CN1606349A - Method and system for positioning synchronous video monitoring image of service process - Google Patents
Method and system for positioning synchronous video monitoring image of service process Download PDFInfo
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- CN1606349A CN1606349A CN 200410096504 CN200410096504A CN1606349A CN 1606349 A CN1606349 A CN 1606349A CN 200410096504 CN200410096504 CN 200410096504 CN 200410096504 A CN200410096504 A CN 200410096504A CN 1606349 A CN1606349 A CN 1606349A
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Abstract
This invention discloses a locating method and a system for a service process synchronous video monitor image which sets up the image relation between key data and synchronous monitor image data of each service register when keeping each of its registers to find out its key data first based on the service information then to recall the synchronous monitor image information corresponding to it so as to re-locate and play it, which overcomes the shortcomings of poor location efficiency in the process of locating service information to the synchronous video monitor image since the service process subsystem is independent of its synchronous flow monitor subsystem.
Description
Technical field
The present invention relates to business information and the localization method of its synchronization video monitoring image and the system of realization business information and its synchronization video monitoring image location in the Business Processing process.
Background technology
At present, a lot of industries (as bank, traffic) all need be set up a cover flow monitoring subsystem in carrying out the Business Processing process.This flow monitoring subsystem is mainly used in the situation of preserving synchronous service work with image mode.And service process subsystem mainly is to utilize modern means such as computer, network to carry out every Business Processing.
See also Fig. 1, it is the theory structure schematic diagram of service process subsystem and flow monitoring subsystem in the prior art.Service process subsystem comprises processing server 11 and some workstation1s 2.Processing server 11 can directly be connected by hub etc. with each workstation1 2, also can connect by network (as the internet) etc.Freeway toll station with transportation industry is an example, workstation1 2 is arranged on each track usually, be used to write down the situation of each transaction, processing server 11 is normally as the server of those work stations, be used to receive the various transaction data of each work station input, and it handled: as gather, preservation etc.The flow monitoring subsystem comprises monitoring server 21 and some recording apparatus 22.Wherein, described recording apparatus 22 is arranged on (as tollbooth, the lane in which the drivers should pay fees) on each track usually, is used for taking in synchronously the monitor video image, and described image is directly preserved into monitoring server 21 by video signal cable.
At present, service process subsystem and flow monitoring subsystem are two independently system's existence.The existing procedure Monitor And Control Subsystem comprises two kinds: a kind of is the simulation monitoring subsystem, the video image of preserving is mainly preserved with PAL/SECAM form video tape form, another kind is a digitalized network video monitoring subsystem, preserve video information with big capacity hard disk, this video information can be video file or video data stream.
In order to follow the trail of a certain incident that understanding takes place in the Business Processing process, then need all processes of this incident to reappear.That is, find the synchronous images information of described Business Processing incident at the flow monitoring subsystem.Described synchronous images information is meant the image information with the described incident generating process of synchronous recording.And because existing service process subsystem and flow monitoring subsystem are two independently system's existence, therefore the location of synchronous video monitoring image of service process mainly is based on manual mode, locate very inaccurate, and the non-constant of efficient of location, not only time-consuming but also take manpower.
Such as: the flow monitoring subsystem adopts traditional simulation monitoring subsystem, because Video Document is to preserve with traditional PAL/SECAM form video tape form.Therefore when in service process subsystem, finding to have the special operational phenomenon, and in the time of need consulting the synchronization video monitoring image, the operator must browse earlier and monitor daily record and video tape preservation archives, the energy that costs a lot of money is again routed up the video tape that records this special operational situation, is inserted into the video recording player then and consults; Because video image information generally adopts compression to preserve,, need manually constantly carry out Play Control so the video recording of section during this period of time when consulting this special operational in the location and taking place is unusual difficulty.So this mode need drop into a large amount of hand labors, and the video image quality of record can't be guaranteed, promptly be difficult to clear, intactly reappear at that time special operational process.
For another example: the flow monitoring subsystem adopts digitalized network video monitoring subsystem, supposes that video image is to preserve in the video file mode.Because service process subsystem adheres to two different cover subsystems separately with the flow monitoring subsystem, when in service process subsystem, finding to have the special operational phenomenon, and in the time of need consulting business operation overall process at that time, the operator must login at other flow monitoring subsystem, needs then manually to select corresponding video record file to play according to the time that this special operational process takes place.Again since described video record file compressed file normally have very big time span, and need play by corresponding video playout software controller.Therefore, very difficult realization in time, accurately is positioned on the synchronization video image.Many times, must need artificial repeatable operation video jukebox software controller, take long to and manually search, locate.From the above, when a certain incident of needs tracking in the Business Processing process, when navigating to the synchronous images of flow monitoring subsystem, need manually carry out the location of synchronous video monitoring image of service process, and the efficient of location is low.
In sum, because service process subsystem adheres to two different cover systems separately with the flow monitoring subsystem, therefore be positioned in the synchronization video monitoring image process according to a certain business event in the business procedure, existence is wasted time and energy, the technological deficiency of location efficiency difference.
Summary of the invention
The object of the present invention is to provide a kind of system that realizes business information and its synchronization video monitoring image location, be positioned in the synchronization video monitoring image process according to a certain business information in the business procedure to solve in the prior art, existence is wasted time and energy, the technological deficiency of location efficiency difference.
Another object of the present invention is to provide a kind of localization method that is positioned to the synchronization video monitoring image according to business information, be positioned in the synchronization video monitoring image process according to a certain business information in the business procedure to solve in the prior art, existence is wasted time and energy, the technological deficiency of location efficiency difference.
For addressing the above problem, the invention discloses a kind of localization method that is positioned to the synchronization video monitoring image according to business information, to realize being positioned to the synchronization video monitoring image of flow monitoring subsystem according to the business information of service process subsystem, it is characterized in that, comprising:
(1) determine critical data, described critical data is in order to discern every different business that described service process subsystem is handled;
(2) service process subsystem whenever receives a new business information, therefrom obtains the critical data of described business, and is sent to the flow monitoring subsystem;
(3) described flow monitoring subsystem is preserved the mapping relations of described critical data and current video image foundation, and described current video image is preserved the situation occurred of described business;
(4) when locating the synchronization video monitoring image of described business according to business information, from described service process subsystem, obtain the business datum record of this business earlier, and from described business datum record, obtain the critical data of this business;
(5) the flow monitoring subsystem finds the video image that has mapping relations with it according to critical data, and positions to the synchronization video monitoring image by the recording apparatus of flow monitoring subsystem.
Described current video image data comprise the sign of the filename or the current video image stream of current video image file.
The mapping relations that described critical data and current video image are set up are:
Set up mapping relations between the sign of the filename of critical data and current video image/current video image stream;
Preserve described professional take place constantly and current video image flows the side-play amount in the initial moment.
Being positioned to the synchronization video monitoring image by described mapping relations in the step (5) further comprises:
Find the sign of the video image file name/video image stream that has mapping relations with it according to critical data;
According to described professional take place constantly and side-play amount that current video image flows the initial moment is offset to the synchronization video monitoring image and plays.
Described critical data comprises the professional time of origin that is used to identify different business, professional sequence number.
The present invention also discloses a kind of system that realizes business information and synchronization video monitoring image location, it is characterized in that described system comprises service process subsystem, flow monitoring subsystem and positioner, wherein:
Service process subsystem: comprise processing server and at least one work station, be used for the business information of every business of input is preserved into a business datum record, and described business information is sent to positioner;
Positioner connects described service process subsystem and flow monitoring subsystem, comprising:
Input unit: be used for the input inquiry request, and the business information of input is sent to service process subsystem, so that obtain described business datum record;
Follow the trail of request unit: connect described input unit, obtain the critical data of described business in the business datum record that will receive, send the video image accent to the flow monitoring subsystem and put request instruction;
Preserve the unit: be used to receive the business information that service process subsystem sends, and therefrom obtain the critical data of described business, send to the flow monitoring subsystem and preserve the mapping relations request instruction;
The flow monitoring subsystem comprises monitoring server and at least one recording apparatus, in order to when receiving preservation mapping relations request instruction, and the mapping relations of preserving the described critical data current video image relevant with described business; And put request instruction when receiving the video image accent, find the current video image that has mapping relations with it according to critical data, and position to the synchronization video monitoring image by the recording apparatus of flow monitoring subsystem.
Described positioner is a computer, and by network or passage difference connection processing server and monitoring server.
Described positioner is integrated in the inside of monitoring server.
Follow the trail of request unit, preserve in the processor that the unit is integrated in computer or input unit, follow the trail of request unit, preserve the unit and be integrated in the processor of computer.
Compared with prior art, the present invention has the following advantages: the present invention is by when preserving each business record, set up the critical data of each business record and the mapping relations between the synchronization monitoring view data, make and according to a certain business information the time, finding certain professional critical data earlier, retrieve described professional corresponding synchronization monitoring image information then, should just reorientate broadcast, solved because service process subsystem and the mutual arc of synchronous flow range monitoring subsystem are upright, be positioned in the synchronization video monitoring image process according to a certain business information in the business procedure, existence is wasted time and energy, the technological deficiency of location efficiency difference.And reach and avoid the manual retrieval can locate the effect of synchronization video image fully, not only save manpower but also improved the efficient of location.
And the present invention adopts jumbo hard disk to preserve video image information with digitized forms, the authenticity and the integrality of video image have been preserved fully, for video image realizes that retrieval has improved precondition automatically, and the definition of the image when also having improved video playback.
Description of drawings
Fig. 1 is the theory structure schematic diagram of service process subsystem and flow monitoring subsystem in the prior art;
Fig. 2 is a structural representation of realizing the system of business information and synchronization video monitoring image location;
Fig. 3 is the flow chart that is positioned to the localization method of synchronization video monitoring image according to business information.
Embodiment
Below in conjunction with accompanying drawing, specify the present invention.
See also Fig. 2, it is a kind of structural representation of realizing the system of business information and synchronization video monitoring image location.Described system comprises service process subsystem 1, flow monitoring subsystem 2 and positioner 3, wherein:
Service process subsystem 1: comprise processing server and at least one work station, be used for the business information of every business of input is preserved into a business datum record, and described business information is sent to positioner 3, and, when receiving the query requests of positioner 3, the business datum recording and sending that obtains corresponding business in the described business information is to positioner 3;
Input unit 31: be used for the input inquiry request, and the business information of input is sent to service process subsystem 1, so that obtain described business datum record;
Follow the trail of request unit 32: connect described input unit 31, obtain the critical data of described business in the business datum record that will receive, send the video image accent to flow monitoring subsystem 3 and put request instruction;
Preserve unit 33, be used to receive the business information that service process subsystem sends, and therefrom obtain the critical data of described business, send to flow monitoring subsystem 3 and preserve the mapping relations request instruction;
Described positioner 3 is by network or passage (as optical fiber) connection processing server and monitoring server respectively, to set up being connected of positioner 3 and service process subsystem 1 and flow monitoring subsystem 2.And, follow the trail of request unit 32, preserve unit 33 and be integrated in the processor or input unit 31, follow the trail of request unit 32, preserve unit 33 and be integrated in processor 33 inside.
Above-mentioned input unit 31, tracking request unit 32, preservation unit 33 can obtain by software.Thus, positioner 3 can be integrated in monitoring server inside.Such as input unit 31, tracking request unit 32, preservation unit 33 are integrated in the processor 33 of monitoring server.Like this, both hardware cost can be saved, and the effect that is positioned to the synchronization video monitoring image by business information can be finished again.
Form based on above-mentioned hardware, the invention allows for a kind of localization method (seeing also Fig. 3) that is positioned to the synchronization video monitoring image according to business information, to realize being positioned to the synchronization video monitoring image of flow monitoring subsystem, comprising according to the business information of service process subsystem:
S110: determine critical data, described critical data is in order to discern every different business that described service process subsystem is handled; Can determine critical data by the input unit of positioner 3, such as the professional sequence number of business;
S120: service process subsystem 1 whenever receives a new business information, therefrom obtains the critical data of described business, and is sent to flow monitoring subsystem 2.Service process subsystem 1 whenever receives a new business information and earlier it is preserved into the business record data, and can be sent to positioner 3, preservation unit 33 by positioner 3 finds this professional critical data, and co-current flow range monitoring subsystem 2 sends preserves the mapping relations request instruction;
S130: the mapping relations that flow monitoring subsystem 3 is preserved described critical data and current video image.Vedio data can be a video image file, also can be video image stream.Critical data can be professional sequence number, preserves every business datum record and can distinguish with professional sequence number in service process subsystem 1.For video image, suppose that video is to preserve with the video image file of different filenames, then preserve critical data and the mapping relations of current video image comprise set up professional sequence number with and the mapping relations of the filename of professional relevant current video image file, and can write down the described professional moment of taking place or write down described professional the generation constantly and the side-play amount in the initial moment of current video image file.Suppose that video is to preserve with the video image stream of different identification, then preserve critical data and the mapping relations of current video image comprise set up professional sequence number with and the mapping relations of the sign of professional relevant current video image stream, and can write down the described professional moment of taking place or write down described professional take place constantly and current video image flows the side-play amount in the initial moment;
S140: when locating the synchronization video monitoring image of described business according to business information, from described service process subsystem 1, obtain the business datum record of this business earlier, and from described business datum record, obtain the critical data of this business;
When the requirement that positioner 3 receives user input is positioned to the business information of synchronization video monitoring picture, bribe the query requests that service process subsystem 1 sends earlier, find the described business record data of described business, and described business record data are sent to positioner 3, positioner 3 obtains the critical data of described business, and transmission video image accent is put request instruction to flow monitoring subsystem 2;
S150: flow monitoring subsystem 2 finds the current video image that has mapping relations with it according to critical data, and positions to the synchronization video monitoring image by the recording apparatus of flow monitoring subsystem.
Below be example with highway toll subsystem and Monitor And Control Subsystem thereof, specify the present invention.
The operation system setting of present most of highway toll industry is divided into charge station's level management system, lane toll system etc., and charge station's higher level management system also may be set certainly.Introducing with charge station's level at this is the service sub-system and the Monitor And Control Subsystem of representative.
The charge station unit of service process subsystem and unit, track are based upon in the high-speed local area network, wherein between unit, track and the charge station unit with adopting optical fiber to be connected.The unit, track comprises charge equipments such as money machine, printer, barrier machine, and the charge data (being business datum) that charge produces is uploaded to the processing server of charge station.Charge data comprises relevant informations such as charge date, chargeable time, charge operation sequence number, vehicle license plate.Processing server by charge station is used to preserve each bar charge operation record, and can carry out the charge data inquiry of various combination conditions.
Monitoring flow process subsystem comprises monitoring server, digital hard disc video recorder, digital video matrix and the camera that is arranged in each point.Equipment such as monitoring server, digital hard disc video recorder generally is placed in charge station's machine room, settles the place of camera to comprise in the tollbooth on the track, the lane in which the drivers should pay fees, toll plaza etc.The monitor video image that each camera is taken in is directly preserved in the monitoring server by video signal cable, and the operator can control the scope that each camera is taken by the digital video matrix simultaneously.Camera in the tollbooth is used for taking the operating process of charge operator in charging process synchronously, and the camera of the lane in which the drivers should pay fees is used for taking synchronously the overall process of vehicle by the lane in which the drivers should pay fees.
In present this system configuration, charge subsystem and Monitor And Control Subsystem be separate, have a style of one's own, the charge data that charge operation produces is kept at processing server voluntarily, and the monitor video view data that Monitor And Control Subsystem produces is kept at monitoring server voluntarily.When needs are inquired about the surveillance video of certain bar charge operation flow process, the operator will obtain corresponding charge operation record according to known conditions inquiry earlier in the charge subsystem, the moment when writing down this charge operation generation simultaneously, manually search corresponding video record file and broadcast in supervisory control system then, and need the Artificial Control progress to play corresponding image.Want to check the synchronization video video recording of this charge operation, the synchronized video recording that is difficult in time to inquire video file and is difficult to accurate controls playing charge operation flow process has very big contingency, repeatability, inaccuracy.
The present invention makes full use of the original Fare Collection System and the system configuration of supervisory control system, increases by a location device in charge station's level, and this positioner connects charge subsystem and Monitor And Control Subsystem, is used for the location playback of the synchronization video video recording of charge operation flow process.When needs are inquired about the surveillance video of certain bar charge operation flow process, the operator is as long as inquiry obtains corresponding charge operation record according to known conditions in this device, crucial index informations such as moment when simultaneity factor is extracted this charge operation generation, submit these information to Monitor And Control Subsystem then, Monitor And Control Subsystem takes place constantly according to business and initial moment of video recording of comparison video record file and video recording finish time, and retrieval obtains corresponding video record file; Compare the initial moment of video recording and professional the generation constantly of video file then, determine that the video file playing pointer is displaced to professional the generation to begin to play constantly, like this, the video recording of the synchronization video of charge operation flow process just realizes playback accurately.
Certainly, in order further to strengthen the consistency of operation flow and synchronization video video recording, operation system when operation flow is carried out with the key message of relevant this operation flow, such as operation flow sequence number etc., synchronized transmission is given supervisory control system, set up the professional index relative that the moment, operation flow sequence number and synchronization video video recording take place by supervisory control system, like this, operation flow data and positioner can utilize the professional index such as the moment, operation flow sequence number that take place when retrieve video is recorded a video, with the accuracy of further realization synchronization video video recording location.
After vehicle is stolen, if in conjunction with system of the present invention, as long as in positioner, import vehicle license, the charge operation information that takes place when this unit can retrieve all these vehicles by charge station equally.Simultaneously, as long as we have the request of checking the synchronization video video recording, system will be according to instruction, utilize the index information such as the generation moment, operation flow sequence number of charge operation, retrieve corresponding Video Document and realize to play, the synchronization video video recording of the charge operation flow process that this vehicle takes place during by charge station is just realized playback accurately.
More than disclosed only be several specific embodiment of the present invention, but the present invention is not limited thereto, those skilled in the art can think variation, all should drop in protection scope of the present invention.
Claims (9)
1, a kind ofly be positioned to the localization method of synchronization video monitoring image,, it is characterized in that, comprising to realize being positioned to the synchronization video monitoring image of flow monitoring subsystem according to the business information of service process subsystem according to business information:
(1) determine critical data, described critical data is in order to discern every different business that described service process subsystem is handled;
(2) service process subsystem whenever receives a new business information, therefrom obtains the critical data of described business, and is sent to the flow monitoring subsystem;
(3) described flow monitoring subsystem is preserved the mapping relations of described critical data and current video image foundation, and described current video image is preserved the situation occurred of described business;
(4) when locating the synchronization video monitoring image of described business according to business information, from described service process subsystem, obtain the business datum record of this business earlier, and from described business datum record, obtain the critical data of this business;
(5) the flow monitoring subsystem finds the video image that has mapping relations with it according to critical data, and positions to the synchronization video monitoring image by the recording apparatus of flow monitoring subsystem.
2, as claimed in claim 1ly be positioned to the localization method of synchronization video monitoring image, it is characterized in that described current video image data comprise the sign of the filename or the current video image stream of current video image file according to business information.
3, as claimed in claim 2ly be positioned to the localization method of synchronization video monitoring image, it is characterized in that the mapping relations that described critical data and current video image are set up are according to business information:
Set up mapping relations between the sign of the filename of critical data and current video image/current video image stream;
Preserve described professional take place constantly and current video image flows the side-play amount in the initial moment.
4, as claimed in claim 3ly be positioned to the localization method of synchronization video monitoring image, it is characterized in that, be positioned to the synchronization video monitoring image by described mapping relations in the step (5) and further comprise according to business information:
Find the sign of the video image file name/video image stream that has mapping relations with it according to critical data;
According to described professional take place constantly and side-play amount that current video image flows the initial moment is offset to the synchronization video monitoring image and plays.
5, as claimed in claim 1ly be positioned to the localization method of synchronization video monitoring image, it is characterized in that described critical data comprises the professional time of origin that is used to identify different business, professional sequence number according to business information.
6, a kind of system that realizes business information and synchronization video monitoring image location is characterized in that described system comprises service process subsystem, flow monitoring subsystem and positioner, wherein:
Service process subsystem: comprise processing server and at least one work station, be used for the business information of every business of input is preserved into a business datum record, and described business information is sent to positioner;
Positioner connects described service process subsystem and flow monitoring subsystem, comprising:
Input unit: be used for the input inquiry request, and the business information of input is sent to service process subsystem, so that obtain described business datum record;
Follow the trail of request unit: connect described input unit, obtain the critical data of described business in the business datum record that will receive, send the video image accent to the flow monitoring subsystem and put request instruction;
Preserve the unit: be used to receive the business information that service process subsystem sends, and therefrom obtain the critical data of described business, send to the flow monitoring subsystem and preserve the mapping relations request instruction;
The flow monitoring subsystem comprises monitoring server and at least one recording apparatus, in order to when receiving preservation mapping relations request instruction, and the mapping relations of preserving the described critical data current video image relevant with described business; And put request instruction when receiving the video image accent, find the current video image that has mapping relations with it according to critical data, and position to the synchronization video monitoring image by the recording apparatus of flow monitoring subsystem.
7, the system of realization business information as claimed in claim 6 and synchronization video monitoring image location is characterized in that described positioner is a computer, and by network or passage difference connection processing server and monitoring server.
8, the system of realization business information as claimed in claim 6 and synchronization video monitoring image location is characterized in that described positioner is integrated in the inside of monitoring server.
9, as the system of claim 7 or 8 described realization business information and synchronization video monitoring image location, it is characterized in that, follow the trail of request unit, preserve in the processor that the unit is integrated in computer or input unit, follow the trail of request unit, preserve the unit and be integrated in the processor of computer.
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| CN 200410096504 CN1606349A (en) | 2004-11-30 | 2004-11-30 | Method and system for positioning synchronous video monitoring image of service process |
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| CN 200410096504 CN1606349A (en) | 2004-11-30 | 2004-11-30 | Method and system for positioning synchronous video monitoring image of service process |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102752569A (en) * | 2012-06-27 | 2012-10-24 | 安科智慧城市技术（中国）有限公司 | Video playing method and video playing system based on video analysis |
| CN106933870A (en) * | 2015-12-29 | 2017-07-07 | 平安科技（深圳）有限公司 | The record list method and system of data of insuring |
| CN108093212A (en) * | 2017-12-11 | 2018-05-29 | 西安优卓软件有限公司 | A kind of business datum and business video correlating method and management system |
| CN109195799A (en) * | 2016-12-19 | 2019-01-11 | 机场管理局 | Automatic airport ground lighting inspection system |
| CN111161055A (en) * | 2020-03-05 | 2020-05-15 | 中国邮政储蓄银行股份有限公司 | Data processing method and system |
| CN111639236A (en) * | 2020-06-09 | 2020-09-08 | 河北上元智能科技股份有限公司 | Device and method for retrieving video through charging data in video monitoring system |
| CN112235534A (en) * | 2020-09-21 | 2021-01-15 | 上海讯久网络科技有限公司 | Intelligent video monitoring system of entity service hall based on one-window comprehensive acceptance of government affair service |
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2004
- 2004-11-30 CN CN 200410096504 patent/CN1606349A/en active Pending
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102752569A (en) * | 2012-06-27 | 2012-10-24 | 安科智慧城市技术（中国）有限公司 | Video playing method and video playing system based on video analysis |
| CN102752569B (en) * | 2012-06-27 | 2016-08-10 | 杭州天视智能系统有限公司 | A kind of video broadcasting method based on video analysis and system thereof |
| CN106933870A (en) * | 2015-12-29 | 2017-07-07 | 平安科技（深圳）有限公司 | The record list method and system of data of insuring |
| CN106933870B (en) * | 2015-12-29 | 2020-09-29 | 平安科技（深圳）有限公司 | Policy recording method and system for insurance data |
| CN109195799A (en) * | 2016-12-19 | 2019-01-11 | 机场管理局 | Automatic airport ground lighting inspection system |
| CN109195799B (en) * | 2016-12-19 | 2020-08-04 | 机场管理局 | Automatic airport ground lighting inspection system |
| CN108093212A (en) * | 2017-12-11 | 2018-05-29 | 西安优卓软件有限公司 | A kind of business datum and business video correlating method and management system |
| CN111161055A (en) * | 2020-03-05 | 2020-05-15 | 中国邮政储蓄银行股份有限公司 | Data processing method and system |
| CN111639236A (en) * | 2020-06-09 | 2020-09-08 | 河北上元智能科技股份有限公司 | Device and method for retrieving video through charging data in video monitoring system |
| CN112235534A (en) * | 2020-09-21 | 2021-01-15 | 上海讯久网络科技有限公司 | Intelligent video monitoring system of entity service hall based on one-window comprehensive acceptance of government affair service |
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