CN105788347A - GIS-based guard route monitoring method, device and system - Google Patents
GIS-based guard route monitoring method, device and system Download PDFInfo
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- CN105788347A CN105788347A CN201410817276.9A CN201410817276A CN105788347A CN 105788347 A CN105788347 A CN 105788347A CN 201410817276 A CN201410817276 A CN 201410817276A CN 105788347 A CN105788347 A CN 105788347A
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Abstract
The present invention discloses a GIS-based guard route monitoring method, a device and a system. The method comprises the steps of establishing the one-to-one correspondence between a plurality of monitoring point objects and a plurality of actual monitoring probes at an actual monitoring scene in a geographic information system (GIS) map; acquiring the information of a guard starting point and the information of a guard destination point, and obtaining an optimal guard route on the GIS map according to the information of the guard starting point and the information of the guard destination point; acquiring the real-time geographic location information of a guard vehicle, searching actual monitoring probes within a preset radius range according to the real-time geographic location information, and putting the searched actual monitoring probes in a video playing list in real time; and sequentially playing the video playing list according to the optimal guard route. Based on the above technical scheme of the invention, the real-time performance and the accuracy of the guard route monitoring process are improved.
Description
Technical field
The present invention relates to technical field of video monitoring, monitor method, device and system thereof in particular to a kind of guard's route based on GIS.
Background technology
GIS-Geographic Information System (GeographicInformationSystem or Geo-Informationsystem, GIS) is also called " GeoscienceInformation System " sometimes.It is a kind of specific highly important space information system.It is under computer hardware and software system is supported, the relevant geographic distribution data in earth top layer (including atmosphere) space all or in part be acquired, store, manage, computing, the technological system analyzing, be shown and described.
Along with GIS geographical information technology is fast-developing, it starts to merge with video monitoring system more and more at present, and the monitoring to realize more horn of plenty is applied.Such as, generalized information system can allow the spatial geographic information of control point in video monitoring system be presented more intuitively, thus providing powerful management platform for the visual query of control point and condition monitoring, and then between police service commanding and decision-making and video monitoring information, set up a bridge block.
In field of video monitoring, when holding large-scale activity, leader's inspection or international meeting etc. and being movable, security process it is frequently necessary to the guard's route determining between starting point and the destination of guard fleet, and in video monitoring system, the near zone along guard's route is carried out video monitoring targetedly.
In the prior art, it is common that first obtain guard's vehicle and be likely to location, then select a range of control point at GIS map centre circle, and carry out video monitoring according to these selected control points.This technical scheme there is problems in that
1, video monitoring personnel are difficult to determine the real time position residing for guard's vehicle on backstage.
2, the video information of guard's du vehicule can not accurately be shown, meanwhile, when playing the real-time video that control point gathers, it is necessary to manpower intervention, it is possible to certain time ductility can be caused.
Summary of the invention
In order to solve at least one in above-mentioned technical problem, the purpose of the embodiment of the present invention is in that to provide a kind of guard's route based on GIS to monitor method, device and system thereof.
In order to reach the purpose of the embodiment of the present invention, the embodiment of the present invention realizes by the following technical solutions:
A kind of guard's route based on GIS monitors method, including:
Distribution GIS map is set up multiple control points object associate with the one_to_one corresponding of multiple actual monitored probe in actual monitored scene.
Obtain guard's start point information and guard's point of destination information, in GIS map, obtain optimum guard's route according to described guard's start point information and guard's point of destination information；
Obtain the real-time geographical locations information of guard's vehicle, and pop one's head according to the actual monitored within the scope of described real-time geographical locations information search pre-set radius, and the actual monitored searched probe is put into video play lists in real time；
Described video play lists is play successively according to described optimum guard's route.
Preferably, described guard's route monitoring method based on GIS also includes:
The video information that guard's vehicle described in real-time play gathers.
Preferably, described guard's route monitoring method based on GIS also includes:
Judge whether described guard's vehicle deviates described optimum guard's route according to the real-time geographical locations information of guard's vehicle, when determining described guard's vehicle deviation described optimum guard's route, generate warning information.
A kind of guard's route supervising device based on GIS, including:
Relating module, associates with the one_to_one corresponding of multiple actual monitored probe in actual monitored scene for setting up multiple control points object in Distribution GIS map；
First acquisition module, is used for obtaining guard's start point information and guard's point of destination information；
Route planning module, for obtaining optimum guard's route according to described guard's start point information and guard's point of destination information in GIS map；
Second acquisition module, for obtaining the real-time geographical locations information of guard's vehicle；
Probe search module, for popping one's head according to the actual monitored within the scope of the real-time geographical locations information search pre-set radius of described guard's vehicle, and puts into video play lists in real time by the actual monitored searched probe；
Monitoring module, for playing described video play lists successively according to described optimum guard's route.
Preferably, described monitoring module is additionally operable to the video information that guard's vehicle described in real-time play gathers.
Preferably, described guard's route supervising device based on GIS also includes:
Alarm module, for judging whether described guard's vehicle deviates described optimum guard's route according to the real-time geographical locations information of guard's vehicle, when determining described guard's vehicle deviation described optimum guard's route, generates warning information.
A kind of guard's route based on GIS monitors system, including:
Video monitoring subsystem, for providing the monitor video data of multiple actual monitored probe Real-time Collection；
Guard's vehicle, is used for sending real-time geographical locations information；
Client, associates with the one_to_one corresponding of multiple actual monitored probe in actual monitored scene for setting up multiple control points object in Distribution GIS map；It is further used for obtaining guard's start point information and guard's point of destination information, in GIS map, obtains optimum guard's route according to described guard's start point information and guard's point of destination information；It is further used for obtaining the real-time geographical locations information of guard's vehicle, and pops one's head according to the actual monitored within the scope of described real-time geographical locations information search pre-set radius, and the actual monitored searched probe is put into video play lists in real time；And it is further used for the monitor video data of the actual monitored probe Real-time Collection playing in described video play lists successively according to described optimum guard's route.
Preferably, described guard's vehicle is additionally operable to Real-time Collection video information, and described client is additionally operable to the video information that guard's vehicle described in real-time play gathers.
Preferably, described client is additionally operable to judge according to the real-time geographical locations information of guard's vehicle whether described guard's vehicle deviates described optimum guard's route, when determining described guard's vehicle deviation described optimum guard's route, generates warning information.
The present invention can analyze guard's route of optimum according to GIS geographical information technology, obtain the control point list of guard's route process, in conjunction with GIS GIS-Geographic Information System, vehicle GPS alignment system and multihead display, automatically the control point of guard's vehicle region is play and in order, adopt the present invention, it is possible to improve real-time and the accuracy of the monitoring of guard's route.
Accompanying drawing explanation
A kind of guard's route based on GIS that Fig. 1 provides for the embodiment of the present invention monitors method flow schematic diagram；
A kind of guard's route based on GIS that Fig. 2 provides for another embodiment of the present invention monitors method flow schematic diagram；
A kind of guard's route based on GIS that Fig. 3 provides for another embodiment of the present invention monitors method flow schematic diagram；
A kind of guard's route supervising device structural representation based on GIS that Fig. 4 provides for the embodiment of the present invention；
A kind of guard's route supervising device structural representation based on GIS that Fig. 5 provides for another embodiment of the present invention；
A kind of guard's route based on GIS that Fig. 6 provides for the embodiment of the present invention monitors system structure schematic diagram；
A kind of guard's route based on GIS that Fig. 7 provides for the embodiment of the present invention monitors system implementing procedure schematic diagram；
Fig. 8 is the schematic diagram presenting real-time video information in the embodiment of the present invention in client.
The realization of the object of the invention, functional characteristics and excellent effect, be described further below in conjunction with specific embodiment and accompanying drawing.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, technical scheme of the present invention being described in further detail, so that those skilled in the art can be better understood from the present invention and can be practiced, but illustrated embodiment is not as a limitation of the invention.
With reference to shown in Fig. 1, a kind of guard's route based on GIS that the present embodiment provides monitors method, comprises the following specific steps that:
S10, set up in Distribution GIS map multiple control points object with in actual monitored scene multiple actual monitored probe one_to_one corresponding associate.
GIS map has multiple control points object, described control point object is man-machine interaction figure case or other controls, its with actual monitored scene in multiple actual monitored probe one_to_one corresponding, for based on this GIS map, passing through to click the plurality of control point object and obtain the video information that the plurality of corresponding actual monitored probe gathers in real time.
S20, acquisition guard's start point information and guard's point of destination information, obtain optimum guard's route according to described guard's start point information and guard's point of destination information in GIS map.
Specifically, user can input described guard's start point information and guard's point of destination information, guard's start point information that system inputs according to described user and guard's point of destination information according to multiple control points object in described GIS map and the incidence relation of multiple actual monitored probe in actual monitored scene, obtain described optimum guard's route.
S30, obtain guard's vehicle real-time geographical locations information, and according within the scope of described real-time geographical locations information search pre-set radius actual monitored pop one's head in, and by the actual monitored searched probe put into video play lists in real time.
Being provided with positioner on guard's vehicle, described positioner constantly sends its real-time geographical location information.The system real-time geographical locations information according to the guard's vehicle got in real time, and in GIS map, search for the actual monitored probe within the scope of pre-set radius according to described real-time geographical locations information, and the actual monitored searched probe is put into video play lists in real time.
Described video play lists can constantly be updated, when certain corresponding actual monitored therein probe played complete when, then be moved out described video play lists.
Should be appreciated that the index list in described video play lists can be popped one's head in for actual monitored or establish the control point object of incidence relation with actual monitored probe.
S40, play described video play lists successively according to described optimum guard's route.
Described optimum guard's route has directivity, plays, according to the sensing of described optimum guard's route, the video information that in described video play lists, corresponding actual monitored is popped one's head in or control point object is corresponding successively.
In preferred embodiment, with reference to shown in Fig. 2, described guard's route based on GIS is monitored method and is also included:
The video information that guard's vehicle described in S50, real-time play gathers.
It is deployed with vehicle-mounted monitoring equipment on described guard's vehicle, its real-time collection video information, and by wireless transmission method by the video information transmission of described Real-time Collection to client.
In preferred embodiment, with reference to shown in Fig. 3, described guard's route based on GIS is monitored method and is also included:
S60, judge according to the real-time geographical locations information of guard's vehicle whether described guard's vehicle deviates described optimum guard's route, when determining the described optimum guard's route of described guard's vehicle deviation, generation warning information.
In the middle of practical application, generating after described warning information, visually show the information of corresponding guard's vehicle according to described warning information, for instance vehicle drive people's information, driver's background information information, vehicle be presently in positional information, etc..
As shown in Figure 4, present embodiments provide a kind of guard's route supervising device based on GIS, including:
Relating module, associates with the one_to_one corresponding of multiple actual monitored probe in actual monitored scene for setting up multiple control points object in Distribution GIS map；
First acquisition module, is used for obtaining guard's start point information and guard's point of destination information；
Route planning module, for obtaining optimum guard's route according to described guard's start point information and guard's point of destination information in GIS map；
Second acquisition module, for obtaining the real-time geographical locations information of guard's vehicle；
Probe search module, for popping one's head according to the actual monitored within the scope of the real-time geographical locations information search pre-set radius of described guard's vehicle, and puts into video play lists in real time by the actual monitored searched probe；
Monitoring module, for playing described video play lists successively according to described optimum guard's route.
Preferably, described monitoring module is additionally operable to the video information that guard's vehicle described in real-time play gathers.
In preferred embodiment, as it is shown in figure 5, described guard's route supervising device based on GIS also includes:
Alarm module, for judging whether described guard's vehicle deviates described optimum guard's route according to the real-time geographical locations information of guard's vehicle, when determining described guard's vehicle deviation described optimum guard's route, generates warning information.
With reference to shown in Fig. 6, the present embodiment additionally provides a kind of guard's route based on GIS and monitors system, including:
Video monitoring subsystem, for providing the monitor video data of multiple actual monitored probe Real-time Collection；
Guard's vehicle, is used for sending real-time geographical locations information；
Client, associates with the one_to_one corresponding of multiple actual monitored probe in actual monitored scene for setting up multiple control points object in Distribution GIS map；It is further used for obtaining guard's start point information and guard's point of destination information, in GIS map, obtains optimum guard's route according to described guard's start point information and guard's point of destination information；It is further used for obtaining the real-time geographical locations information of guard's vehicle, and pops one's head according to the actual monitored within the scope of described real-time geographical locations information search pre-set radius, and the actual monitored searched probe is put into video play lists in real time；And it is further used for the monitor video data of the actual monitored probe Real-time Collection playing in described video play lists successively according to described optimum guard's route.
In preferred embodiment, described guard's vehicle is additionally operable to Real-time Collection video information, and described client is additionally operable to the video information that guard's vehicle described in real-time play gathers.
Described client is additionally operable to judge according to the real-time geographical locations information of guard's vehicle whether described guard's vehicle deviates described optimum guard's route, when determining described guard's vehicle deviation described optimum guard's route, generates warning information.
With reference to shown in Fig. 7, a kind of guard's route based on GIS that the present embodiment provides monitors system, and it includes implementing as follows step:
In step 1, video monitoring subsystem, according to the geographic coordinate information that each actual monitored is popped one's head in, GIS map completes the location of each actual monitored probe, associate corresponding with control point object in GIS map for actual monitored probe.
Step 2, vehicle-mounted monitoring equipment are connected to video monitoring subsystem by 3G/4G network, provide public network access server, connect for vehicle-mounted monitoring equipment in video monitoring subsystem.After being successfully accessed, video monitoring subsystem can be checked the real-time video information that vehicle-mounted monitoring equipment gathers, and show the real-time geographical locations information of vehicle-mounted monitoring equipment in GIS map.
Step 3, according to guard's starting point and guard's point of destination, it is determined that optimum guard's route.Utilize GIS geographical information technology, it is determined that the optimum traffic route between guard's starting point and guard's point of destination.
If the optimum guard's route of step 4 is unsatisfactory for, it is possible to manually mark the position of guard's vehicle process, and according to these positions, re-optimization obtains optimum guard's route.
Step 5, beginning guard's route monitoring, the real-time video of vehicle-mounted monitoring equipment is play at the designated window 1 of video monitoring platform, as shown in Figure 8.
Step 6, real-time geographical locations information according to guard's vehicle, GIS map is searched a range of all actual monitored probe information of guard's vehicle-surroundings, obtain the current guard's vehicle actual monitored probe to the optimum guard's route both sides between point of destination simultaneously, after all actual monitored got probe is ranked up according to the distance with current guard's vehicle real time position, video window 2 to the video window N of video monitoring platform is sequentially carried out broadcasting, as shown in Figure 8, the situation of guard's vehicle-surroundings is shown in real time.
If the actual monitored probe number that step 7 was being play at that time is more than video window number N, then video window can be carried out page turn over operation, it is ensured that video window can browse through the video of all control points.
Step 8, guard's vehicle often report a geographical position, perform step 6.In performing step 6, some actual monitored probe is in just in the state of real-time play, now has only to mobile video the window's position in video monitoring platform.
Step 9, guard's vehicle often report a geographical position, it is judged that whether guard's vehicle deviates guard's route, if the deviation from guard's route, then produce alarm, and go to step 4.
When step 10, guard's vehicle arrive at, stop the monitoring of guard's route.
The foregoing is only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every equivalent structure utilizing description of the present invention and accompanying drawing content to make or equivalence flow process conversion; or directly or indirectly it is used in other relevant technical fields, all in like manner include in the scope of patent protection of the present invention.
Claims (9)
1. the guard's route based on GIS monitors method, it is characterised in that including:
Distribution GIS map is set up multiple control points object associate with the one_to_one corresponding of multiple actual monitored probe in actual monitored scene；
Obtain guard's start point information and guard's point of destination information, in GIS map, obtain optimum guard's route according to described guard's start point information and guard's point of destination information；
Obtain the real-time geographical locations information of guard's vehicle, and pop one's head according to the actual monitored within the scope of described real-time geographical locations information search pre-set radius, and the actual monitored searched probe is put into video play lists in real time；
Described video play lists is play successively according to described optimum guard's route.
2. the guard's route based on GIS as claimed in claim 1 monitors method, it is characterised in that also include:
The video information that guard's vehicle described in real-time play gathers.
3. the guard's route based on GIS as claimed in claim 1 monitors method, it is characterised in that also include:
Judge whether described guard's vehicle deviates described optimum guard's route according to the real-time geographical locations information of guard's vehicle, when determining described guard's vehicle deviation described optimum guard's route, generate warning information.
4. the guard's route supervising device based on GIS, it is characterised in that including:
Relating module, associates with the one_to_one corresponding of multiple actual monitored probe in actual monitored scene for setting up multiple control points object in Distribution GIS map；
First acquisition module, is used for obtaining guard's start point information and guard's point of destination information；
Route planning module, for obtaining optimum guard's route according to described guard's start point information and guard's point of destination information in GIS map；
Second acquisition module, for obtaining the real-time geographical locations information of guard's vehicle；
Probe search module, for popping one's head according to the actual monitored within the scope of the real-time geographical locations information search pre-set radius of described guard's vehicle, and puts into video play lists in real time by the actual monitored searched probe；
Monitoring module, for playing described video play lists successively according to described optimum guard's route.
5. the guard's route supervising device based on GIS as claimed in claim 4, it is characterised in that described monitoring module is additionally operable to the video information that guard's vehicle described in real-time play gathers.
6. the guard's route supervising device based on GIS as claimed in claim 4, it is characterised in that also include:
Alarm module, for judging whether described guard's vehicle deviates described optimum guard's route according to the real-time geographical locations information of guard's vehicle, when determining described guard's vehicle deviation described optimum guard's route, generates warning information.
7. the guard's route based on GIS monitors system, it is characterised in that including:
Video monitoring subsystem, for providing the monitor video data of multiple actual monitored probe Real-time Collection；
Guard's vehicle, is used for sending real-time geographical locations information；
Client, associates with the one_to_one corresponding of multiple actual monitored probe in actual monitored scene for setting up multiple control points object in Distribution GIS map；It is further used for obtaining guard's start point information and guard's point of destination information, in GIS map, obtains optimum guard's route according to described guard's start point information and guard's point of destination information；It is further used for obtaining the real-time geographical locations information of guard's vehicle, and pops one's head according to the actual monitored within the scope of described real-time geographical locations information search pre-set radius, and the actual monitored searched probe is put into video play lists in real time；And it is further used for the monitor video data of the actual monitored probe Real-time Collection playing in described video play lists successively according to described optimum guard's route.
8. the guard's route based on GIS as claimed in claim 7 monitors system, it is characterised in that described guard's vehicle is additionally operable to Real-time Collection video information, and described client is additionally operable to the video information that guard's vehicle described in real-time play gathers.
9. the guard's route based on GIS as claimed in claim 7 monitors system, it is characterized in that, described client is additionally operable to judge according to the real-time geographical locations information of guard's vehicle whether described guard's vehicle deviates described optimum guard's route, when determining described guard's vehicle deviation described optimum guard's route, generate warning information.
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| CN201410817276.9A CN105788347A (en) | 2014-12-24 | 2014-12-24 | GIS-based guard route monitoring method, device and system |
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| CN107545721A (en) * | 2016-09-12 | 2018-01-05 | 郑州蓝视科技有限公司 | Utilize the method for camera head monitor bus deviation route |
| CN110858888A (en) * | 2018-08-22 | 2020-03-03 | 视联动力信息技术股份有限公司 | Method and device for playing monitoring data |
| CN112203016A (en) * | 2020-09-29 | 2021-01-08 | 北京飞讯数码科技有限公司 | Monitoring processing method, device, equipment and medium for video acquisition equipment |
| CN116878529A (en) * | 2023-07-10 | 2023-10-13 | 上海朗尚传感技术有限公司 | Dual-antenna navigation route deviation early warning system based on Beidou technology |
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Application publication date: 20160720 |