CN106817570A - A kind of network video monitor and control system of cloud computing - Google Patents
A kind of network video monitor and control system of cloud computing Download PDFInfo
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- CN106817570A CN106817570A CN201710115535.7A CN201710115535A CN106817570A CN 106817570 A CN106817570 A CN 106817570A CN 201710115535 A CN201710115535 A CN 201710115535A CN 106817570 A CN106817570 A CN 106817570A
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- video
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
- H04N7/181—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast for receiving images from a plurality of remote sources
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- Engineering & Computer Science (AREA)
- Multimedia (AREA)
- Signal Processing (AREA)
- Two-Way Televisions, Distribution Of Moving Picture Or The Like (AREA)
Abstract
The invention belongs to video monitoring system technical field, more particularly to a kind of network video monitor and control system of cloud computing, the headend equipment private clound output is connected to access server, the access server video frequency output is in cloud service processor and cloud storage service device, the cloud service processor video frequency output is in a video input port of streaming media server, the streaming media server video frequency output is in display control terminal private clound, the cloud storage service device video frequency output is in another video input port of streaming media server, the present invention solves prior art to be present under the background of cybertimes and big data, the problem of huge HD video real-time property treatment, with real-time, avoid the wasting of resources and reduce cost, high performance-price ratio and dynamic retractility, the strong Advantageous Effects of off-line working ability.
Description
Technical field
The invention belongs to video monitoring system technical field, more particularly to a kind of network video monitor and control system of cloud computing.
Background technology
Video monitoring is the important component of safety and protection system, English Cameras and Surveillance.Pass
The monitoring system of system includes front-end camera, transmission cable, video monitoring platform.Video camera can be divided into network digital camera and
Analog video camera, can be used as the collection of head end video picture signal.It is a kind of stronger integrated system of prevention ability.Video is supervised
Control is enriched with its directly perceived, accurate, timely and information content and is widely used in many occasions.In recent years, with computer, network
And image procossing, transmission technology are developed rapidly, Video Supervision Technique there has also been significant progress, and prior art is present in net
Under the background of network epoch and big data, the problem that huge HD video real-time property is processed.
The content of the invention
The present invention provides a kind of network video monitor and control system of cloud computing, to solve to propose existing skill in above-mentioned background technology
Art is present under the background of cybertimes and big data, the problem that huge HD video real-time property is processed.
Technical problem solved by the invention is realized using following technical scheme：A kind of Network Video Surveillance of cloud computing
System, including headend equipment network, cloud service system, display processing system, the headend equipment network include web camera,
Monopod video camera, Internet video main frame, other video surveillance networks, headend equipment private clound, the cloud service system include cloud
Service processor, cloud storage service device, access server, central server, streaming media server, the display processing system bag
Include display control terminal private clound and video wall；
The web camera accesses headend equipment private clound, and the monopod video camera output is connected to Internet video master
Machine, the Internet video main frame output accesses headend equipment private clound, and it is private that described other video surveillance networks access headend equipment
There is cloud, the headend equipment private clound output is connected to access server, and the access server video frequency output is at cloud service
Reason device and cloud storage service device, the cloud service processor video frequency output in a video input port of streaming media server,
, in display control terminal private clound, the cloud storage service device video frequency output is in Streaming Media for the streaming media server video frequency output
Another video input port of server, the display control terminal private clound output is connected to video wall, the display control
In central server, the central server distinguishes controlled output in cloud service processor, cloud to terminal private clound controlled output processed
Storage server, access server, streaming media server.
Further, described other video surveillance networks include conventional front-end platform and conventional memory device.
Further, the conventional memory device input is connected to conventional front-end platform, before the conventional front-end platform is accessed
End equipment private clound.
Further, the conventional memory device can also be directly connected in the legacy equipment input port of video wall.
Further, the conventional front-end platform can also be directly connected in pc client and mobile client.
Further, the display processing system includes pc client and mobile client and large screen display system.
Further, to access display control terminal privately owned for the pc client and mobile client and large screen display system
Cloud.
Further, the large screen display system includes decoder, video matrix, video wall.
Further, the decoder input accesses private clound, and the decoder output output is connected to video matrix,
The video matrix output is connected to video wall.
Further, the built-in embedded type network video system component of the Internet video main frame.
Beneficial effects of the present invention are：
1st, this patent accesses headend equipment private clound using web camera, and monopod video camera output is connected to Internet video
Main frame, Internet video main frame output accesses headend equipment private clound, and other video surveillance networks access headend equipment private clound, preceding
The output of end equipment private clound is connected to access server, and access server video frequency output is in cloud service processor and cloud storage service
Device, cloud service processor video frequency output is in a video input port of streaming media server, streaming media server video frequency output
In display control terminal private clound, cloud storage service device video frequency output in another video input port of streaming media server,
Display control terminal private clound output be connected to video wall, display control terminal private clound controlled output in central server, in
Central server distinguishes controlled output in cloud service processor, cloud storage service device, access server, streaming media server, makes
The headend equipments such as used time, web camera are directly accessed in integrated treatment cloud platform, after the encoded device coding of simulation camera
It is linked into platform, other platforms or headend equipment can be accessed after SDK integration, by after access server, into cloud
Treatment cluster carries out data processing, realizes the functions such as content recognition, transcoding, intellectual analysis to live video stream, and by turning
Hair server externally provides service in the form of Streaming Media, for the video data flowed out after cVideo is processed, if
Terminal device (mobile phone, IPAD etc.) demand, then directly send the video flowing after transcoding, if wall on TV by forwarding server
The demand of display, decoding on-wall is carried out by pushing video streaming to decoder, because high definition is regarded, frequency monitor in subject matter be as
Huge HD video data are managed in where, if using the high-definition video monitoring of 1080P, use can obtain highest compression ratio
H., the HD video that the treatment of 264 Image Compressions is collected, then compress bit rate output and can reach 6Mbps, that is, every
Video camera will about produce the data volume of 50GB or so daily, and the system is jointly real using video input and controlled output two lines
Now monitor, based on distributed framework, externally provide service jointly in the form of cluster, by the pressure of magnanimity real time video data
Evenly spread to each treatment node on, realize load balancing, it is ensured that each node all in efficient operating condition, according to reality
The requirement of when property, we optimize the modules such as data access, treatment, forwarding, accomplish that data are not migrated in cluster as far as possible,
Reduce IO and transmission is operated, it is ensured that the requirement of real-time.
2nd, this patent includes conventional front-end platform and conventional memory device by other video surveillance networks, and conventional store sets
Standby input is connected to conventional front-end platform, and conventional front-end platform accesses headend equipment private clound, and conventional memory device can also be straight
The legacy equipment input port of video wall is connected in succession, and conventional front-end platform can also be directly connected in pc client and mobile visitor
Family, can also upgrade due to the system under original conventional video systems platform, transform, and not only increase the compatibility of system,
And effectively prevent the wasting of resources and reduce cost.
3rd, this patent is built on cloud storage, cloud computing platform, there is cheap, high reliability mass storage capacity, number
According to disposal ability and unlimited expandability, when user's storage demand increases, also only need to add memory node, and prop up
Hold hot plug, service and do not stop the functions such as dynamic update, investment and the upgrade maintenance expense of user is greatly reduced, with high performance-price ratio
The characteristics of with dynamic retractility.
4th, this patent is stable and reliable for performance, with off-line working ability.
Brief description of the drawings
Fig. 1 is a kind of function structure chart of the network video monitor and control system of cloud computing of the invention.
Specific embodiment
The present invention is described further below in conjunction with accompanying drawing：
In figure：1- headend equipment networks, 2- cloud service systems, 3- web cameras, 4- monopod video cameras, 5- Internet videos
Main frame, 6- other video surveillance networks, 7- headend equipment private clounds, 8- cloud service processors, 9- cloud storage service devices, 10- connects
Enter server, 11- central servers, 12- streaming media servers, 13- display control terminal private clounds, 14- video walls, 15- is passed
System front-end platform (not shown), 16- conventional memory device (not shown), 17-PC clients, 19- mobile clients, 20- large-size screen monitors
Curtain display system, 21- decoders, 22- video matrixs, 23- display processing systems.
Embodiment：
The present embodiment：As shown in figure 1, a kind of network video monitor and control system of cloud computing, including headend equipment network 1, cloud
Service system 2, display processing system, the headend equipment network 1 includes web camera 3, monopod video camera 4, Internet video
Main frame 5, other video surveillance networks 6, headend equipment private clound 7, the cloud service system 2 include cloud service processor 8, Yun Cun
Storage server 9, access server 10, central server 11, streaming media server 12, the display processing system include that display is controlled
Terminal private clound 13 processed and video wall 14；
The web camera 3 accesses headend equipment private clound 7, and the output of the monopod video camera 4 is connected to Internet video
Main frame 5, the output of Internet video main frame 5 accesses headend equipment private clound 7, and described other video surveillance networks 6 access front end
Equipment private clound 7, the output of headend equipment private clound 7 is connected to access server 10, and the video of the access server 10 is defeated
For cloud service processor 8 and cloud storage service device 9, the video frequency output of cloud service processor 8 is in streaming media server 12
One video input port, the video frequency output of the streaming media server 12 is in display control terminal private clound 13, the cloud storage
The video frequency output of server 9 is in another video input port of streaming media server 12, the display control terminal private clound 13
Output is connected to video wall 14, the controlled output of display control terminal private clound 13 in central server 11, it is described in it is genuinely convinced
Business device 11 distinguishes controlled output in cloud service processor 8, cloud storage service device 9, access server 10, streaming media server 12.
Described other video surveillance networks 6 include conventional front-end platform 15 and conventional memory device 16.
The input of the conventional memory device 16 is connected to conventional front-end platform 15, and the conventional front-end platform 15 accesses front end
Equipment private clound 7.
The conventional memory device 16 can also be directly connected in the legacy equipment input port of video wall 14.
The conventional front-end platform 15 can also be directly connected in pc client 17 and mobile client 19.
The display processing system includes pc client 17 and mobile client 19 and large screen display system 20.
It is privately owned that the pc client 17 and mobile client 19 and large screen display system 20 access display control terminal
Cloud 13.
The large screen display system 20 includes decoder 21, video matrix 22, video wall 14.
The input of the decoder 21 accesses private clound, and the output of the output end of the decoder 21 is connected to video matrix 22,
The output of the video matrix 22 is connected to video wall 14.
The built-in embedded type network video system component of Internet video main frame 5.
Operation principle：
This patent accesses headend equipment private clound by web camera, and monopod video camera output is connected to Internet video master
Machine, Internet video main frame output accesses headend equipment private clound, and other video surveillance networks access headend equipment private clound, front end
The output of equipment private clound is connected to access server, and access server video frequency output is in cloud service processor and cloud storage service
Device, cloud service processor video frequency output is in a video input port of streaming media server, streaming media server video frequency output
In display control terminal private clound, cloud storage service device video frequency output in another video input port of streaming media server,
Display control terminal private clound output be connected to video wall, display control terminal private clound controlled output in central server, in
Central server distinguishes controlled output in cloud service processor, cloud storage service device, access server, streaming media server, makes
The headend equipments such as used time, web camera are directly accessed in integrated treatment cloud platform, after the encoded device coding of simulation camera
It is linked into platform, other platforms or headend equipment can be accessed after SDK integration, by after access server, into cloud
Treatment cluster carries out data processing, realizes the functions such as content recognition, transcoding, intellectual analysis to live video stream, and by turning
Hair server externally provides service in the form of Streaming Media, for the video data flowed out after cVideo is processed, if
Terminal device (mobile phone, IPAD etc.) demand, then directly send the video flowing after transcoding, if wall on TV by forwarding server
The demand of display, decoding on-wall is carried out by pushing video streaming to decoder, because high definition is regarded, frequency monitor in subject matter be as
Huge HD video data are managed in where, if using the high-definition video monitoring of 1080P, use can obtain highest compression ratio
H., the HD video that the treatment of 264 Image Compressions is collected, then compress bit rate output and can reach 6Mbps, that is, every
Video camera will about produce the data volume of 50GB or so daily, and the system is jointly real using video input and controlled output two lines
Now monitor, based on distributed framework, externally provide service jointly in the form of cluster, by the pressure of magnanimity real time video data
Evenly spread to each treatment node on, realize load balancing, it is ensured that each node all in efficient operating condition, according to reality
The requirement of when property, we optimize the modules such as data access, treatment, forwarding, accomplish that data are not migrated in cluster as far as possible,
Reduce IO and transmission is operated, the present invention solves prior art to be present under the background of cybertimes and big data, huge height
The problem of clear video data real-time treatment, with it is real-time, avoid the wasting of resources and reduce cost, high performance-price ratio and
The strong Advantageous Effects of dynamic retractility, off-line working ability.
Using technical scheme, or those skilled in the art is under the inspiration of technical solution of the present invention, design
Go out similar technical scheme, and reach above-mentioned technique effect, be to fall into protection scope of the present invention.
Claims (10)
1. a kind of network video monitor and control system of cloud computing, it is characterised in that including headend equipment network, cloud service system, aobvious
Show processing system, the headend equipment network includes web camera, monopod video camera, Internet video main frame, other videos prison
Control network, headend equipment private clound, the cloud service system include cloud service processor, cloud storage service device, access server,
Central server, streaming media server, the display processing system include display control terminal private clound and video wall；
The web camera accesses headend equipment private clound, and the monopod video camera output is connected to Internet video main frame, institute
State the output of Internet video main frame and access headend equipment private clound, described other video surveillance networks access headend equipment private clound,
Headend equipment private clound output is connected to access server, the access server video frequency output in cloud service processor and
Cloud storage service device, the cloud service processor video frequency output is in a video input port of streaming media server, the stream
, in display control terminal private clound, the cloud storage service device video frequency output is in streaming media server for media server video frequency output
Another video input port, display control terminal private clound output is connected to video wall, the display control terminal
In central server, the central server difference controlled output takes private clound controlled output in cloud service processor, cloud storage
Business device, access server, streaming media server.
2. a kind of network video monitor and control system of cloud computing according to claim 1, it is characterised in that described other videos
Monitoring network includes conventional front-end platform and conventional memory device.
3. a kind of network video monitor and control system of cloud computing according to claim 2, it is characterised in that the conventional store
Equipment input is connected to conventional front-end platform, and the conventional front-end platform accesses headend equipment private clound.
4. a kind of network video monitor and control system of cloud computing according to claim 2, it is characterised in that the conventional store
Equipment can also be directly connected in the legacy equipment input port of video wall.
5. a kind of network video monitor and control system of cloud computing according to claim 2, it is characterised in that the conventional front-end
Platform can also be directly connected in pc client and mobile client.
6. a kind of network video monitor and control system of cloud computing according to claim 1, it is characterised in that the display processing
System includes pc client and mobile client and large screen display system.
7. a kind of network video monitor and control system of cloud computing according to claim 6, it is characterised in that the pc client
Display control terminal private clound is accessed with mobile client and large screen display system.
8. the network video monitor and control system of a kind of cloud computing according to claim 7, it is characterised in that the giant-screen shows
Show that system includes decoder, video matrix, video wall.
9. the network video monitor and control system of a kind of cloud computing according to claim 8, it is characterised in that the decoder is defeated
Enter and terminate into private clound, the decoder output output is connected to video matrix, the video matrix output is connected to TV
Wall.
10. a kind of network video monitor and control system of cloud computing according to claim 1, it is characterised in that the network video
The built-in embedded type network video system component of frequency main frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201710115535.7A CN106817570A (en) | 2017-02-22 | 2017-02-22 | A kind of network video monitor and control system of cloud computing |
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| CN201710115535.7A CN106817570A (en) | 2017-02-22 | 2017-02-22 | A kind of network video monitor and control system of cloud computing |
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| CN106817570A true CN106817570A (en) | 2017-06-09 |
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| CN201710115535.7A Pending CN106817570A (en) | 2017-02-22 | 2017-02-22 | A kind of network video monitor and control system of cloud computing |
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| CN107846609A (en) * | 2017-10-19 | 2018-03-27 | 威创集团股份有限公司 | Control room real-time data transmission methods, devices and systems |
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| US20140344436A1 (en) * | 2013-05-08 | 2014-11-20 | Connectloud, Inc. | Method and Apparatus to Securely Process Streams of Data of Storage Devices of Private Enterprise Clouds in Batch from the Public Cloud |
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| CN107846609A (en) * | 2017-10-19 | 2018-03-27 | 威创集团股份有限公司 | Control room real-time data transmission methods, devices and systems |
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