CN113723816A - Double-state judgment method and server for issuing virtual contraband assessment information - Google Patents
Double-state judgment method and server for issuing virtual contraband assessment information Download PDFInfo
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Abstract
The invention discloses a double-state judgment method and a server for issuing virtual contraband assessment information, wherein the method comprises the following steps: s1, receiving request package information sent by the current centralized judging image client; s2, judging whether real parcel information exists, if so, turning to the step S3, and if not, turning to the step S4; s3, returning a piece of real parcel information to the centralized judging graph client, and turning to the step S1; s4, judging whether a virtual contraband checking task exists, and if so, turning to the step S5; s5, returning virtual contraband assessment information to the centralized judgment graph client; s6, receiving the virtual contraband judgment diagram result corresponding to the virtual contraband assessment information sent by the centralized judgment diagram client, and generating request information for storing the virtual contraband judgment diagram result to the task center server. The invention can check the working state and error rate of the centralized judging graph client and improve the judging capability of the centralized judging graph client on the security risk contraband.
Description
Technical Field
The invention relates to the technical field of urban rail transit security inspection, in particular to a double-state judgment method and a server for issuing virtual contraband assessment information.
Background
At present, most of security inspection centralized judging graph systems only have one active assessment task mode no matter what state a centralized judging graph client is in, namely, assessment tasks are manually developed according to information such as backlog judging graph task quantity, judging graph task distribution time and the like. Or, the operator of the graph judging system can also manually arrange the assessment task according to the historical change rule of the service state, the experience in the process of developing the security check work and the like. This mode of operation will not be able to cope with variable traffic scenarios. However, this approach is not desirable if cost savings and improved security resource utilization and work efficiency are desired.
At present, when the pressure of a chart judging task is increased and an examination task needs to be completed, a chart judging person usually needs to accelerate the chart judging rhythm by self, increase the attention concentration degree and improve the working efficiency, or communicate with a relevant person in charge in time to make effective response. In actual work, however, the diagnostician may be overwhelmed to consider and analyze the global situation, and not be interested in dealing with the problem. Meanwhile, the form greatly increases the expertise and the subjective test of the diagraph. For example, the number of active assessment tasks is adjusted by a person in charge of the overall situation or a part of the security check points are temporarily adjusted to a non-assessment task mode. With this type of countermeasure, even if a business change can be discovered, reported, and processed, the countermeasure may always lag behind the business change. After the assessment task adjustment occurs, there is a period when the graph judgment resources cannot match the service traffic, and this period will bring a serious burden to the graph judgment system. If the assessment task mode of the graph judging system is not adapted and adjusted, the security risk and the business value loss of the centralized graph judging client side can be caused.
Disclosure of Invention
The invention aims to provide a double-state judgment method and a server for issuing virtual contraband assessment information, which can complete assessment tasks while not influencing the graph judgment tasks through double-state judgment, and achieve assessment on a centralized graph judgment client by randomly extracting past real package information in a database into virtual contraband, thereby checking the working state and error rate of the centralized graph judgment client and solving the problem that the conventional active assessment task mode cannot adapt to the graph judgment business state.
A double-state judgment method issued by virtual contraband assessment information is applied to a judgment center server and comprises the following steps:
s1, receiving request package information sent by the current centralized judging image client;
s2, judging whether the to-be-judged distribution queue corresponding to the current centralized judging graph client has real parcel information, if so, turning to S3, and if not, turning to S4;
s3, returning a piece of real parcel information to the centralized judging graph client according to the to-be-judged distribution queue, and turning to the step S1;
s4, judging whether a virtual contraband checking task exists, and if so, turning to the step S5;
s5, generating a queue containing virtual contraband assessment information according to the virtual contraband assessment task, and returning the virtual contraband assessment information to the centralized judgment graph client;
s6, receiving the virtual contraband judgment diagram result corresponding to the virtual contraband assessment information sent by the centralized judgment diagram client, and generating request information for storing the virtual contraband judgment diagram result to the task center server.
Furthermore, the real parcel information is an X-ray scanning image of the luggage article collected by the X-ray luggage inspection machine in real time, the real parcel information is received by the map judging center server and stored in the database, the real parcel information is placed in a to-be-judged and distributed queue, and the image in the queue is read in a first-in first-out mode according to the time when the real parcel information enters the to-be-sent queue.
Further, the virtual contraband assessment task is a random assessment task generated by the task center server at any time.
Further, the queue containing the virtual contraband assessment information in the step S5 is a queue formed by a plurality of pieces of virtual contraband assessment information or a queue formed by a single piece of virtual contraband assessment information.
Further, the virtual contraband assessment information is an X-ray scanning image containing a contraband mark randomly extracted from the database by the judgment center server or a virtual contraband image randomly and virtually synthesized by the judgment center server.
Further, the step S4 of determining whether the virtual contraband assessment task exists includes the following steps:
s401, judging whether a current unfinished virtual contraband checking task exists, if so, executing S5, and if not, executing S402;
s402, inquiring the task center server whether a new virtual contraband checking task exists, if so, receiving the virtual contraband checking task issued by the task center server, and executing the step S5.
Further, if the step S5 returns the virtual contraband assessment information to the centralized judgment graph client, the method includes the following steps:
s501, judging whether unread information exists in the virtual contraband assessment information queue, if yes, executing the step S502, and if not, executing the step S503;
s502, the obtained current pointer information reads the information data in the contraband assessment information queue and sends the information data to the centralized judgment graph client, and when one piece of information data is read from the contraband assessment information queue, the current pointer information of the information queue is updated according to the pointer address corresponding to the next piece of information data, and the step S501 is returned;
s503, executing step S6.
Further, the step S1-the step S6 are an issuing cycle, in each issuing cycle, one piece of real package information or a plurality of pieces of virtual contraband assessment information are returned to the centralized judgment picture client, the step S501-the step S503 are an assessing cycle, and in each assessing cycle, the read virtual contraband assessment information is returned to the centralized judgment picture client to the empty reading of the virtual contraband assessment information queue.
A graph-judging center server is characterized by comprising:
one or more memories for storing the data to be transmitted,
one or more processors for executing a program to perform,
a plurality of modules stored in the memory and executed by the processor, the modules comprising:
the receiving module is used for receiving request package information sent by the centralized judging graph client;
the real parcel judging module is used for judging whether real parcel information exists in the distribution queue to be judged corresponding to the current centralized judging graph client;
the sending module is used for returning a piece of real parcel information to the centralized judging graph client according to the to-be-judged distribution queue;
the virtual contraband judging module is used for judging whether a virtual contraband checking task exists or not;
the sending module is also used for generating a queue containing virtual contraband assessment information according to the virtual contraband assessment tasks and returning the virtual contraband assessment information to the centralized judgment graph client;
the receiving module is further configured to receive a virtual contraband article judgment diagram result sent by the centralized judgment diagram client, and the sending module is further configured to receive a virtual contraband article judgment diagram result corresponding to the virtual contraband article assessment information sent by the centralized judgment diagram client, and generate request information for storing the virtual contraband article judgment diagram result to the task center server.
The task center server can be a security check platform or a task center server.
At present, the assessment tasks of the centralized image judgment client in the centralized image judgment service are artificial active task assessment, and a global responsible person actively adjusts the number of the assessment tasks or temporarily adjusts part of security check points into a non-assessment task mode according to the historical change rule of the service state and the experience in the security check work development process. Often, the method cannot adapt to and match the service state and cannot deal with variable service situations.
According to the invention, through the judgment of the double states of the real package information and the virtual contraband assessment task, the seamless switching between the real package image judgment task and the virtual contraband assessment task is realized, so that the image judgment task and the assessment task are simultaneously completed under the condition that the centralized image judgment client side has no difference. The first judgment of the two states is a priority judgment, and whether real package information corresponding to the centralized graph judgment client exists or not is judged, so that graph judgment efficiency of the centralized graph judgment client under the conditions of increased graph judgment task pressure and large task quantity in a rush hour is guaranteed. The second judgment is secondary judgment, whether the virtual contraband assessment task exists is judged, and the assessment task is issued to the idle centralized judgment graph client side to be assessed in real time.
The invention has the following beneficial effects:
1. through the judgment of the double states of the real package information and the virtual contraband assessment task, the seamless switching between the real package image judgment task and the virtual contraband assessment task is realized, so that the image judgment task and the assessment task are simultaneously completed under the condition that the centralized image judgment client side does not feel bad;
2. the virtual contraband assessment information is derived from real package information in the database, so that a user of the centralized judgment chart client can complete virtual contraband assessment without difference, the virtual contraband assessment and a real scene are fused, the assessment efficiency is improved, and the working state and the error rate of the centralized judgment chart client are examined;
3. the task assessment can be prevented from influencing the daily graph judging efficiency of the centralized graph judging client, so that the working efficiency of the centralized graph judging client is improved, and the judgment capability of the centralized graph judging client on the security risk contraband is improved.
Drawings
Fig. 1 is a schematic diagram of a dual-state determination method issued by virtual contraband assessment information according to the present invention;
FIG. 2 is a schematic diagram of a queue issuing route containing a single piece of virtual contraband assessment information according to the present invention;
FIG. 3 is a schematic diagram of a queue issuing route containing a plurality of pieces of virtual contraband assessment information according to the present invention;
FIG. 4 is a schematic diagram illustrating a process for issuing a dual-state determination virtual contraband according to the present invention;
FIG. 5 is a schematic view of the hourly passenger flow entering a station at a Chengdu line station of the present invention;
Detailed Description
The present invention will be described in further detail with reference to examples and drawings, but the present invention is not limited to these examples.
In the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "longitudinal", "lateral", "horizontal", "inner", "outer", "front", "rear", "top", "bottom", and the like indicate orientations or positional relationships that are based on the orientations or positional relationships shown in the drawings, or that are conventionally placed when the product of the present invention is used, and are used only for convenience in describing and simplifying the description, but do not indicate or imply that the device or element referred to must have a particular orientation, be constructed in a particular orientation, and be operated, and thus should not be construed as limiting the invention.
In the description of the present invention, it should also be noted that, unless otherwise explicitly specified or limited, the terms "disposed," "open," "mounted," "connected," and "connected" are to be construed broadly, e.g., as meaning either a fixed connection, a removable connection, or an integral connection; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.
Example 1
When task assessment is required, a double-state judgment process issued by virtual contraband assessment information based on a graph judgment center server is as follows:
s1, receiving request package information sent by the current centralized judging image client;
s2, judging whether the to-be-judged distribution queue corresponding to the current centralized judging graph client has real parcel information, if so, turning to S3, and if not, turning to S4;
s3, returning a piece of real parcel information to the centralized judging graph client according to the to-be-judged distribution queue, and turning to the step S1;
s4, judging whether a virtual contraband checking task exists, if so, turning to the step S5, and concretely comprising the following steps;
s401, judging whether a current unfinished virtual contraband checking task exists, if so, executing S5, and if not, executing S402;
s402, inquiring the task center server whether a new virtual contraband checking task exists, if so, receiving the virtual contraband checking task issued by the task center server, and executing the step S5.
S5, generating a queue containing a single piece of virtual contraband assessment information according to the virtual contraband assessment task, and returning the virtual contraband assessment information to the centralized judgment graph client;
s6, receiving the virtual contraband judgment diagram result corresponding to the virtual contraband assessment information sent by the centralized judgment diagram client, and generating request information for storing the virtual contraband judgment diagram result to the task center server.
Example 2
When task assessment is required, a double-state judgment process issued by virtual contraband assessment information based on a graph judgment center server is as follows:
s1, receiving request package information sent by the current centralized judging image client;
s2, judging whether the to-be-judged distribution queue corresponding to the current centralized judging graph client has real parcel information, if so, turning to S3, and if not, turning to S4;
s3, returning a piece of real parcel information to the centralized judging graph client according to the to-be-judged distribution queue, and turning to the step S1;
s4, judging whether a virtual contraband checking task exists, if so, turning to the step S5, and concretely comprising the following steps;
s401, judging whether a current unfinished virtual contraband checking task exists, if so, executing S5, and if not, executing S402;
s402, inquiring the task center server whether a new virtual contraband checking task exists, if so, receiving the virtual contraband checking task issued by the task center server, and executing the step S5.
S5, generating a queue containing a plurality of pieces of virtual contraband assessment information according to the virtual contraband assessment tasks, and returning the virtual contraband assessment information to the centralized judgment map client, wherein the method specifically comprises the following steps;
s501, judging whether unread information exists in the virtual contraband assessment information queue, if yes, executing the step S502, and if not, executing the step S503;
s502, the obtained current pointer information reads the information data in the contraband assessment information queue and sends the information data to the centralized judgment graph client, and when one piece of information data is read from the contraband assessment information queue, the current pointer information of the information queue is updated according to the pointer address corresponding to the next piece of information data, and the step S501 is returned;
s503, executing step S6.
S6, receiving the virtual contraband judgment diagram result corresponding to the virtual contraband assessment information sent by the centralized judgment diagram client, and generating request information for storing the virtual contraband judgment diagram result to the task center server.
The task center server described in embodiments 1 and 2 may be a security inspection platform or a task center server.
Analyzing the embodiment 1 and the embodiment 2, the real parcel information X-ray baggage inspection machine acquires an X-ray scanning image of baggage items in real time, pushes the real parcel information to a queue to be sent in real time by a graph judging center server, and reads image information in the queue to be sent in a first-in first-out mode according to the time when the real parcel information enters the queue to be sent. The real package information is generated according to the real situation of the subway station, and the figure judging time of 2s-3s is preset for each piece of real package information according to the security inspection requirement of the subway station, so that the real package information is judged in real time according to the actual situation for the centralized figure judging client, the virtual contraband qualification task in the embodiment 2 is a queue containing a plurality of pieces of virtual contraband qualification information, the condition that the virtual contraband qualification information conflicts with the real package information exists, if the queue containing the plurality of pieces of virtual contraband qualification information and the real package information are simultaneously used, the figure judging central server is in a qualification state of sending the queue containing the plurality of pieces of virtual contraband qualification information, the real package information cannot be fed back to the centralized figure judging client for graph judgment, and the centralized figure judging client cannot obtain the real package information, thus, a vulnerability of an actual security inspection process is caused, the virtual contraband assessment task in the embodiment 1 is a queue containing a single piece of virtual contraband assessment information, the condition that the virtual contraband assessment information conflicts with real package information does not exist, and the centralized graph judging client can complete the single piece of virtual contraband assessment information in the current idle interval and timely correspond to the real package information at the next moment. Therefore, the embodiment 1 is more suitable for the multi-period virtual contraband assessment task, and the embodiment 2 is more suitable for the virtual contraband assessment task in the training state.
A fixed room is selected as a centralized image judging room, a plurality of centralized image judging clients are deployed in the centralized image judging room, and centralized image judging of image judges is achieved. The number of the centralized graph judging workstations needs to be calculated according to the number of the judging graphs. And a switchboard and a small cabinet are additionally arranged in the centralized graph judging room, and a network is built from an AFC machine room through optical fibers. The electricity taking of the centralized image judging room needs to be achieved by independently wiring. In addition, an office desk and chair are additionally arranged in the centralized judging picture room for a diagnostician to work.
Specifically, the centralized judgment chart work flow is as follows:
the intelligent analyzer/X-ray baggage inspection machine intelligently recognizes and automatically marks the baggage, sets marks and color distinction of contraband information according to the level of the contraband, and uploads intelligently recognized object detection data pictures and the like to an image management platform.
And the central machine room image management platform receives the package pictures uploaded by the intelligent analyzers of each security check point, then asynchronously stores the package pictures in the central storage server, and simultaneously sends the package pictures to the centralized image judgment system.
And the image judging center server acquires the object detection data from the image management platform, and places the object detection data sent from different security inspection points in different queues to be judged of the centralized image judging stations based on the configuration of the security inspection informatization platform on the centralized image judging stations.
After the graph judging person logs in the centralized graph judging client, the centralized graph judging client judges which centralized station queue the picture to be judged is obtained from through the account number of the login person, and the graph judging person judges whether the contraband exists or not. If the graph judging personnel find that the detected object data carries contraband articles at the graph judging workstation, the package opening inspection is executed at the workstation, the instruction is sent to the graph judging center server, the monitoring terminal corresponding to the security inspection point is found by the graph judging center server, and the alarm data is pushed to the monitoring terminal interface.
And the monitoring terminal receives the alarm data sent by the centralized graph judging system, displays the alarm data on a monitoring terminal interface, and prompts the alarm data through an audible and visual alarm at a security check point according to different levels. And after the unpacking person carries out unpacking inspection on the alarm containing the inspection object, the forbidden articles are selected to be released or registered according to the subway operation management system, and the forbidden articles are uploaded to the security inspection informatization platform.
Most of the existing examination task issuing modes are to manually arrange examination tasks according to the historical change rule of the service state, the experience in the process of developing security check work and the like. And e.g. counting the peak time and the wrapping amount of each station, and selecting a proper time to issue the assessment task according to the characteristics of each station.
According to the station characteristics, the assessment tasks are classified as follows:
taking a medium-sized security inspection machine 6550BI type X-ray machine with the largest occupation ratio in the capital subway as an example, the crawler of the security inspection machine runs at the speed of 0.2 m/s, the size of a package is calculated according to 0.4 m of a backpack, the package starts to be scanned when reaching the center shaft of the X-ray machine, and the time is required to be 2 seconds until the package is completely scanned and is plotted. The total length from the central axis of the X-ray machine (the position where the X-ray starts scanning) to the tail end of the bag outlet crawler belt of the security inspection machine is 1.010 m/0.2 m/s, and the total time for wrapping the bag from the central axis of the X-ray machine to the tail end of the bag outlet crawler belt is 1.010 m/0.05 s. The time consumed for sending the parcel image to the central server for processing is about 0.55 second until the corresponding centralized image judging client acquires the data link of the parcel image, and the maximum image judging time of the obtained parcel image is about 5.05-2-0.55-2.5 seconds. The maximum time of judging the graph of each parcel is calculated according to 2.5 seconds, and the maximum number of judging graphs of one graph judge per hour is about 3600 seconds/2.5 seconds to 1440.
After analysis, the average passenger flow per hour for each security check machine of the Chengdu No. 1 line at each station is shown in FIG. 5. Wherein, as shown in red area, the hourly entrance amount of each security inspection machine of the morning/evening peak of finance city, brocade city square, Tianfu three street, Tianfu five street, Tongzailing, Huafu Dadaodao, Wugen pine, Huayang and Haichang road is more than 1440. No assessment task is suggested.
Therefore, to finish the assessment task of the centralized graph judgment client, the characteristics of each site, such as the area, passenger flow, time period and other special conditions of the site, need to be considered, so that the realization of the assessment task is complex and difficult to manage.
A graph-judging center server is characterized by comprising:
one or more memories for storing the data to be transmitted,
one or more processors for executing a program to perform,
a plurality of modules stored in the memory and executed by the processor, the modules comprising:
the receiving module is used for receiving request package information sent by the centralized judging graph client;
the real parcel judging module is used for judging whether real parcel information exists in the distribution queue to be judged corresponding to the current centralized judging graph client;
the sending module is used for returning a piece of real parcel information to the centralized judging graph client according to the to-be-judged distribution queue;
the virtual contraband judging module is used for judging whether a virtual contraband checking task exists or not;
the sending module is also used for generating a queue containing virtual contraband assessment information according to the virtual contraband assessment tasks and returning the virtual contraband assessment information to the centralized judgment graph client;
the receiving module is further configured to receive a virtual contraband article judgment diagram result sent by the centralized judgment diagram client, and the sending module is further configured to receive a virtual contraband article judgment diagram result corresponding to the virtual contraband article assessment information sent by the centralized judgment diagram client, and generate request information for storing the virtual contraband article judgment diagram result to the task center server.
The foregoing is only a preferred embodiment of the present invention, and the present invention is not limited thereto in any way, and any simple modification, equivalent replacement and improvement made to the above embodiment within the spirit and principle of the present invention still fall within the protection scope of the present invention.
Claims (9)
1. A double-state judgment method issued by virtual contraband assessment information is applied to a graph judgment center server and is characterized by comprising the following steps:
s1, receiving request package information sent by the current centralized judging image client;
s2, judging whether the to-be-judged distribution queue corresponding to the current centralized judging graph client has real parcel information, if so, turning to S3, and if not, turning to S4;
s3, returning a piece of real parcel information to the centralized judging graph client according to the to-be-judged distribution queue, and turning to the step S1;
s4, judging whether a virtual contraband checking task exists, and if so, turning to the step S5;
s5, generating a queue containing virtual contraband assessment information according to the virtual contraband assessment task, and returning the virtual contraband assessment information to the centralized judgment graph client;
s6, receiving the virtual contraband judgment diagram result corresponding to the virtual contraband assessment information sent by the centralized judgment diagram client, and generating request information for storing the virtual contraband judgment diagram result to the task center server.
2. The method for determining the issuing of the virtual contraband assessment information according to claim 1, wherein the real parcel information is an X-ray scanning image of an X-ray baggage inspection machine collecting baggage items in real time, the central server of the determination map receives the real parcel information and stores the real parcel information in a database, the real parcel information is placed in a queue to be determined and distributed, and the image in the queue is read in a first-in first-out manner according to the time when the real parcel information enters the queue to be sent.
3. The method for determining the distribution of the virtual contraband assessment information according to claim 1, wherein the virtual contraband assessment task is a random assessment task generated by a task center server at any time.
4. The method for determining the distribution of virtual contraband assessment information according to claim 1, wherein the queue containing the virtual contraband assessment information in step S5 is a queue formed by a plurality of pieces of virtual contraband assessment information or a queue formed by a single piece of virtual contraband assessment information.
5. The method of claim 1, wherein the virtual contraband assessment information is an X-ray scanned image containing contraband labels randomly extracted from a database by a judgment center server or a virtual contraband-containing image randomly and virtually synthesized by the judgment center server.
6. The method for determining the issuing of the virtual contraband assessment information according to claim 1, wherein the step S4 for determining whether the virtual contraband assessment task exists comprises the following steps:
s401, judging whether a current unfinished virtual contraband checking task exists, if so, executing S5, and if not, executing S402;
s402, inquiring the task center server whether a new virtual contraband checking task exists, if so, receiving the virtual contraband checking task issued by the task center server, and executing the step S5.
7. The method for determining the status of virtual contraband assessment information distribution according to claim 1, wherein if the virtual contraband assessment information is returned to the centralized judgment graph client in the step S5, the method comprises the following steps:
s501, judging whether unread information exists in the virtual contraband assessment information queue, if yes, executing the step S502, and if not, executing the step S503;
s502, the obtained current pointer information reads the information data in the contraband assessment information queue and sends the information data to the centralized judgment graph client, and when one piece of information data is read from the contraband assessment information queue, the current pointer information of the information queue is updated according to the pointer address corresponding to the next piece of information data, and the step S501 is returned;
s503, executing step S6.
8. The method for dual-state judgment of virtual contraband assessment information issuing of claim 1, wherein the steps S1-S6 are an issuing period, each issuing period returns a piece of real package information or a plurality of pieces of virtual contraband assessment information to the centralized judgment map client, the steps S501-S503 are an assessing period, and each assessing period returns the read virtual contraband assessment information to the centralized judgment map client to the virtual contraband assessment information queue for empty reading.
9. A graph-judging center server is characterized by comprising:
one or more memories for storing the data to be transmitted,
one or more processors for executing a program to perform,
a plurality of modules stored in the memory and executed by the processor, the modules comprising:
the receiving module is used for receiving request package information sent by the centralized judging graph client;
the real parcel judging module is used for judging whether real parcel information exists in the distribution queue to be judged corresponding to the current centralized judging graph client;
the sending module is used for returning a piece of real parcel information to the centralized judging graph client according to the to-be-judged distribution queue;
the virtual contraband judging module is used for judging whether a virtual contraband checking task exists or not;
the sending module is also used for generating a queue containing virtual contraband assessment information according to the virtual contraband assessment tasks and returning the virtual contraband assessment information to the centralized judgment graph client;
the receiving module is further configured to receive a virtual contraband article judgment diagram result sent by the centralized judgment diagram client, and the sending module is further configured to receive a virtual contraband article judgment diagram result corresponding to the virtual contraband article assessment information sent by the centralized judgment diagram client, and generate request information for storing the virtual contraband article judgment diagram result to the task center server.
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