, starts virus removal and repair processing after the analysis is finished, synchronously feeds back viruses which cannot be removed to maintenance personnel, the maintenance personnel starts manual repair on the viruses which cannot be removed through a virus killing unit, uploads the repair mode to the virus data storage cloud after the repair is finished, and starts to automatically update the neural network matching rules, can perform data monitoring on the power monitoring systems in various regions, reduces the regional limitation, and simultaneously analyzes the virus infection condition, the analysis efficiency of workers is improved, the neural network matching rules are updated in real time, and the accuracy of virus monitoring is improved.
After the viruses are monitored, examined and killed, the corresponding IP address location area is located, the area is processed to generate position data, the position data and the map model are fed back to workers, warning information is sent to mobile communication equipment of the workers, the source tracing processing can be carried out on the human virus transmission by self, the position of the suspect can be accurately located, the position of the suspect can be timely fed back to the workers, the working quality of the workers is improved, the time of the workers is saved, and meanwhile, the probability of artificial damage is reduced.
The above disclosure is only for the purpose of illustrating the preferred embodiments of the present invention, and it is therefore to be understood that the invention is not limited by the scope of the appended claims.
Claims (9)
1. A power monitoring system, comprising: the system comprises a data acquisition module, a data classification module, a monitoring and killing module, a virus traceability module, a log recording module, a log data storage cloud end and a calling display module which are sequentially connected, wherein the monitoring and killing module is also connected with the virus data storage cloud end, and the virus traceability module is also connected with a target position feedback module;
the data acquisition module is used for responding to a selection instruction of a user to acquire monitoring data and system data of the power monitoring area;
the data classification module is used for classifying the collected monitoring data and the system data;
the monitoring, searching and killing module is used for acquiring the virus data stored by the virus data storage cloud, and searching and killing the classified monitoring data and system data according to the acquired virus data to obtain corresponding searching and killing results;
the virus tracing module is used for tracing the source of the viruses in the classified monitoring data and the system data according to the checking and killing result and generating a monitoring record table;
the log recording module is used for receiving the monitoring record table, performing log recording processing according to the received monitoring record and generating a detection log;
and the calling display module is used for calling and displaying the monitoring log in response to a calling instruction of a user.
2. The system of claim 1, wherein the data acquisition module is further configured to determine an area where data acquisition is required according to a selection instruction of a user;
acquiring data of the power system in the region according to the determined region needing data acquisition to obtain corresponding monitoring data;
and performing system scanning on the power system of the region according to the determined region needing data acquisition, and outputting the data collected by scanning as system data.
3. The system of claim 2, wherein the data classification module is further configured to classify the received collected data and the system data into direct matching data, data to be preprocessed, and data to be subjected to a specific algorithm according to a preset classification rule, and to perform corresponding labeling respectively;
and after the classification is finished, generating a monitoring record table, wherein the monitoring record table is used for recording the classified collected data and system data, and correspondingly marking the monitoring date and the monitoring area.
4. The system of claim 3, wherein the monitoring, searching and killing module comprises a virus monitoring unit and a killing unit;
the virus monitoring unit is used for inputting the direct matching data, the data needing to be preprocessed and the data needing to be specially processed into a preset neural network as input items;
the neural network monitors the direct matching data, the data to be preprocessed, the network viruses in the algorithm to be specified and unknown viruses according to a preset matching rule, and sends monitored virus information to the virus data storage cloud, and the virus data storage cloud confirms virus types according to the received virus information;
after the virus type is confirmed, positioning the IP range of the monitored virus, generating a virus killing instruction according to the positioning result, and sending the virus killing instruction to the virus killing unit;
the virus monitoring unit is also used for receiving the antivirus result returned by the antivirus unit, inputting various data of the antivirus result into the monitoring record table, marking the monitoring data or system data and the positioning result of the virus in the monitoring record table, and updating the matching rule of the neural network according to the marked detection record table;
the virus killing unit is used for responding to the received virus killing instruction to position the IP range where the virus is located; clearing and repairing related viruses through received antivirus data according to the monitored virus information, and inputting a repairing result into the monitoring record table; and returning the antivirus result to the virus monitoring unit.
5. The system of claim 4, wherein the virus tracing module is further configured to determine a location of a virus, and collect an IP address of the virus;
judging whether the viruses in the collected IP addresses are artificial or not according to a preset judgment rule; if the target position feedback module is artificial, the area where the IP address where the virus is located, virus position data are obtained, the virus position data are sent to the target position feedback module, and the virus position data are recorded into a monitoring record table.
6. The system of claim 5, wherein the logging module is further configured to receive a monitoring log table, and convert the monitoring log table into a monitoring result statistical report according to a preset format; integrating the converted monitoring result statistical reports into a monitoring log according to a preset format, and recording the repair records and the monitored virus information into the monitoring log;
and uploading the generated monitoring log to a log data storage cloud.
7. The system of claim 6, wherein the virus data storage cloud is further configured to receive virus information, analyze virus types of the virus information according to virus data stored in the virus data storage cloud, and feed back an analysis result to the virus monitoring unit; and retrieving a virus processing mode according to the received virus information, generating corresponding antivirus data according to the retrieved processing mode, and sending the generated antivirus data to the antivirus unit.
8. The system of claim 7, wherein the target position feedback module is further configured to obtain virus position data according to the received monitoring record table, mark the virus position data into the map model of the corresponding area, and feed back the marked map model to the staff.
9. The system of claim 8, wherein the log data storage cloud is further configured to number received monitoring logs.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN115208690A (en) * | 2022-08-09 | 2022-10-18 | 中国光大银行股份有限公司 | Screening processing system based on data classification and classification |
| CN116432183A (en) * | 2023-04-21 | 2023-07-14 | 深圳市高优科技有限公司 | Intelligent subway comprehensive monitoring system and method |
| CN117149590A (en) * | 2023-10-30 | 2023-12-01 | 北京阳光金力科技发展有限公司 | Data center system with data security monitoring module and monitoring method |
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2021
- 2021-10-28 CN CN202111259949.XA patent/CN113918947A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN115208690A (en) * | 2022-08-09 | 2022-10-18 | 中国光大银行股份有限公司 | Screening processing system based on data classification and classification |
| CN116432183A (en) * | 2023-04-21 | 2023-07-14 | 深圳市高优科技有限公司 | Intelligent subway comprehensive monitoring system and method |
| CN116432183B (en) * | 2023-04-21 | 2024-03-26 | 深圳市高优科技有限公司 | Intelligent subway comprehensive monitoring system and method |
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