CN104320623A - Method for intelligent monitoring system to record moving route of abnormal target - Google Patents
Method for intelligent monitoring system to record moving route of abnormal target Download PDFInfo
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- CN104320623A CN104320623A CN201410604465.8A CN201410604465A CN104320623A CN 104320623 A CN104320623 A CN 104320623A CN 201410604465 A CN201410604465 A CN 201410604465A CN 104320623 A CN104320623 A CN 104320623A
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Abstract
The invention provides a method for an intelligent monitoring system to record a moving route of an abnormal target. According to the method, journal files are used for recording the whole moving route of the abnormal target in a monitoring area. On one hand, a large amount of server storage space can be saved, and it is unnecessary to store a large amount of video information; on the other hand, after an abnormal event happens, the moving route of the abnormal target can be quickly and accurately looked for and located in the monitoring area. The whole moving route of the abnormal target can be learnt about by looking at the journal files, and it is unnecessary to look for and locate the abnormal target by looking up a large amount of video information.
Description
Technical field
The present invention relates to intelligent monitoring technology field, particularly relate to a kind of method of intelligent monitor system recording exceptional target mobile alignment.
Background technology
The subject matter that existing supervisory control system exists is:
1, after anomalous event occurs, the speed of searching abnormal object is too slow, workload is too large.After anomalous event occurs, traditional method of searching abnormal object checks the monitor video of all supervising devices.The subject matter of the method for this checking monitoring video is that blindness is very large.Be when which supervising device photographs abnormal object, therefore can only check all videos taken by all supervising devices owing to can not determine, need to use a large amount of manpower, time cost.
2, all supervising device function opposite independent in supervisory control system, organically do not combine.All supervising device positions dispersion in traditional supervisory control system, functional independence, main effect is video, the audio-frequency information of taking region incessantly.After but anomalous event occurs, can not for the searching of abnormal object, locate and play effect initiatively, can only rely on and manually check that video carries out the location of abnormal object.
Summary of the invention
For solving the problem, the invention provides a kind of method of intelligent monitor system recording exceptional target mobile alignment, described system comprises calculation process server, the some monitoring cameras be connected with calculation process server communication and data server, described data server is provided with for storing abnormal object memory block, and described method comprises the steps:
Step one: monitoring camera takes the image in its guarded region, by the image transmitting of the target person that enters in guarded region or thing to computational service processor, computational service processor judges whether the target entering guarded region is abnormal object;
Step 2: if calculation process server judges that the target entering guarded region is abnormal object, then the image information of abnormal object is stored in the abnormal object memory block of data server, and sets up a journal file and be used for the complete mobile alignment of recording exceptional target in guarded region;
Step 3: Update log file, with the complete mobile alignment of recording exceptional target in guarded region.
Further, in step one, the sample image in calculation process server comparison object and Sample Storehouse, if target is not the sample image in Sample Storehouse, then judges that the target entering guarded region is abnormal object.
Further, in step 2, calculation process server carries out Unified coding to the image information of abnormal object.
Further, described journal file is encoded to title with abnormal object.
Further, the time that the main information of journal file described in step 2 comprises abnormal object coding, the coding of the guarded region that enters of abnormal object, the time entering guarded region, the time of staying of abnormal object in guarded region, abnormal object leave guarded region.
Further, in step 3, the change of the guarded region of calculation process server residing for the supervising device of transmission abnormal object image upgrades the journal file of recording exceptional target mobile alignment.
Further, the method of calculation process server update journal file is: suppose there is N number of supervising device in supervisory control system, the numbering of supervising device is respectively N1, N2 ... Nn, N number of supervising device lays respectively at M little guarded region in guarded region, the numbering of guarded region is respectively M1, M2 ... Mm, one of them little guarded region likely has multiple supervising device, and each supervising device is a corresponding little guarded region only;
Calculation process server carries out Unified coding to this new abnormal object, and sets up one is encoded to title journal file with abnormal object after receiving the image information of a new abnormal object.That supposes the supervising device sending new abnormal object image information is numbered Ni1, the then write operation of calculation process server meeting execution journal file, the content write comprises the coding of the guarded region that abnormal object is encoded, abnormal object enters, enters the time of guarded region;
After another supervising device Ni2 to send the image information of same abnormal object to calculation process server, calculation process server is Update log file again, and the content write comprises: the coding of the next guarded region that the time that the time of staying of abnormal object in last guarded region, abnormal object leave time of last guarded region, abnormal object enters next guarded region, abnormal object enter.
Advantage of the present invention is:
One, the complete mobile alignment of usage log file record abnormal object in guarded region.A large amount of server storage can be saved on the one hand, not need to preserve a large amount of video informations.After anomalous event occurs on the other hand, can search quickly and accurately, locate the mobile alignment of abnormal object in guarded region.By checking that journal file just can understand the complete mobile alignment of abnormal object, do not need to check a large amount of videos to search, locate abnormal object.
Two, time, the human cost of searching, locating abnormal object is greatly reduced after anomalous event occurs.After anomalous event occurs, traditional supervisory control system needs all monitor videos checking all supervising devices, and this method only needs to check that journal file just can complete.
Three, all supervising devices in supervisory control system are organically combined.All supervising devices organically can be combined by journal file, by checking that a journal file just can understand the behavior of all supervising devices.
Accompanying drawing explanation
Fig. 1 is the flow chart of steps of the method for the invention.
Fig. 2 is the flow chart of steps that in the method for the invention, daily record upgrades.
Embodiment
This method comprises the steps:
The first step: by comparing, determines whether the target entering guarded region is abnormal object.Supervising device has photographed after target (comprising people and thing) enters guarded region, the target image photographed is sent to calculation process server, sample image in calculation process server comparison object image and Sample Storehouse, if target is not the sample image in Sample Storehouse, then indicate that abnormal object enters.
Second step: if calculation process server judges have abnormal object to enter, then the image information of abnormal object is stored in the abnormal object memory block of data server, and Unified coding is carried out to image information, then sets up a journal file and be used for recording exceptional target and enter the complete mobile alignment of guarded region.The time etc. that the main information of journal file has the coding of the guarded region that abnormal object is encoded, abnormal object enters, the time entering guarded region, the time of staying of abnormal object in guarded region, abnormal object leave guarded region.
3rd step: by the complete mobile alignment of journal file recording exceptional target in guarded region.The change of the guarded region of calculation process server residing for the supervising device of transmission abnormal object image upgrades the journal file of recording exceptional target mobile alignment.The algorithm of calculation process server update journal file is as follows:
Suppose in supervisory control system, there is N number of supervising device, the numbering of supervising device is respectively N1, N2 ... Nn, N number of supervising device lays respectively at M little guarded region in guarded region, the numbering of guarded region is respectively M1, M2 ... Mm, one of them little guarded region likely has multiple supervising device, and each supervising device is a corresponding little guarded region only.Calculation process server carries out Unified coding to this new abnormal object, and sets up one is encoded to title journal file with abnormal object after receiving the image information of a new abnormal object.That supposes the supervising device sending new abnormal object image information is numbered Ni1, then the write operation of calculation process server meeting execution journal file, and content is: abnormal object coding XX XX month XX day XX point XX minute XX enters guarded region Mj1 second.After another supervising device Ni2 to send the image information of same abnormal object to calculation process server, calculation process server is Update log file again, and content is: it is the XX hour XX minute XX second difference of entry time and time departure (time of staying equal) that abnormal object coding XX XX month XX day XX point XX minute XX to leave the guarded region Mj1 time of staying second.Input content is continued: abnormal object coding XX XX month XX day XX point XX minute XX enters guarded region Mj2 second after line feed.This method can record the complete mobile alignment of multiple abnormal object in guarded region simultaneously.
Advantage of the present invention is:
One, the complete mobile alignment of usage log file record abnormal object in guarded region.A large amount of server storage can be saved on the one hand, not need to preserve a large amount of video informations.After anomalous event occurs on the other hand, can search quickly and accurately, locate the mobile alignment of abnormal object in guarded region.By checking that journal file just can understand the complete mobile alignment of abnormal object, do not need to check a large amount of videos to search, locate abnormal object.
Two, time, the human cost of searching, locating abnormal object is greatly reduced after anomalous event occurs.After anomalous event occurs, traditional supervisory control system needs all monitor videos checking all supervising devices, and this method only needs to check that journal file just can complete.
Three, all supervising devices in supervisory control system are organically combined.All supervising devices organically can be combined by journal file, by checking that a journal file just can understand the behavior of all supervising devices.
Claims (7)
1. the method for an intelligent monitor system recording exceptional target mobile alignment, it is characterized in that, described system comprises calculation process server, the some monitoring cameras be connected with calculation process server communication and data server, described data server is provided with for storing abnormal object memory block, and described method comprises the steps:
Step one: monitoring camera takes the image in its guarded region, by the image transmitting of the target person that enters in guarded region or thing to computational service processor, computational service processor judges whether the target entering guarded region is abnormal object;
Step 2: if calculation process server judges that the target entering guarded region is abnormal object, then the image information of abnormal object is stored in the abnormal object memory block of data server, and sets up a journal file and be used for the complete mobile alignment of recording exceptional target in guarded region;
Step 3: Update log file, with the complete mobile alignment of recording exceptional target in guarded region.
2. the method for intelligent monitor system recording exceptional target mobile alignment as claimed in claim 1, it is characterized in that, in step, sample image in computational service processor comparison object and Sample Storehouse, if target is not the sample image in Sample Storehouse, then judge that the target entering guarded region is abnormal object.
3. the method for intelligent monitor system recording exceptional target mobile alignment as claimed in claim 1, it is characterized in that, in step 2, calculation process server carries out Unified coding to the image information of abnormal object.
4. the method for intelligent monitor system recording exceptional target mobile alignment as claimed in claim 2, is characterized in that, described journal file is encoded to title with abnormal object.
5. the method for the intelligent monitor system recording exceptional target mobile alignment as described in claim 3 or 4, it is characterized in that, the main information of journal file described in step 2 comprises abnormal object coding, time that the coding of guarded region that abnormal object enters, the time entering guarded region, the time of staying of abnormal object in guarded region, abnormal object leave guarded region.
6. the method for intelligent monitor system recording exceptional target mobile alignment as claimed in claim 3, it is characterized in that, in step 3, the change of the guarded region of calculation process server residing for the supervising device of transmission abnormal object image upgrades the journal file of recording exceptional target mobile alignment.
7. the method for intelligent monitor system recording exceptional target mobile alignment as claimed in claim 6, it is characterized in that, the method of calculation process server update journal file is: suppose there is N number of supervising device in supervisory control system, the numbering of supervising device is respectively N1, N2 ... Nn, N number of supervising device lays respectively at M little guarded region in guarded region, the numbering of guarded region is respectively M1, M2 ... Mm, one of them little guarded region likely has multiple supervising device, and each supervising device is a corresponding little guarded region only;
Calculation process server carries out Unified coding to this new abnormal object, and sets up one is encoded to title journal file with abnormal object after receiving the image information of a new abnormal object.That supposes the supervising device sending new abnormal object image information is numbered Ni1, the then write operation of calculation process server meeting execution journal file, the content write comprises the coding of the guarded region that abnormal object is encoded, abnormal object enters, enters the time of guarded region;
After another supervising device Ni2 to send the image information of same abnormal object to calculation process server, calculation process server is Update log file again, and the content write comprises: the coding of the next guarded region that the time that the time of staying of abnormal object in last guarded region, abnormal object leave time of last guarded region, abnormal object enters next guarded region, abnormal object enter.
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| CN105205467A (en) * | 2015-09-22 | 2015-12-30 | 哈尔滨多智科技发展有限公司 | Monitoring and tracking method based on face identification system and vehicle identification system |
| CN105763613A (en) * | 2016-03-17 | 2016-07-13 | 浙江宇视科技有限公司 | Monitoring object and monitoring video associated backup method and device |
| CN106162106A (en) * | 2016-08-26 | 2016-11-23 | 浙江大华技术股份有限公司 | Date storage method in a kind of video monitoring system and device |
| CN106926247A (en) * | 2017-01-16 | 2017-07-07 | 深圳前海勇艺达机器人有限公司 | With the robot looked for something in automatic family |
| CN105142111B (en) * | 2015-09-17 | 2018-12-28 | 中国有色金属长沙勘察设计研究院有限公司 | A kind of identities match method and identities match device based on real time position |
| CN109460487A (en) * | 2018-12-18 | 2019-03-12 | 郑州云海信息技术有限公司 | A kind of video monitoring method for quickly retrieving and system |
| CN111931569A (en) * | 2020-07-01 | 2020-11-13 | 江苏柏勋科技发展有限公司 | Security monitoring thermodynamic diagram statistical system |
| CN112685248A (en) * | 2020-12-24 | 2021-04-20 | 北京浪潮数据技术有限公司 | Intelligent network card monitoring log obtaining method and device, electronic equipment and storage medium |
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| CN104320623B (en) | 2017-09-15 |
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