CN102186056A - Mobile phone remote control intelligent video monitoring system and monitoring method thereof - Google Patents
Mobile phone remote control intelligent video monitoring system and monitoring method thereof Download PDFInfo
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Abstract
The invention relates to a mobile phone remote control intelligent video monitoring system and a monitoring method thereof. The system comprises a video acquisition end, a central server and a monitoring terminal. The monitoring method comprises the following steps: the monitoring terminal obtains a video acquisition end list from the central server; the monitoring terminal watches real-time monitored video acquired by a cradle head camera of the video acquisition end; and the monitoring terminal remotely configures and controls the cradle head cameras of the video acquisition end. The system and method provided by the invention can automatic track, alarm and store the cradle head cameras and have certain protection function for the cradle head cameras, improve the intelligence and stability of remote monitoring, and have the characteristics of high speed, safety and high efficiency.
Description
Technical field
The present invention relates to a kind of mobile phone remote control intelligent video monitoring system and method for supervising, especially mobile phone remote control and intrusion detection and from motion tracking suspicious figure's intelligent video monitoring system and method for supervising thereof.
Background technology
Video monitoring system has been widely used in social every profession and trade and field at present, is playing the part of crucial role in the economic construction of China and social development.And with the fast development with, mobile network and equipment, mobile video monitor has had advanced hardware foundation and network support as important branch emerging in the video monitoring, and development prospect attracts people's attention.
Chinese patent discloses a kind of " being applied to cloud mirror control method, system and the equipment of mobile video monitor ", and (publication number: CN 101409788A), it generates The Cloud Terrace and camera lens control relevant parameter by portable terminal: will control relevant parameter and be configured to the XML packet; The XML data envelope is dressed up the SIP packet; The SIP packet is sent to video monitoring platform in the fixed network by the mobile network; Video monitoring system in the video monitoring platform sends to cloud mirror control module after the SIP packet of receiving is carried out protocol adaptation, translation; Cloud mirror control module is controlled The Cloud Terrace and camera lens according to the control relevant parameter of receiving.
The shortcoming of above-mentioned patent application is as follows:
The XML packet causes data volume bigger than normal owing to looked after readability, is subjected to network design restriction and flow restriction, the cost height, and speed is slow, influences the real-time effect of video.In addition, also lack the protection mechanism to The Cloud Terrace: in actual applications, wireless transmission causes loss of data easily, and this moment, incomplete order bag may cause the The Cloud Terrace abnormal operation, for example uncontrolledly did not stop rotation etc. towards certain specific direction.Its control to The Cloud Terrace also lacks from intelligent monitoring functions such as motion trackings limited by practical.
Summary of the invention
Technical problem to be solved by this invention provide a kind of fast, safety, mobile phone remote control intelligent video monitoring system and method for supervising thereof efficiently.
The technical solution adopted for the present invention to solve the technical problems:
Technical scheme one (technical scheme of video monitoring system of the present invention):
Described system is made up of video acquisition end, central server and monitor terminal; Described video acquisition end is more than one; Described video acquisition end is connected with central server by the Internet, and described monitor terminal is connected with central server with the video acquisition end by mobile Internet respectively; Each video acquisition end is made up of The Cloud Terrace camera more than and the computer that video frequency collection card, 485 transcoders, cloud mirror control module, cloud mirror control command receiver module, video processing module, alarm module, memory module, video distribution module and first network interface card are housed;
Described central server is the server that administration module, gate inhibition's module and second network interface card are housed;
Described monitor terminal is the 3G mobile that cloud mirror control command sending module, video playback module and the 3rd network interface card are housed; Described 3G mobile is more than one.
Described the Internet comprises wide area network, local area network (LAN) or the WLAN (wireless local area network) based on Internet; Described mobile Internet comprises WLAN (wireless local area network), 2G, 3G or GPRS net.
But described The Cloud Terrace camera is the simple and easy The Cloud Terrace camera of being made up of common The Cloud Terrace and controlled camera head.
Technical scheme two (technical scheme of video frequency monitoring method of the present invention):
Described video acquisition end is used for real-time acquisition monitoring video data, and carries out Video processing, issues real-time monitor video; Described central server is used to manage described video acquisition end and monitor terminal, comprises the log-on message of preserving video acquisition end and monitor terminal, and the video acquisition end tabulation of synthetic corresponding authority also is handed down to monitor terminal; Described monitor terminal is used for the real-time video of receiver, video collection terminal and plays, and the The Cloud Terrace camera of Long-distance Control video acquisition end;
Described administration module is used to manage all video acquisition end and monitor terminals, comprise and enable or close certain video acquisition end, the informational function that is provided with and preserves all collection terminals is watched the real-time and historical monitor video of video acquisition end, controls the The Cloud Terrace camera and also the Video processing parameter is set;
Described gate inhibition's module is used to preserve the log-on message of video acquisition end and monitor terminal, and carries out identity checks and Authority Verification, and the tabulation of synthetic video collection terminal also is handed down to monitor terminal;
Described video frequency monitoring method may further comprise the steps:
A, described monitor terminal carry out identity checks and Authority Verification to central server, and checking is changeed following step b by the back, not by then withdrawing from;
B, described monitor terminal obtain described video acquisition end tabulation to central server;
The real-time monitor video that c, described monitor terminal watch some The Cloud Terrace cameras of video acquisition end to be gathered;
The The Cloud Terrace camera of d, described monitor terminal Remote configuration and control of video collection terminal;
E, described monitor terminal finish this operation.
Above-mentioned steps b comprises step by step following:
B1, described monitor terminal are tabulated to the administration module application video acquisition end of central server;
B2, described administration module are passed to monitor terminal and application information thereof gate inhibition's module of central server;
B3, described gate inhibition's module are carried out identity checks and Authority Verification according to the video acquisition end of preserving and the log-on message of monitor terminal;
B4, described gate inhibition's module are found out all the video acquisition ends in this monitor terminal authority, and the tabulation of synthetic video collection terminal;
B5, described gate inhibition's module send to monitor terminal to the tabulation of video acquisition end.
Above-mentioned steps c comprises step by step following:
C1, described monitor terminal are selected some The Cloud Terrace cameras of video acquisition end from described video acquisition end tabulation;
C2, according to IP and port numbers in the video acquisition end tabulation, this The Cloud Terrace camera of accessing video collection terminal;
The video playback module of c3, described monitor terminal receives the real-time video of the video distribution module transmission of video acquisition end, and its decoding is play.
Above-mentioned steps d comprises step by step following:
D1, described monitor terminal are sent to the control command of cloud mirror control protocol IPCP form the cloud mirror control command receiver module of video acquisition end by mobile Internet by cloud mirror control command sending module;
D2, described cloud mirror control module are resolved the control command of IPCP form, extract video configuration information and cradle head control order;
D3, described cloud mirror control module are passed to video processing module to video configuration information, and video processing module writes down alarm log and makes respective handling after detecting alert event;
The control protocol form that d4, described cloud mirror control module become the cradle head control command conversion local The Cloud Terrace camera to discern;
D5, described cloud mirror control module become RS485 form with cloud mirror control command from the RS232 format conversion by 485 transcoders, pass to the The Cloud Terrace camera;
In above-mentioned steps d3, it is as follows that video processing module is made the substep of respective handling:
(1) Video processing of described monitor terminal configuration video acquisition end is changeed following substep, and starting changes following substep, stops to change following substep;
(2) configuration information of video processing module is set;
(3) described video processing module is analyzed the The Cloud Terrace camera real time video data that video frequency collection card is gathered, and intrusion event takes place changes following substep, otherwise continues to handle real time video data;
(4) described video processing module is passed to memory module to video data, and one section video data after memory module storage incident takes place is used for collecting evidence afterwards;
(5) described video processing module notice alarm module, alarm module sends warning message to central server and monitor terminal, and the related personnel can in time take action;
(6) described video processing module sends the cradle head control order to cloud mirror control module, and cloud mirror control module checks whether the The Cloud Terrace camera is idle at this moment, the following substep of idle commentaries on classics, otherwise change following substep;
(7) the described The Cloud Terrace camera free time, carry out the cradle head control order;
(8) described The Cloud Terrace camera is occupied, promptly has monitor terminal controlling this The Cloud Terrace camera, because the control authority of monitor terminal is than video processing module height, so do not carry out the cradle head control order;
(9) stop Video processing, directly undressed video data is passed to the video distribution module.
Described video processing module also comprises invasion detection algorithm and target tracking algorism, and video processing module utilizes intrusion detection algorithm real-time analysis video data; When the suspicious figure occurring, the locking suspicious figure, and start target tracking algorism automatically, target tracking algorism by cloud mirror control module control The Cloud Terrace camera, remains in the monitored picture of The Cloud Terrace camera the suspicious figure automatically;
Described locking suspicious figure comprises automatically locking and passing through monitor terminal manual locking dual mode that automatically locking is when detecting moving target by the intrusion detection algorithm, the lock motion target, and the location information notification target tracking algorism of moving target; By the monitor terminal locking is to get final product the lock motion target by the suspicious figure that monitor terminal is manually clicked in the monitored picture, and the location information notification target tracking algorism of moving target, lock mode selects parameter configuration to be provided with in monitor terminal by the monitor terminal user, and set parameter information can synthesize the IPCP order and pass to the video acquisition end.
Beneficial effect of the present invention is as follows:
1, the present invention makes full use of the transmittability of existing 3G network and the broadcast performance of multimedia handset, realizes that the real-time video of mobile client is play, and can obtain smooth real-time monitor video, rather than picture, has improved the effect of remote monitoring.
2, the present invention can be provided with the parameter of video acquisition end neatly, mainly is the parameter that intelligent video is handled, and has improved the flexibility of remote monitoring.
3, the present invention can realize from monitoring functions such as motion tracking, warning, storages the The Cloud Terrace camera, and the The Cloud Terrace camera is had the certain protection function, has improved the intelligent and stable of remote monitoring.
4, the present invention is for the more existing video monitoring system that does not possess mobile monitoring terminal, and can be easily it increases mobile monitoring terminal, has improved the practicality of remote monitoring.
5, have simultaneously fast, safety, characteristics of high efficiency.
Description of drawings
Fig. 1 is general frame figure of the present invention;
Fig. 2 is the flow chart of video frequency monitoring method of the present invention;
Fig. 3 is the flow chart that the present invention obtains the tabulation of video acquisition end;
Fig. 4 is the flow chart that the present invention watches real-time monitor video;
Fig. 5 is Remote configuration of the present invention and the flow chart of controlling the The Cloud Terrace camera;
Fig. 6 is the flow chart of The Cloud Terrace camera head protecting mechanism of the present invention;
Fig. 7 is the flow chart of Video processing of the present invention;
Fig. 8 is a hardware configuration of the present invention.
In Fig. 1-8, the 1st, the video acquisition end, 1-1 is the The Cloud Terrace camera, 1-2 is 485 transcoders, 1-3 is a cloud mirror control module, 1-4 is a cloud mirror control command receiver module, 1-5 is a video processing module, 1-6 is an alarm module, 1-7 is a memory module, 1-8 is the video distribution module, 1-9 is first network interface card, 1-10 is a video frequency collection card, the 2nd, central server, 2-1 is an administration module, 2-2 is gate inhibition's module, 2-3 is second network interface card, the 3rd, monitor terminal (3G mobile), 3-1 is a cloud mirror control command sending module, 3-2 is the video playback module, 3-3 is the 3rd network interface card, the 4th, and computer, the 5th, the Internet, the 6th, mobile Internet.
In Fig. 1, solid line is represented video data stream; Dotted line is represented control command stream.
Embodiment
The embodiment of embodiment 1(supervisory control system of the present invention is referring to Fig. 1 and Fig. 8):
By embodiment shown in Figure 81 as can be known, described system is made up of video acquisition end 1, central server 2 and monitor terminal 3; Described video acquisition end 1 is more than one; Described video acquisition end 1 is connected with central server 2 by the Internet 5, and described monitor terminal 3 is connected with central server 2 with video acquisition end 1 by mobile Internet 6 respectively; Each video acquisition end 1 is made up of with the computer 4 that video frequency collection card 1-10,485 transcoder 1-2, cloud mirror control module 1-3, cloud mirror control command receiver module 1-4, video processing module 1-5, alarm module 1-6, memory module 1-7, video distribution module 1-8 and the first network interface card 1-9 are housed the The Cloud Terrace camera 1-1 more than;
Described central server 2 is for being equipped with the server of administration module 2-1, gate inhibition's module 2-2 and the second network interface card 2-3;
Described monitor terminal 3 is for being equipped with the 3G mobile of cloud mirror control command sending module 3-1, video playback module 3-2 and the 3rd network interface card 3-3; Described 3G mobile is more than one.
Described the Internet comprises wide area network, local area network (LAN) or the WLAN (wireless local area network) based on Internet; Described mobile Internet comprises WLAN (wireless local area network), 2G, 3G or GPRS net.
But described The Cloud Terrace camera 1-1 is the simple and easy The Cloud Terrace camera of being made up of common The Cloud Terrace and controlled camera head..
The embodiment of embodiment 2(method for supervising of the present invention is referring to Fig. 1-8):
Below in conjunction with accompanying drawing method for supervising is further described:
With reference to Fig. 1, the method for supervising of present embodiment is finished based on following video monitoring system, described video monitoring system is made up of three parts, be respectively video acquisition end 1, central server 2 and monitor terminal 3, central server 2 links to each other by the Internet 5 with video acquisition end 1, and monitor terminal 3 links to each other with video acquisition end 1 with central server 2 by mobile Internet 6 respectively.
Described video acquisition end 1 is more than one, and each video acquisition end is made up of The Cloud Terrace camera 1-1 more than 1 and computer 4; Video acquisition end 1 is used to gather real-time monitor video data;
Described The Cloud Terrace camera 1-1 comprises clipping the ball, the middling speed ball, various ball machines such as low speed ball, but and the simple and easy The Cloud Terrace camera that is assembled into by common The Cloud Terrace and controlled camera head;
485 transcoder 1-2 are used for cloud mirror control command is become the RS485 form from the RS232 format conversion;
Intelligence cloud mirror control module 1-3 is used to receive the IPCP control command of cloud mirror control command receiver module 1-4 and video processing module 1-5, and the cloud mirror control command of IPCP form converted to the actual required command format of The Cloud Terrace camera, by 485 transcoders control command is passed to the The Cloud Terrace camera again;
Cloud mirror control command receiver module 1-4 is used to receive the cloud mirror control command of monitor terminal 3;
Video processing module 1-5 is used to handle real-time monitor video, comprises intrusion detection, from intelligent video processing capacities such as motion trackings, and intelligent event information is passed to intelligent cloud mirror control module 1-3, alarm module 1-6 and memory module 1-7;
Alarm module 1-6 is used for synthetic warning message, sends to central server 2 and monitor terminal 3 by the first network interface card 1-9;
Memory module 1-7 is used for coding, stored video data to local hard drive;
Video distribution module 1-8 is used for real-time monitor video transfer of data and gives monitor terminal 3;
Administration module 2-1 is used to manage all video acquisition ends 1 and monitor terminal 3, specifically comprise and enable/close certain video acquisition end, the functions such as information that are provided with and preserve all collection terminals, also can watch the real-time and historical monitor video of video acquisition end, control The Cloud Terrace camera 1-1 also is provided with intelligent video processing parameter or the like;
Gate inhibition's module 2-2 is used to preserve the log-on message of video acquisition end 1 and monitor terminal 3, and carries out identity checks and Authority Verification, and the tabulation of synthetic video collection terminal also is handed down to monitor terminal 3;
Cloud mirror control command sending module 3-1 is used for the control command of synthetic cloud mirror control protocol IPCP form, and is sent to the cloud mirror control command receiver module 1-4 of video acquisition end 1 by mobile Internet 6;
Video playback module 3-2 comprises video reception module, video decode module and video rendering module, and the also real-time monitor video of displaying video collection terminal is used to receive, decodes.
With reference to Fig. 2, method for supervising of the present invention may further comprise the steps:
Step2-1: monitor terminal 3 carries out identity checks and Authority Verification to central server 2, and checking is not passed through then process ends by changeing step Step2-2;
Step2-2: monitor terminal 3 obtains the tabulation of video acquisition end to central server 2;
Step2-3: monitor terminal 3 is watched the real-time monitor video of certain video acquisition end;
Step2-4: the The Cloud Terrace camera 1-1 of monitor terminal 3 Remote configuration and control of video collection terminal 1, process ends afterwards.
Below, in conjunction with Fig. 3-Fig. 7 Step2-2, Step2-3 and Step2-4 are further described.
When monitor terminal 3 when central server 2 sends application, with reference to Fig. 3, concrete steps are as follows:
Step3-1: monitor terminal 3 is to the tabulation of the administration module 2-1 of central server 2 application video acquisition end;
Step3-2: administration module 2-1 passes to monitor terminal 3 and application information thereof gate inhibition's module 2-2 of central server 2;
Step3-3: gate inhibition's module 2-2 carries out identity checks and Authority Verification according to the video acquisition end of preserving 1 and the log-on message of monitor terminal 3;
Step3-4: gate inhibition's module 2-2 finds out all the video acquisition ends in this monitor terminal authority, and the tabulation of synthetic video collection terminal;
Step3-5: gate inhibition's module 2-2 sends to monitor terminal 3 to the tabulation of video acquisition end.
After monitor terminal 3 obtained the tabulation of video acquisition end, monitor terminal 3 just can have been watched the real-time monitor video of video acquisition end, and with reference to Fig. 4, concrete steps are described below:
Step4-1: monitor terminal 3 is selected certain video acquisition end 1 from the tabulation of video acquisition end;
Step4-2:, visit this video acquisition end 1 according to IP and the port numbers in the tabulation of video acquisition end;
Step4-3: the real time video data that the video distribution module 1-8 of video acquisition end 1 sends is to video playback module 3-2;
Step4-4: video playback module 3-2 allows the video reception module receive real time video data;
Step4-5: video playback module 3-2 allows video decode module decoding real time video data;
Step4-6: video playback module 3-2 allows the video rendering module play real time video data;
Step4-7: monitor terminal 3 stops to play real time video data.
When monitor terminal is watched real-time monitor video, the The Cloud Terrace camera 1-1 of monitor terminal 3 Remote configuration and control of video collection terminal 1, with reference to Fig. 5, concrete steps are described below:
Step5-1: monitor terminal 3 is sent to the control command of cloud mirror control protocol IPCP form the cloud mirror control command receiver module 1-4 of video acquisition end 1 by mobile Internet 6 by cloud mirror control command sending module 3-1;
Step5-2: cloud mirror control command receiver module 1-4 sends to cloud mirror control module 1-3 to order;
Step5-3: cloud mirror control module 1-3 resolves the control command of IPCP form, extracts video configuration information and cradle head control order;
Step5-4: cloud mirror control module 1-3 disposes video processing module 1-5 with video configuration information;
Step5-5: video processing module 1-5 carries out Video processing;
Step5-6: the control protocol form (as pelco-d/p etc.) that cloud mirror control module 1-3 becomes the cradle head control command conversion local The Cloud Terrace camera to discern;
Step5-7:485 transcoder 1-2 becomes the RS485 form with cloud mirror control command from the RS232 format conversion;
Step5-8:485 transcoder 1-2 passes to The Cloud Terrace camera 1-1 with cloud mirror control command;
Step5-9: The Cloud Terrace camera 1-1 responsing control command.
The present invention also has the defencive function of The Cloud Terrace camera, and with reference to Fig. 6, concrete steps are described below:
Step6-1: cloud mirror control module 1-3 carries out timing and detects, and last cradle head control order is sent back 5min and also do not received next cradle head control order, then thinks overtime;
Step6-2: cloud mirror control module 1-3 sends and ceases and desist order to 485 transcoder 1-2;
Step6-3:485 transcoder 1-2 will cease and desist order and pass to The Cloud Terrace camera 1-1;
Step6-4: The Cloud Terrace camera 1-1 stop motion.
For step Step5-5 because configuration and to stop Video processing all very simple, below the flow process that starts the operation Video processing is only described, with reference to Fig. 7, be described in detail as follows:
Step7-1: monitor terminal 3 starts the intelligent video processing module 1-5 of video acquisition end 1;
Step7-2: video processing module 1-5 analyzes the The Cloud Terrace camera 1-1 real time video data that video frequency collection card 1-10 gathers, and has detected the suspicious figure and has invaded;
Step7-3: video processing module 1-5 passes to memory module 1-7 to video data;
Step7-4: one section video data after memory module 1-7 storage incident takes place also can be used for collecting evidence afterwards;
Step7-5: video processing module 1-5 notice alarm module 1-6;
Step7-6: alarm module 1-6 sends warning message to monitor terminal 3, and the related personnel can in time take action;
Step7-7: video processing module 1-5 checks whether cloud mirror control module 1-3 has monitor terminal using, if do not have, video processing module 1-5 obtains cradle head control power;
Step7-8: the target tracking algorism control The Cloud Terrace camera among the video processing module 1-5 is followed the tracks of the suspicious figure, disappears until the suspicious figure and withdraws from this flow process.
In the present embodiment, described cloud mirror control protocol IPCP(Intelligent Ptz Control Protocol) form is the control protocol of attributes such as self-defining a kind of Yun Jing of comprising address, denomination of dive and intelligent parameter, for details see attached table 1.The command format that the The Cloud Terrace camera can be discerned is meant that different The Cloud Terrace cameras physically has been provided with baud rate cloud mirror control protocol form when dispatching from the factory, comprise pelco-d/p etc., and other agreements also can increase at this.
Subordinate list 1: the concrete definition of cloud mirror control protocol IPCP:
| Chinese | Shared data (bit) | Describe |
| Cloud mirror address ID | 8bit | 256 collection terminals can be arranged, and each collection terminal all has a The Cloud Terrace camera |
| On | 1bit | The control The Cloud Terrace |
| Down | 1bit | The control The Cloud Terrace |
| A left side | 1bit | The control The Cloud Terrace |
| Right | 1bit | The control The Cloud Terrace |
| Focus near | 1bit | Controls lens |
| Focus on far away | 1bit | Controls lens |
| Automatic scan | 1bit | Control cloud mirror |
| Speed | 2bit | Basic, normal, high 3 kinds of speed can be arranged |
| Presetting bit ID | 4bit | 16 presetting bits (this also has relation with concrete The Cloud Terrace) can be arranged |
| The presetting bit operation | 2bit | Add, run to, delete 3 kinds of orders |
| Starting/close intelligent video handles | 1bit | 0 expression starts, and 1 expression is closed |
| Area-of-interest | N *21bit | Point: abscissa 10bit, whether ordinate 10bit has follow-up 1bit; N represents to have N point |
| The intrusion target lock mode | 1bit | 0 automatic (promptly detecting lock onto target immediately by the intrusion detection algorithm) 1 manually (promptly clicked suspicious figure in the monitored picture by the monitor terminal user) |
| Invasion personage volume | 7bit | The percentage of shared monitored picture |
| Follow the tracks of susceptibility | 3bit | Divide 8 responsive ranks |
Claims (9)
1. a mobile phone remote control intelligent video monitoring system is characterized in that described system is made up of video acquisition end (1), central server (2) and monitor terminal (3); Described video acquisition end (1) is more than one; Described video acquisition end (1) is connected with central server (2) by the Internet (5), and described monitor terminal (3) is connected with central server (2) with video acquisition end (1) by mobile Internet (6) respectively; Each video acquisition end (1) is made up of The Cloud Terrace camera (1-1) more than and computer (4) that video frequency collection card (1-10), 485 transcoders (1-2), cloud mirror control module (1-3), cloud mirror control command receiver module (1-4), video processing module (1-5), alarm module (1-6), memory module (1-7), video distribution module (1-8) and first network interface card (1-9) be housed;
Described central server (2) is for being equipped with the server of administration module (2-1), gate inhibition's module (2-2) and second network interface card (2-3);
Described monitor terminal (3) is for being equipped with the 3G mobile of cloud mirror control command sending module (3-1), video playback module (3-2) and the 3rd network interface card (3-3); Described 3G mobile is more than one.
2. mobile phone remote control intelligent video monitoring system according to claim 1 is characterized in that described the Internet comprises wide area network, local area network (LAN) or the WLAN (wireless local area network) based on Internet; Described mobile Internet comprises WLAN (wireless local area network), 2G, 3G or GPRS net.
3. mobile phone remote according to claim 2 control intelligent video monitoring system is characterized in that described The Cloud Terrace camera (1-1) but simple and easy The Cloud Terrace camera for being made up of common The Cloud Terrace and controlled camera head.
4. mobile phone remote control intelligent video monitoring method according to claim 1 is characterized in that described video acquisition end (1) is used for real-time acquisition monitoring video data, and carries out Video processing, issues real-time monitor video; Described central server (2) is used to manage described video acquisition end (1) and monitor terminal (3), comprise the log-on message of preserving video acquisition end (1) and monitor terminal (3), the video acquisition end tabulation of synthetic corresponding authority also is handed down to monitor terminal (3); Described monitor terminal (3) is used for the real-time video of receiver, video collection terminal (1) and plays, and the The Cloud Terrace camera (1-1) of Long-distance Control video acquisition end (1);
Described administration module (2-1) is used to manage all video acquisition ends (1) and monitor terminal (3), comprise and enable or close certain video acquisition end, the informational function that is provided with and preserves all collection terminals, watch the real-time and historical monitor video of video acquisition end, control The Cloud Terrace camera also is provided with the Video processing parameter;
Described gate inhibition's module (2-2) is used to preserve the log-on message of video acquisition end (1) and monitor terminal (3), and carries out identity checks and Authority Verification, and the tabulation of synthetic video collection terminal also is handed down to monitor terminal (3);
Described video frequency monitoring method may further comprise the steps:
A, described monitor terminal (3) carry out identity checks and Authority Verification to central server (2), and checking is changeed following step b by the back, not by then withdrawing from;
B, described monitor terminal (3) obtain described video acquisition end tabulation to central server (2);
The real-time monitor video that c, described monitor terminal (3) watch some The Cloud Terrace cameras of video acquisition end (1) to be gathered;
The The Cloud Terrace camera (1-1) of d, described monitor terminal (3) Remote configuration and control of video collection terminal;
E, described monitor terminal (3) finish this operation.
5. mobile phone remote control intelligent video monitoring method according to claim 4, it is step by step following to it is characterized in that above-mentioned steps b comprises:
B1, described monitor terminal (3) are tabulated to administration module (2-1) the application video acquisition end of central server (2);
B2, described administration module (2-1) are passed to monitor terminal (3) and application information thereof gate inhibition's module (2-2) of central server;
B3, described gate inhibition's module (2-2) are carried out identity checks and Authority Verification according to the video acquisition end of preserving and the log-on message of monitor terminal;
B4, described gate inhibition's module (2-2) are found out all the video acquisition ends (1) in this monitor terminal authority, and the tabulation of synthetic video collection terminal;
B5, described gate inhibition's module (2-2) send to monitor terminal (3) to the tabulation of video acquisition end.
6. mobile phone remote control intelligent video monitoring method according to claim 5, it is step by step following to it is characterized in that above-mentioned steps c comprises:
C1, described monitor terminal (3) are selected some The Cloud Terrace cameras (1-1) of video acquisition end from described video acquisition end tabulation;
C2, according to IP and port numbers in the video acquisition end tabulation, this The Cloud Terrace camera of accessing video collection terminal;
The video playback module of c3, described monitor terminal (3) receives the real-time video of video distribution module (1-8) transmission of video acquisition end, and its decoding is play.
7. mobile phone remote control intelligent video monitoring method according to claim 6, it is step by step following to it is characterized in that above-mentioned steps d comprises:
D1, described monitor terminal (3) are sent to the control command of cloud mirror control protocol IPCP form the cloud mirror control command receiver module (1-4) of video acquisition end by mobile Internet (6) by cloud mirror control command sending module (3-1);
D2, described cloud mirror control module (1-3) are resolved the control command of IPCP form, extract video configuration information and cradle head control order;
D3, described cloud mirror control module (1-3) are passed to video processing module (1-5) to video configuration information, and video processing module (1-5) writes down alarm log and makes respective handling after detecting alert event;
The control protocol form that d4, described cloud mirror control module (1-3) become the cradle head control command conversion local The Cloud Terrace camera to discern;
D5, described cloud mirror control module (1-3) become RS485 form with cloud mirror control command from the RS232 format conversion by 485 transcoders (1-2), pass to The Cloud Terrace camera (1-1).
8. mobile phone remote according to claim 7 control intelligent video monitoring method is characterized in that in above-mentioned steps d3, and it is as follows that video processing module (1-5) is made the substep of respective handling:
(1) Video processing of described monitor terminal (3) configuration video acquisition end is changeed following substep (2), and starting changes following substep (3), stops to change following substep (9);
(2) configuration information of video processing module (1-5) is set;
(3) described video processing module (1-5) is analyzed the The Cloud Terrace camera real time video data that video frequency collection card (1-10) is gathered, and intrusion event takes place changes following substep (4), otherwise continues to handle real time video data;
(4) described video processing module (1-5) is passed to memory module (1-7) to video data, and one section video data after memory module (1-7) storage incident takes place is used for collecting evidence afterwards;
(5) described video processing module (1-5) notice alarm module (1-6), alarm module (1-6) sends warning message to central server (2) and monitor terminal (1), and the related personnel can in time take action;
(6) described video processing module (1-5) sends the cradle head control order to cloud mirror control module (1-3), and cloud mirror control module (1-3) checks whether the The Cloud Terrace camera is idle at this moment, idle commentaries on classics following substep (7), otherwise change following substep (8);
(7) the described The Cloud Terrace camera free time, carry out the cradle head control order;
(8) described The Cloud Terrace camera is occupied, promptly has monitor terminal controlling this The Cloud Terrace camera, because the control authority of monitor terminal is than video processing module height, so do not carry out the cradle head control order;
(9) stop Video processing, directly undressed video data is passed to video distribution module (1-8).
9. mobile phone remote control intelligent video monitoring method according to claim 8, it is characterized in that described video processing module (1-5) also comprises invasion detection algorithm and target tracking algorism, video processing module (1-5) utilizes intrusion detection algorithm real-time analysis video data; When the suspicious figure occurring, the locking suspicious figure, and start target tracking algorism automatically, target tracking algorism by cloud mirror control module (1-3) control The Cloud Terrace camera, remains in the monitored picture of The Cloud Terrace camera the suspicious figure automatically;
Described locking suspicious figure comprises automatically locking and passing through monitor terminal (3) manual locking dual mode that automatically locking is when detecting moving target by the intrusion detection algorithm, the lock motion target, and the location information notification target tracking algorism of moving target; By monitor terminal (3) locking is to get final product the lock motion target by the suspicious figure that monitor terminal is manually clicked in the monitored picture, and the location information notification target tracking algorism of moving target, lock mode selects parameter configuration to be provided with in monitor terminal by the monitor terminal user, and set parameter information can synthesize the IPCP order and pass to video acquisition end (1).
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