CN114066162A - Intelligent management method and system for alarm event - Google Patents
Intelligent management method and system for alarm event Download PDFInfo
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Abstract
The invention relates to the technical field of intelligent management, and provides an intelligent management method and system for alarm events, which comprises the following steps: acquiring a current alarm event initiated by monitoring equipment arranged in a jurisdiction area or a current artificially initiated alarm event; performing first weight calculation on the alarm event, and judging whether the current alarm event is an emergency event according to a preset emergency threshold: if the first weight value is higher than the emergency threshold value, distributing the first weight value to a corresponding processing unit according to the event type of the alarm event, interrupting the current operation of the unit, and preferentially processing the current alarm event by the processing unit; otherwise, distributing the alarm event to a to-be-processed event library of the corresponding event type according to the event type; when the event library to be processed receives a new alarm event and/or a processing unit in an idle state exists, respectively performing second weight calculation on all alarm events in the event library to be processed, and then distributing the alarm event with the maximum second weight value to the processing unit in the idle state for processing.
Description
Technical Field
The invention relates to the technical field of intelligent management, in particular to an intelligent management method and system for alarm events.
Background
With the development of technology and the improvement of personal safety guarantee consciousness and property and environmental protection consciousness, the safety and environmental protection problems in the respective jurisdictions are more and more emphasized. For example, for the security and environmental management of port areas, each port often needs to do the following work when handling security and environmental-protection events: the priority degree ordering of various events is responded, the feedback after the events are solved, the operation conditions of various devices are monitored, pictures are monitored, key index data of various devices are monitored, the reporting work of the events after problems are found is carried out, and the like, and the work is extremely labor-consuming and difficult to centrally manage and control. In contrast, port supervision departments need to add manpower to monitor more devices and deal with reporting and processing of various events such as hidden danger and violation discovered by daily routing inspection.
However, the types of monitoring equipment arranged in the port are numerous and are respectively a processing system, and the overall management is difficult. The existing security state analysis alarm module, system and method proposed by publication number CN104158677A (published japanese 2014.11.19) propose to intelligently analyze and manage alarm events. However, because the emergency importance degree of each type of event is different, the emergency importance degree is usually judged manually by an event initiator or an event handler in the existing mode, which is greatly influenced by subjective factors, and when the artificial judgment is wrong, the emergency is not processed in time, so that the safety of the jurisdiction area is seriously influenced.
Disclosure of Invention
The invention provides an intelligent management method for alarm events and an intelligent management system for alarm events, aiming at overcoming the defects that the prior art lacks of objective judgment on the priority degree of emergency events and is easy to influence the safety of a jurisdiction area.
In order to solve the technical problems, the technical scheme of the invention is as follows:
an intelligent management method for alarm events comprises the following steps:
acquiring a current alarm event initiated by monitoring equipment arranged in a jurisdiction area or a current artificially initiated alarm event;
performing first weight calculation on the acquired alarm event, and judging whether the current alarm event is an emergency event according to a preset emergency threshold:
if the first weight value is higher than the emergency threshold value, distributing the first weight value to a corresponding processing unit according to the event type of the current alarm event, carrying out interrupt operation on the event currently processed by the processing unit, and preferentially processing the current alarm event by the processing unit; otherwise, according to the event type of the current alarm event, distributing the alarm event to a to-be-processed event library of the corresponding event type for waiting processing;
when the event library to be processed receives a new alarm event and/or a processing unit in an idle state exists, respectively performing second weight calculation on all alarm events in the event library to be processed, and then distributing the alarm event with the maximum second weight value to the processing unit in the idle state for processing.
Furthermore, the invention also provides an intelligent management system for the alarm event, which is applied to the event management method. The event management system comprises an event alarm module, a first weight calculation module, a second weight calculation module, an event distribution module, a to-be-processed event library and a processing unit. Wherein:
the event alarm module is used for acquiring data currently acquired by monitoring equipment arranged in a jurisdiction area, judging the data and then generating a corresponding alarm event or acquiring a current artificially-initiated alarm event;
the first weight calculation module is used for calculating a first weight value of the alarm event;
the second weight calculation module is used for calculating a second weight value of the alarm event and sending the alarm event and the second weight value thereof to the target event library to be processed for storage;
the event distribution module is used for judging whether the current alarm event is an emergency event according to the first weight value output by the first weight calculation module: if the first weight value is higher than a preset emergency threshold value, distributing the first weight value to a corresponding processing unit according to the event type of the current alarm event, carrying out interrupt operation on the event currently processed by the processing unit, wherein the processing unit preferentially processes the current alarm event, and otherwise, sending a working signal to a second weight calculation module; the alarm event library is used for calling the alarm event with the highest second weight value from the event library to be processed and distributing the alarm event to the corresponding processing unit for processing when the processing unit in the idle state is detected;
the event library to be processed is used for storing the alarm events in the order of the second weight value from large to small;
the processing unit is used for processing the distributed alarm event.
Compared with the prior art, the technical scheme of the invention has the beneficial effects that: the invention judges whether the alarm event is an emergency event according to the weight of the alarm event, and carries out sequencing processing on the alarm event according to the weight, thereby avoiding event processing conflict, realizing intelligent judgment of the priority degree of the alarm event and avoiding the influence of the objectivity of manual judgment on event processing; the invention forms a closed-loop event management flow, shortens the response time from the report initiation to the filing processing of the alarm event, ensures the objectivity of the event processing priority and realizes the automatic safety monitoring in the jurisdiction area.
Drawings
Fig. 1 is a flowchart of an intelligent management method for alarm events in embodiment 1.
Fig. 2 is a relationship diagram of event types of the alarm event of embodiment 1.
Fig. 3 is an architecture diagram of the alarm event intelligent management system of embodiment 2.
Detailed Description
The drawings are for illustrative purposes only and are not to be construed as limiting the patent;
it will be understood by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted.
The technical solution of the present invention is further described below with reference to the accompanying drawings and examples.
Example 1
The present embodiment provides an intelligent management method for alarm events, which is a flowchart of the event management method in the present embodiment, as shown in fig. 1.
The event management method proposed in this embodiment includes the following steps:
step 1: the method comprises the steps of obtaining a current alarm event initiated by monitoring equipment arranged in a jurisdiction area or a current artificially initiated alarm event.
In this embodiment, a plurality of monitoring devices are required to be installed in the range of the target jurisdiction area, and are used for collecting and monitoring video data, atmospheric pollution factors, water pollution factors and the like.
In a particular embodiment, the event types of the alarm event include an unsafe behavior event, an unsafe condition event, and an environmental adverse event, wherein: the unsafe behavioral events include operational errors, disregarding safety, and warnings; use of unsecured equipment; placing in an unsafe space; the protective articles are not used properly; the unsafe condition event comprises the absence or defect of a device such as a guard, insurance, signal and the like; design defects of equipment, facilities, tools; the equipment and tools are not easy to maintain; unsafe conditions for loading and unloading cargo; the environment adverse degree event comprises an adverse environment of the operation site; the natural environment is poor; the social environment is poor. As shown in fig. 2, is a relationship diagram of event types of alarm events.
In a specific embodiment, the artificially-initiated alarm event is that a worker in a jurisdiction fills in specific event content and selects an event type according to the actual situation of the event, and the event initiated by the monitoring equipment presets the event content and the event type in advance according to a monitoring object, and automatically sends out the preset content when the event is monitored to be formed.
Further, the present embodiment configures an alarm initiating mechanism for a monitoring device disposed in a jurisdiction, including:
1) setting a monitoring threshold, and generating an alarm event for reporting when data (such as atmospheric pollution factors, water pollution factors and the like) acquired by monitoring equipment is greater than the monitoring threshold;
2) and inputting the collected monitoring video data into the trained machine learning algorithm model, identifying unsafe behaviors and/or unsafe states, and generating and reporting an alarm event when the machine learning algorithm model outputs an unsafe behavior identification result and/or an unsafe state identification.
In a specific embodiment, when data (for example, an atmospheric pollution factor, a water pollution factor, and the like) collected by the monitoring device is greater than a monitoring threshold, an alarm event is formed and reported, the event content may be preset to "XX index exceeds a threshold XX value", and the event type is preset to "adverse degree of environment: the working site environment is poor ".
When the machine learning algorithm model identifies unsafe behaviors of people or unsafe states of objects, such as the phenomena that people do not wear safety helmets and belts of belt conveyors are damaged, the following events are detected according to the content of preset events of detected target objects: XX "and event type" unsafe behavior of the person: operational errors, disregard of safety and warnings "; "unsafe behavior of a person: use of unsecured equipment "; "unsafe behavior of a person: in unsafe spaces "; "unsafe behavior of a person: protective articles are improperly used "; "unsafe condition of the object: absence or defect of devices for protection, insurance, signaling, etc.; "unsafe condition of the object: design defects of equipment, facilities, tools "; "unsafe condition of the object: equipment and tool maintenance and maintenance are not good "; "unsafe condition of the object: unsafe conditions for loading and unloading cargo ", etc.
Step 2: performing first weight calculation on the acquired alarm event, and judging whether the current alarm event is an emergency event according to a preset emergency threshold: if the first weight value is higher than the emergency threshold value, the alarm event is upgraded to an emergency event, a corresponding processing unit (or processing person) is allocated according to the event type of the alarm event, the current event processed by the processing unit (or processing person) is interrupted, and the current alarm event is processed by the processing unit (or processing person) preferentially;
otherwise, according to the event type of the current alarm event, the alarm event is distributed to the event library to be processed of the corresponding event type for waiting processing.
Further, when the event library to be processed receives a new alarm event to be processed, the second weight calculation is performed on all alarm events in the event library to be processed, and then the alarm events are sequentially distributed to the processing units in the idle state for processing according to the sequence of the second weight values from large to small.
In another embodiment, when the processing unit in the idle state exists, similarly, the second weight calculation is performed on all the alarm events in the to-be-processed event library respectively, and then the alarm event with the largest second weight value is distributed to the processing unit in the idle state for processing.
In this embodiment, the step of performing the first weight calculation on the acquired alarm event includes: calculating the evaluation score x of the event type A to which the alarm event belongs by adopting an expert evaluation methodAAnd scoring the rating xAA first weight value as the alarm event; the expression formula is as follows:
wherein A isiThe score of the ith expert is n, the total number of the experts is n, and the total number of the experts n is determined according to the number of the event types.
And the step of performing a second weight calculation for the alarm event comprises:
1) calculating the evaluation score x of the event type A to which the alarm event belongs by adopting an expert evaluation methodA；
2) Calculating a review parameter y of the alarm event; the calculation formula is as follows:
in the formula, c is the checking frequency of the alarm event; m represents a boundary value of the checking times of the alarm event, and is a positive integer and is more than or equal to 1; alpha is a review weight and belongs to [0,1), wherein the larger alpha is, the smaller review parameter y is;
3) calculating the emergency degree z of the alarm event; the calculation formula is as follows:
in the formula, t represents the time from the event initiating time to the current time;
4) evaluation score x based on alarm eventAAnd re-examiningCounting y and the urgency degree z, and calculating a second weight value w; the calculation formula is as follows:
w＝a·xA+b·y+c·z
in the formula, a, b, and c are weighting factor proportion coefficients such as an event type evaluation score, an event audit frequency, and time, and satisfy a, b, c ∈ [0,1], and a + b + c is 1.
In the specific implementation process, the jurisdiction region can set different coefficient values according to the actual situation and the management system mode of the jurisdiction region and the desired effect.
Further, the method also comprises the following steps:
and step 3: after the processing unit finishes the processing of an alarm event, the processing unit manually checks the processing result of the alarm event of the processing unit, and if the current processing result is judged to be qualified, the processed alarm event is archived and stored; if the current processing result is judged to be unqualified, recalculating the first weight value of the current alarm event and judging whether the current alarm event is an emergency event, if so, returning the current alarm event to the original processing unit for reprocessing, otherwise, distributing the alarm event to a to-be-processed event library of a corresponding event type for reprocessing.
Further, the event types of the alarm event in this embodiment include an unsafe behavior event, an unsafe state event, and an environmental adverse degree event, where: the unsafe behavioral events include operational errors, disregarding safety, and warnings; use of unsecured equipment; placing in an unsafe space; the protective articles are not used properly; the unsafe condition event comprises the absence or defect of a device such as a guard, insurance, signal and the like; design defects of equipment, facilities, tools; the equipment and tools are not easy to maintain; unsafe conditions for loading and unloading cargo; the environment adverse degree event comprises an adverse environment of the operation site; the natural environment is poor; the social environment is poor. As shown in fig. 2, is a relationship diagram of event types of alarm events.
In a specific implementation process, the alarm event initiator and the monitoring object responsible person perform manual review on the processing result fed back by the processing background. And if the audit is passed, archiving and storing the event. And if the audit is not passed, skipping to execute the step 2, judging whether the event is an emergency or not, and executing corresponding operation.
In the embodiment, whether the alarm event is an emergency event or not is judged according to the weight of the alarm event, and the alarm events are sorted according to the weight, so that event processing conflicts are avoided, the priority degree of the alarm event is intelligently judged, and the influence of the objectivity of manual judgment on event processing is avoided. In addition, the embodiment can automatically initiate the alarm event, and the whole event management process forms a closed loop, so that the response time from initiating the report to processing the filing of the alarm event is shortened, the objectivity of the event processing priority is ensured, the automatic safety monitoring in the jurisdiction area is realized, the working efficiency is effectively improved, and the characteristic of expansibility is realized.
Example 2
This embodiment provides an intelligent management system for alarm events, which is applied to the intelligent management method for alarm events provided in embodiment 1. Fig. 3 is an architecture diagram of the event management system according to the present embodiment.
The alarm event intelligent management system provided by this embodiment includes an event alarm module 1, a first weight calculation module 2, a second weight calculation module 3, an event distribution module 4, a to-be-processed event library 5, and a processing unit 6.
The event alarm module 1 in this embodiment is configured to obtain data currently acquired by monitoring equipment in a jurisdiction area, and generate a corresponding alarm event after the data is judged, or obtain a current manually-initiated alarm event.
In a specific embodiment, the event alarm module 1 is composed of a data acquisition device, a processor and a human-computer interaction unit.
Further, the event alarm module 1 in this embodiment includes an AI hidden danger monitoring alarm unit, an environmental protection monitoring alarm unit, and a personnel alarm unit.
The AI hidden danger monitoring and warning unit is provided with image acquisition equipment and a trained machine learning algorithm model and is used for inputting video or image data acquired by the image acquisition equipment into the trained machine learning algorithm model to identify unsafe behaviors and/or unsafe states; when the machine learning algorithm model outputs an unsafe behavior recognition result and/or an unsafe state recognition, an alarm event (e.g., no safety helmet, no reflective clothing worn at night, etc.) is generated.
The environment-friendly monitoring and alarming unit is used for judging monitoring data uploaded by monitoring equipment arranged in a jurisdiction area, and generating an alarming event when the acquired monitoring data is greater than a preset monitoring threshold;
the personnel alarm unit is used for the staff to actively fill in alarm events, and when the staff finds that various hidden dangers, violation events and other events exist in the routing inspection working process, the staff can fill in alarm information and report the alarm events according to requirements.
In this embodiment, the first weight calculation module 2 is configured to calculate a first weight value of an alarm event, and the second weight calculation module 3 is configured to calculate a second weight value of the alarm event, and send the alarm event and the second weight value thereof to the target to-be-processed event library 5 for storage.
The event distribution module 4 in this embodiment is configured to determine whether the current alarm event is an emergency event according to the first weight value output by the first weight calculation module 2: if the first weight value is higher than the preset emergency threshold value, distributing the first weight value to the corresponding processing unit 6 according to the event type of the current alarm event, performing interrupt operation on the event currently processed by the processing unit 6, wherein the processing unit 6 preferentially processes the current alarm event, otherwise, sending a working signal to the second weight calculation module 3; and when the processing unit 6 in the idle state is detected, the alarm event with the highest second weight value is called from the event library 5 to be processed and is distributed to the corresponding processing unit 6 for processing.
The event library to be processed 5 in this embodiment is equivalent to a database, and is used for storing the alarm events in the order of the second weight value from large to small.
The processing unit 6 in this embodiment is used to process the assigned alarm event. In the implementation process, the processing unit 6 is a communication terminal of a worker or a device which is arranged at a target location and is used for executing related operations.
In a specific implementation process, the event alarm module 1 obtains an alarm event currently initiated by monitoring equipment arranged in a jurisdiction area or an alarm event currently initiated by human, and then sends the alarm event to the event distribution module 4.
The event distribution module 4 sends a working signal to the first weight calculation module 2, and the first weight calculation module 2 calculates a first weight value of the current alarm event and then returns the first weight value to the event distribution module 4. The event distribution module 4 judges whether the current alarm event is an emergency event according to the first weight value of the current alarm event:
if the first weight value is higher than the preset emergency threshold value, distributing the first weight value to the corresponding processing unit 6 according to the event type of the current alarm event, performing interrupt operation on the event currently processed by the processing unit 6, and preferentially processing the current alarm event by the processing unit 6;
otherwise, the event distribution module 4 sends a working signal to the second weight calculation module 3, and the second weight calculation module 3 calculates a second weight value of the current alarm event and then returns the second weight value to the event distribution module 4. And the event distribution module 4 sends the current alarm event and the event parameters and the second weight value thereof to the event library 5 to be processed of the corresponding event type for storage.
When the event library 5 to be processed receives a new alarm event and related data thereof, all the stored alarm events are sorted from large to small by the second weight value and then stored.
Meanwhile, the event distribution module 4 detects the working states of all the processing units 6 in the system, and when the processing unit 6 in the idle state is detected, the alarm event with the highest second weight value is called from the event library 5 to be processed and distributed to the corresponding processing unit 6 for processing.
The same or similar reference numerals correspond to the same or similar parts;
it should be understood that the above-described embodiments of the present invention are merely examples for clearly illustrating the present invention, and are not intended to limit the embodiments of the present invention. Other variations and modifications will be apparent to persons skilled in the art in light of the above description. And are neither required nor exhaustive of all embodiments. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention should be included in the protection scope of the claims of the present invention.
Claims (10)
1. An intelligent management method for alarm events is characterized by comprising the following steps:
acquiring a current alarm event initiated by monitoring equipment arranged in a jurisdiction area or a current artificially initiated alarm event;
performing first weight calculation on the acquired alarm event, and judging whether the current alarm event is an emergency event according to a preset emergency threshold:
if the first weight value is higher than the emergency threshold value, distributing the first weight value to a corresponding processing unit according to the event type of the current alarm event, carrying out interrupt operation on the event currently processed by the processing unit, and preferentially processing the current alarm event by the processing unit; otherwise, according to the event type of the current alarm event, distributing the alarm event to a to-be-processed event library of the corresponding event type for waiting processing;
when the event library to be processed receives a new alarm event and/or a processing unit in an idle state exists, respectively performing second weight calculation on all alarm events in the event library to be processed, and then distributing the alarm event with the maximum second weight value to the processing unit in the idle state for processing.
2. The intelligent alarm event management method according to claim 1, wherein the step of performing the first weight calculation on the acquired alarm event comprises: calculating the evaluation score x of the event type A to which the alarm event belongs by adopting an expert evaluation methodAAnd scoring the rating xAA first weight value as the alarm event; the expression formula is as follows:
wherein A isiThe score of the ith expert is n, the total number of the experts is n, and the total number of the experts n is determined according to the number of the event types.
3. The intelligent management method for alarm events according to claim 2, characterized in that it further comprises the following steps: checking the processing result of the alarm event of the processing unit, and if the current processing result is judged to be qualified, archiving and storing the processed alarm event; if the current processing result is judged to be unqualified, recalculating the first weight value of the current alarm event and judging whether the current alarm event is an emergency event, if so, returning the current alarm event to the original processing unit for reprocessing, otherwise, distributing the alarm event to a to-be-processed event library of a corresponding event type for reprocessing.
4. The intelligent alarm event management method according to claim 3, wherein the step of performing the second weight calculation on all alarm events in the to-be-processed event library respectively comprises:
calculating the evaluation score x of the event type A to which the alarm event belongs by adopting an expert evaluation methodA；
Calculating a review parameter y of the alarm event; the calculation formula is as follows:
in the formula, c is the checking frequency of the alarm event; and M represents a boundary value of the checking frequency of the alarm event, and if the value is exceeded, the checking frequency of the event is considered to be excessive, the processing time is too long, and the problem needs to be solved as soon as possible. M is a positive integer and M is more than or equal to 1; alpha is a review weight, and alpha belongs to [0, 1);
calculating the emergency degree z of the alarm event; the calculation formula is as follows:
in the formula, t represents the time from the event initiating time to the current time;
evaluation score x based on alarm eventACalculating a second weight value w according to the review parameter y and the emergency degree z; the calculation formula is as follows:
w＝a·xA+b·y+c·z
in the formula, a, b, and c are weighting factor proportion coefficients such as an event type evaluation score, an event audit frequency, and time, and satisfy a, b, c ∈ [0,1], and a + b + c is 1.
5. The intelligent management method for alarm events according to any one of claims 1 to 4, wherein the event types of the alarm events comprise unsafe behavior events, unsafe state events and environmental adverse degree events, wherein: the unsafe behavioral events include operational errors, disregarding safety, and warnings; use of unsecured equipment; placing in an unsafe space; the protective articles are not used properly;
the unsafe condition event comprises the absence or defect of a device such as a guard, insurance, signal and the like; design defects of equipment, facilities, tools; the equipment and tools are not easy to maintain; unsafe conditions for loading and unloading cargo;
the environment adverse degree event comprises an adverse environment of the operation site; the natural environment is poor; the social environment is poor.
6. The intelligent management method for alarm events according to claim 5, further comprising the steps of: configuring an alarm initiating mechanism for monitoring equipment arranged in a jurisdiction area, comprising the following steps:
1) setting a monitoring threshold, and generating an alarm event for reporting when the data acquired by the monitoring equipment is greater than the monitoring threshold;
2) and inputting video or image data acquired by the monitoring equipment into the trained machine learning algorithm model to identify unsafe behaviors and/or unsafe states, and generating and reporting an alarm event when the machine learning algorithm model outputs unsafe behavior identification results and/or unsafe state identification results.
7. An alarm event intelligent management system, comprising:
the event alarm module is used for acquiring data currently acquired by monitoring equipment arranged in a jurisdiction area, judging the data and then generating a corresponding alarm event or acquiring a current artificially-initiated alarm event;
the first weight calculation module is used for calculating a first weight value of the alarm event;
the second weight calculation module is used for calculating a second weight value of the alarm event and sending the alarm event and the second weight value thereof to the target to-be-processed event library for storage;
the event distribution module is used for judging whether the current alarm event is an emergency event according to the first weight value output by the first weight calculation module: if the first weight value is higher than a preset emergency threshold value, distributing the first weight value to a corresponding processing unit according to the event type of the current alarm event, carrying out interrupt operation on the event currently processed by the processing unit, wherein the processing unit preferentially processes the current alarm event, and otherwise, sending a working signal to a second weight calculation module; the alarm event library is used for calling the alarm event with the highest second weight value from the event library to be processed and distributing the alarm event to the corresponding processing unit for processing when the processing unit in the idle state is detected;
the event library to be processed is used for storing the alarm events in the order of the second weight value from large to small;
and the processing unit is used for processing the distributed alarm event.
8. The intelligent management system of alarm events according to claim 7, wherein the event alarm module comprises an AI hidden danger monitoring alarm unit, an environmental protection monitoring alarm unit and a personnel alarm unit, wherein:
the AI hidden danger monitoring and warning unit is provided with image acquisition equipment and a trained machine learning algorithm model and is used for inputting video or image data acquired by the image acquisition equipment into the trained machine learning algorithm model to identify unsafe behaviors and/or unsafe states; when the machine learning algorithm model outputs an unsafe behavior recognition result and/or unsafe state recognition, generating an alarm event;
the environment-friendly monitoring and alarming unit is used for judging monitoring data uploaded by monitoring equipment arranged in a jurisdiction area, and generating an alarming event when the collected monitoring data is greater than a preset monitoring threshold;
and the personnel alarm unit is used for the staff to fill in alarm events.
9. The intelligent management system for alarm events according to claim 7, further comprising an audit module and an archive, wherein the audit module is configured to audit the alarm event processing results of the processing unit, and if the current processing results are judged to be qualified, send the processed alarm events to the archive for archiving and storing; if the current processing result is judged to be unqualified, a working signal is sent to the first weight calculation module, the first weight value of the current alarm event is recalculated, whether the current alarm event is an emergency event or not is judged, if yes, the current alarm event is returned to the original processing unit for reprocessing, and if not, the alarm event is distributed to a to-be-processed event library of the corresponding event type for awaiting processing.
10. The intelligent management system for alarm events according to any one of claims 7 to 9, further comprising a display module, wherein the display module displays the distribution result of the current event distribution module, the number of alarm events in the event library to be processed, and the working state of the processing unit.
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| CN115376295A (en) * | 2022-08-22 | 2022-11-22 | 深圳奇迹智慧网络有限公司 | Video identification management method and system for smart rod |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN115376295A (en) * | 2022-08-22 | 2022-11-22 | 深圳奇迹智慧网络有限公司 | Video identification management method and system for smart rod |
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