CN103167033A

CN103167033A - Method and system of remote monitoring management

Info

Publication number: CN103167033A
Application number: CN2013100767269A
Authority: CN
Inventors: 徐遥令; 侯志龙
Original assignee: Shenzhen Skyworth RGB Electronics Co Ltd
Current assignee: QINGDAO RUBBER VALLEY PRODUCTIVITY PROMOTION CENTER CO., LTD.
Priority date: 2013-03-11
Filing date: 2013-03-11
Publication date: 2013-06-19
Anticipated expiration: 2033-03-11
Also published as: CN103167033B

Abstract

The invention discloses a method and a system of remote monitoring management. The method comprises that a cloud platform service subsystem generates a collecting application according to a monitoring request sent by a colleting terminal, the collecting application is sent to the collecting terminal, the collecting terminal operates the collecting application to drive the build-in collecting function to obtain the current audio and the current video, and the audio and the video are fed back to the cloud platform service subsystem in real time. The cloud platform service subsystem obtains images of moving objects from the audio and the video and determines whether a warning operation is executed or not according to the images of moving objects. When the warning operation is determined, a warning message and the images of moving objects are sent to a monitor terminal associated with the collecting terminal; and a warning confirmation message is fed back to the cloud platform service subsystem by the monitor terminal according to an operational order input by a user. According to the method and the system, remote monitoring is achieved without mounting special hardware and software on the collecting terminal and the monitor terminal. Compared with the current remote monitoring technology, generality is strong, cost is low, and maintaining and upgrading are convenient.

Description

The method and system of remote monitoring and administration

Technical field

The present invention relates to the monitoring technique field, especially relate to a kind of method and system of remote monitoring and administration.

Background technology

Along with the continuous improvement of material life condition, people wish to understand at any time some abnormal conditions of family, and such as home security, so people are more and more to the demand of family's monitoring.

Existing monitor mode mainly comprises two kinds of local monitor and remote monitoring.Wherein, local monitor refers to utilize camera head to obtain the video/audio information of detected environment, then sends local processing unit (as computer) to and plays, by manually watching realizing local Real Time Monitoring at local processing unit end.This kind monitor mode can not remote monitoring and administration, and monitoring cost is also very high simultaneously.Remote monitoring is processed by local processing unit after referring to obtain local video/audio information, then directly is transferred to monitor terminal and plays to realize monitoring; After obtaining local video/audio information, be transferred to server and wait processing through storage, and then be transferred to monitor terminal and play to realize to monitor.The local processing unit of this monitor mode and monitor terminal need special hardware and software, have strongly professional, cost is high, be difficult for the defective such as upgrade maintenance.

Summary of the invention

Main purpose of the present invention is to provide that a kind of highly versatile, cost are low, the method and system of the remote monitoring and administration that maintains easily upgrading, makes acquisition terminal and monitor terminal need not special hardware and software.

The present invention proposes a kind of method of remote monitoring and administration, comprising:

The monitoring request that cloud platform service subsystem sends according to acquisition terminal generates acquisition applications, and this acquisition applications is pushed to described acquisition terminal;

The described acquisition applications of described acquisition terminal operation, the acquisition function that drives self obtains current audio frequency and video, and described audio frequency and video is fed back to cloud platform service subsystem in real time;

Cloud platform service subsystem obtains the moving object image from described audio frequency and video, and determine whether to carry out the early warning operation according to described moving object image, when determining to carry out the early warning operation, send early warning information and described moving object image to the monitor terminal related with described acquisition terminal;

Monitor terminal feeds back the early warning confirmation according to the operational order of user's input to cloud platform service subsystem.

Preferably, described monitor terminal also comprises after cloud platform service subsystem feedback early warning confirmation according to the operational order of user's input:

When described early warning confirmation represents described moving object image abnormity, cloud platform service subsystem pushes to play to described monitor terminal and uses and described audio frequency and video;

Described monitor terminal is by the described audio frequency and video of described broadcast application plays.

Preferably, described cloud platform service subsystem also comprises after determining to carry out the early warning operation:

Cloud platform service subsystem is stored to the first audio frequency and video of described audio frequency and video and follow-up reception in the local multimedia server of self;

Cloud platform service subsystem also comprises after described monitor terminal pushes broadcast application and described audio frequency and video:

Cloud platform service subsystem Real-Time Monitoring is at the broadcast application state of described monitor terminal operation; Play to use when described monitoring and finish, remove described audio frequency and video in described local multimedia server and the first audio frequency and video of follow-up reception.

Preferably, the monitoring request that described cloud platform service subsystem sends according to acquisition terminal generates acquisition applications, and also comprises before this acquisition applications is pushed to described acquisition terminal:

Acquisition terminal generates and sends registration request to cloud platform service subsystem according to the register instruction of user's input;

Whether cloud platform service subsystem exists in the Registry in the data server of high in the clouds and registration request coupling acquisition terminal information, confirm whether acquisition terminal is legal by judging, if legal, generates the registration of acquisition terminal;

Generate and push registered application to acquisition terminal, obtaining the registration content of acquisition terminal, and this registration content is added in described registration;

Generate and push to acquisition terminal the configuration querying application of acquisition terminal, obtain the configuration information of acquisition terminal, and described configuration information is added in described registration;

Described registration is added in described Registry, to complete the registration of acquisition terminal.

Preferably, the monitoring request that described cloud platform service subsystem sends according to acquisition terminal generates acquisition applications, and this acquisition applications is pushed to described acquisition terminal specifically comprises:

The monitoring request that described cloud platform service subsystem sends according to acquisition terminal, search the configuration information of described acquisition terminal from the registration of the described acquisition terminal of described Registry, and generate acquisition applications according to described configuration information, and this acquisition applications is pushed to described acquisition terminal.

Preferably, described described registration is added in the data server of described high in the clouds, also to comprise before the registration of completing acquisition terminal:

Cloud platform service subsystem judges whether described acquisition terminal exists related monitor terminal; When there being related monitor terminal, generate and use to the configuration querying that described monitor terminal pushes monitor terminal, obtaining the resource allocation information of monitor terminal, and the resource allocation information of described monitor terminal is added in described registration.

Preferably, described cloud platform service subsystem pushes to play to use to described monitor terminal and specifically comprises:

Described cloud platform service subsystem is searched the configuration information of the monitor terminal related with described acquisition terminal from the registration of the described acquisition terminal of described Registry, and generate to play according to the configuration information of described monitor terminal and use, and should play application and be pushed to described monitor terminal.

Preferably, the method for described remote monitoring and administration also comprises:

Acquisition terminal generates and comprises to the transmission of cloud platform service subsystem the audio frequency and video management request of MAC Address and/or the machine code of acquisition terminal according to the audio frequency and video supervisory instruction of user's input;

Cloud platform service subsystem is searched corresponding registration according to described audio frequency and video management request, and according to described registration, generates and push the audio frequency and video management to acquisition terminal and use;

The described audio frequency and video management of acquisition terminal operation is used, obtaining user name, and to the described user name of cloud platform service subsystem feedback;

Cloud platform service subsystem judges whether described user name legal, if legal, corresponding audio frequency and video are divided into multistage consonant video, and with the consonant video push to acquisition terminal;

Described acquisition terminal operates described consonant video by described audio frequency and video management application according to the audio frequency and video operational order of user's input.

Preferably, described acquisition terminal also comprises after in real time the audio frequency and video of obtaining being fed back to cloud platform service subsystem:

Cloud platform service subsystem is stored to described audio frequency and video the high in the clouds streaming media server of self.

Preferably, described audio frequency and video operational order is audio frequency and video instruction for previewing, audio frequency and video play instruction, audio frequency and video download instruction or audio frequency and video delete instruction;

When described operational order is the audio frequency and video instruction for previewing, described the management by audio frequency and video used the antithetical phrase audio frequency and video and operated and be specially: manage the descriptor of using each consonant video in the streaming media server of demonstration high in the clouds by audio frequency and video;

When described operational order is the audio frequency and video play instruction, described the management by audio frequency and video used the antithetical phrase audio frequency and video and operated and be specially: manage by audio frequency and video the consonant video that application plays is stored in correspondence in the streaming media server of described high in the clouds;

When described operational order is the audio frequency and video download instruction, described the management by audio frequency and video used the antithetical phrase audio frequency and video and operated and be specially: manage the individual sub-audio frequency and video of using downloaded stored correspondence in the streaming media server of described high in the clouds by audio frequency and video;

When described operational order is the audio frequency and video delete instruction, described the management by audio frequency and video used the antithetical phrase audio frequency and video and operated and be specially: manage by audio frequency and video and use the consonant video that deletion being stored in correspondence in the streaming media server of described high in the clouds.

The another system that proposes a kind of remote monitoring and administration of the present invention comprises:

Cloud platform service subsystem is used for the monitoring request according to the acquisition terminal transmission, generates acquisition applications, and this acquisition applications is pushed to described acquisition terminal; Obtain the moving object image from the audio frequency and video of acquisition terminal feedback, and determine whether to carry out the early warning operation according to described moving object image, when determining to carry out the early warning operation, send early warning information and described moving object image to the monitor terminal related with described acquisition terminal;

Described acquisition terminal is used for moving described acquisition applications, and the image collecting function that drives self obtains current audio frequency and video, and described audio frequency and video is fed back to cloud platform service subsystem in real time;

Described monitor terminal is used for feeding back the early warning confirmation according to the operational order of user's input to cloud platform service subsystem.

Preferably, described cloud platform service subsystem also is used for representing described moving object image abnormity when described early warning confirmation, pushes to play to described monitor terminal and uses and described audio frequency and video;

Described monitor terminal also is used for by the described audio frequency and video of described broadcast application plays.

Preferably, described cloud platform service subsystem also is used for after determining to carry out the early warning operation, and the first audio frequency and video of described audio frequency and video and follow-up reception are stored in the local multimedia server of self; And after pushing broadcast application and described audio frequency and video to described monitor terminal, Real-Time Monitoring is at the broadcast application state of described monitor terminal operation; Play to use when described monitoring and finish, remove described audio frequency and video in described local multimedia server and the first audio frequency and video of follow-up reception.

Preferably, described acquisition terminal also is used for the register instruction according to user's input, generates and sends registration request to cloud platform service subsystem;

Whether described cloud platform service subsystem also is used for by existing in the Registry that judge the high in the clouds data server and described registration request coupling acquisition terminal information, and whether the confirmation acquisition terminal is legal, if legal, generates the registration of acquisition terminal; Generate and push registered application to acquisition terminal, obtaining the registration content of acquisition terminal, and this registration content is added in described registration; Generate and push to acquisition terminal the configuration querying application of acquisition terminal, obtain the configuration information of acquisition terminal, and described configuration information is added in described registration; And described registration is added in described Registry, to complete the registration of acquisition terminal.

Preferably, described cloud platform service subsystem, the concrete monitoring request that also is used for according to the acquisition terminal transmission, search the configuration information of described acquisition terminal from the registration of the described acquisition terminal of described Registry, and generate acquisition applications according to described configuration information, and this acquisition applications is pushed to described acquisition terminal.

Preferably, described cloud platform service subsystem also was used for before registration is added described high in the clouds data server to, judged whether described acquisition terminal exists related monitor terminal; When there being related monitor terminal, generate and use to the configuration querying that described monitor terminal pushes monitor terminal, obtaining the resource allocation information of monitor terminal, and the resource allocation information of described monitor terminal is added in described registration.

Preferably, described cloud platform service subsystem, the concrete configuration information that is used for searching from the registration of the described acquisition terminal of described Registry the monitor terminal related with described acquisition terminal also, and generate to play according to the configuration information of described monitor terminal and use, and should play application and be pushed to described monitor terminal.

Preferably, described acquisition terminal also is used for the audio frequency and video supervisory instruction according to user's input, generates and comprise to the transmission of cloud platform service subsystem the audio frequency and video management request of MAC Address and/or the machine code of acquisition terminal; The described audio frequency and video management that operation cloud platform service subsystem pushes is used, obtaining user name, and to the described user name of cloud platform service subsystem feedback; And according to the operational order that the user inputs, by described audio frequency and video management application, described consonant video is operated;

Cloud platform service subsystem also is used for searching corresponding registration according to described audio frequency and video management request, and according to described registration, generates and push the audio frequency and video management to acquisition terminal and use; And judge whether described user name legal, if legal, corresponding audio frequency and video are divided into multistage consonant video, and with the consonant video push to acquisition terminal.

Preferably, cloud platform service subsystem after also being used for receiving the audio frequency and video of acquisition terminal feedback, is stored to described audio frequency and video the high in the clouds streaming media server of self.

Described acquisition terminal, concrete for being the audio frequency and video instruction for previewing when described audio frequency and video operational order, manage by audio frequency and video and use the descriptor that shows each consonant video in the streaming media server of high in the clouds; When described audio frequency and video operational order is the audio frequency and video play instruction, manage application plays by audio frequency and video and be stored in consonant video corresponding in the streaming media server of described high in the clouds; When described audio frequency and video operational order is the audio frequency and video download instruction, manage the individual sub-audio frequency and video of using downloaded stored correspondence in the streaming media server of described high in the clouds by audio frequency and video; And when described audio frequency and video operational order be the audio frequency and video delete instruction, manage by audio frequency and video and uses the consonant video that deletion being stored in correspondence in the streaming media server of described high in the clouds.

the method and system of a kind of remote monitoring and administration provided by the present invention, by cloud platform service subsystem, this acquisition applications is pushed to described acquisition terminal, make the described acquisition applications of described acquisition terminal operation, the acquisition function that drives self obtains current audio frequency and video, the described audio frequency and video of Real-time Feedback, and obtain the moving object image from described audio frequency and video, and determine whether to carry out the early warning operation according to described moving object image, when determining to carry out the early warning operation, send early warning information and described moving object image to the monitor terminal related with described acquisition terminal, described monitor terminal feeds back the mode of early warning confirmation according to the operational order of user's input to cloud platform service subsystem, do not install at acquisition terminal and monitor terminal under the prerequisite of special hardware and software and realize remote monitoring, relatively existing remote control technology, its highly versatile, cost is low, maintain easily upgrading.

Description of drawings

Fig. 1 is the flow chart of method one embodiment of remote monitoring and administration of the present invention;

Fig. 2 is another flow chart of the embodiment of the method for remote monitoring and administration of the present invention;

Fig. 3 is another flow chart of method one embodiment of remote monitoring and administration of the present invention;

Fig. 4 is the structural representation of one embodiment of system of remote monitoring and administration of the present invention;

Fig. 5 is the structural representation of cloud platform service of the present invention system;

Fig. 6 is another structural representation of cloud platform service of the present invention system;

Fig. 7 is another structural representation of cloud platform service of the present invention system;

Fig. 8 is another structural representation of cloud platform service of the present invention system.

The realization of the object of the invention, functional characteristics and advantage are described further with reference to accompanying drawing in connection with embodiment.

Embodiment

Should be appreciated that specific embodiment described herein only in order to explain the present invention, is not intended to limit the present invention.

Referring to Fig. 1, the present invention proposes a kind of method one embodiment of remote monitoring and administration, comprising:

The monitoring request that step S101, cloud platform service subsystem send according to acquisition terminal generates acquisition applications, and this acquisition applications is pushed to described acquisition terminal.

Described cloud platform service subsystem comprises local application server, and described local application server stores the acquisition software collection.The platform service of cloud described in this step subsystem concentrates according to described monitoring request the acquisition software that calls most suitable described acquisition terminal operation from above-mentioned acquisition software, generate acquisition applications, then this acquisition applications is pushed to described acquisition terminal.

Step S102, the described acquisition applications of described acquisition terminal operation, the acquisition function that drives self obtains current audio frequency and video, and described audio frequency and video is fed back to cloud platform service subsystem in real time.

Step S103, described cloud platform service subsystem obtain the moving object image from described audio frequency and video, and determine whether to carry out the early warning operation according to described moving object image, when determining to carry out the early warning operation, send early warning information and described moving object image to the monitor terminal related with described acquisition terminal.

In this step, store benchmark image in local multimedia server in described cloud platform service subsystem, it is as follows that cloud platform service subsystem determines whether to carry out early warning operation detailed process according to described moving object image: the moving object image and the described benchmark image that obtain are compared, when described moving object image and said reference images match determine that need not to carry out early warning operates; When not mating, described moving object image and said reference image do not determine that needs carry out early warning and operate.

Step S104, described monitor terminal feed back the early warning confirmation according to the operational order of user's input to cloud platform service subsystem.

the method of the remote monitoring and administration that the present embodiment provides, by cloud platform service subsystem, this acquisition applications is pushed to described acquisition terminal, make the described acquisition applications of described acquisition terminal operation, the acquisition function that drives self obtains current audio frequency and video, the described audio frequency and video of Real-time Feedback, and obtain the moving object image from described audio frequency and video, and determine whether to carry out the early warning operation according to described moving object image, when determining to carry out the early warning operation, send early warning information and described moving object image to the monitor terminal related with described acquisition terminal, described monitor terminal feeds back the mode of early warning confirmation according to the operational order of user's input to cloud platform service subsystem, do not install at acquisition terminal and monitor terminal under the prerequisite of special hardware and software and realize remote monitoring, relatively existing remote control technology, its highly versatile, cost is low, maintain easily upgrading.

In this step, described early warning confirmation comprises moving object image abnormity information and moving object image normal information.

In addition, described monitor terminal can be one or more, and when described monitor terminal is two when above, described cloud platform service subsystem is transmitted to the early warning confirmation of each monitor terminal feedback other each monitor terminal.When comprising monitor terminal A and B as monitor terminal, to cloud platform service subsystem feedback moving object image abnormity information, and monitor terminal B is to cloud platform service subsystem feedback moving object image normal information as monitor terminal A; Cloud platform service subsystem sends the moving object image abnormity information of monitor terminal A feedback to monitor terminal B, send the moving object image normal information of monitor terminal B feedback to monitor terminal A.

Further, the embodiment of the method for described remote monitoring and administration, described local application server also stores monitoring playout software collection.Described monitor terminal also comprises following processing according to the operational order of user's input after cloud platform service subsystem feedback early warning confirmation: when described early warning confirmation is moving object image abnormity information, namely represent described moving object image abnormity, cloud platform service subsystem pushes to play to described monitor terminal and uses and described audio frequency and video.Described monitor terminal is by the described audio frequency and video of described broadcast application plays.In the present embodiment, when described moving object image abnormity, described cloud platform service subsystem calls most suitable monitoring playout software from local application server, and generate to play uses, then described broadcast is used and described audio/video pushing to monitor terminal.

Further, in the embodiment of the method for described remote monitoring and administration, after determine carrying out the early warning operation, cloud platform service subsystem also comprises following processing: during cloud platform service subsystem is stored to the local multimedia server of self with the first audio frequency and video of described audio frequency and video and follow-up reception.

Further, in the embodiment of the method for above-mentioned remote monitoring and administration, cloud platform service subsystem also comprises following processing after described monitor terminal pushes broadcast application and described audio frequency and video: cloud platform service subsystem Real-Time Monitoring is at the broadcast application state of described monitor terminal operation; Play to use when described monitoring and finish, remove described audio frequency and video in described local multimedia server and the first audio frequency and video of follow-up reception.

Further, in the embodiment of the method for described remote monitoring and administration, the monitoring request that described cloud platform service subsystem sends according to acquisition terminal generates acquisition applications, and also comprises the acquisition terminal register flow path before this acquisition applications is pushed to described acquisition terminal.Referring to Fig. 2, described acquisition terminal register flow path is specific as follows:

The register instruction that step S201, acquisition terminal are inputted according to the user generates also and sends registration request to cloud platform service subsystem.

In this step, described registration request carries MAC Address and/or the machine code of described acquisition terminal.

Whether step S202, cloud platform service subsystem exist in the Registry in the data server of high in the clouds and registration request coupling acquisition terminal information, confirm whether acquisition terminal is legal by judging, if legal, generate the registration of acquisition terminal.

In this step, described cloud platform service subsystem judges that acquisition terminal is whether legal specifically beyond the clouds in the Registry of the acquisition terminal of data server, search the MAC Address and/or the machine code that whether there are described acquisition terminal, if exist, show that described acquisition terminal is legal, otherwise show that described acquisition terminal is illegal.

In addition, the registration chief component field of described acquisition terminal comprises that the acquisition terminal sign (is used for the Recognition and Acquisition terminal, MAC Address, machine code as acquisition terminal), the user name of acquisition terminal, the configuration information of acquisition terminal, the monitor terminal sign related with acquisition terminal (be used for the identification monitor terminal, as the MAC Address of computer, the number of mobile phone etc., monitor terminal can be one or more), the field such as configuration information of monitor terminal, benchmark image memory address, audio frequency and video memory address.

Step S203, cloud platform service subsystem generate and push registered application to acquisition terminal, obtain the registration content of acquisition terminal, and this registration content is added in described registration.

Described local application server also stores registration management software.At first described cloud platform service subsystem calls described registration management software, generates registered application, then pushes described registered application to acquisition terminal.

Described registration content comprises the user name of acquisition terminal, related monitor terminal sign, benchmark image information.This step is added registration content in described registration to and is specially: with the direct corresponding field of typing registration such as the user name of the acquisition terminal in registration content, related monitor terminal sign; Deposit benchmark image information in local multimedia server, obtain the storage address ADD_PIC of benchmark image information, and should store in field corresponding to the described registration of address ADD_PIC typing.

Step S204, generation are also used to the configuration querying of acquisition terminal propelling movement acquisition terminal, obtain the configuration information of acquisition terminal, and described configuration information is added in described registration.

Described local application server also stores acquisition terminal configuration querying software, at first described cloud platform service subsystem calls described acquisition terminal configuration querying software, the configuration querying that generates acquisition terminal is used, and then pushes the configuration querying application of described acquisition terminal to acquisition terminal.

Step S205, described registration is added in described Registry, to complete the registration of acquisition terminal.

Further, in the embodiment of the method for described remote monitoring and administration, described step S101 specifically comprises following processing: the monitoring request that described cloud platform service subsystem sends according to acquisition terminal, search the configuration information of described acquisition terminal from the registration of the described acquisition terminal of described Registry, and generate acquisition applications according to described configuration information, and this acquisition applications is pushed to described acquisition terminal.

Further, in the embodiment of the method for described remote monitoring and administration, described described registration is added in the data server of described high in the clouds, also to comprise following processing before the registration of completing acquisition terminal: cloud platform service subsystem judge whether described acquisition terminal exists the monitor terminal of association; When there being related monitor terminal, generate and use to the configuration querying that described monitor terminal pushes monitor terminal, obtaining the resource allocation information of monitor terminal, and the resource allocation information of described monitor terminal is added in described registration.

Further, in the embodiment of the method for described remote monitoring and administration, described cloud platform service subsystem pushes to play to use to described monitor terminal and specifically comprises following processing: described cloud platform service subsystem is searched the configuration information of the monitor terminal related with described acquisition terminal from the registration of the described acquisition terminal of described Registry, and generate to play according to the configuration information of described monitor terminal and use, and should play application and be pushed to described monitor terminal.

Described local application server also stores monitor terminal configuration querying software, at first described cloud platform service subsystem calls described monitor terminal configuration querying software, the configuration querying that generates monitor terminal is used, and then pushes the configuration querying application of described monitor terminal to monitor terminal.

Further, in the embodiment of the method for above-mentioned remote monitoring and administration, also comprise audio frequency and video bookkeeping flow process.Referring to Fig. 3, described audio frequency and video bookkeeping flow process specifically comprises:

The audio frequency and video supervisory instruction that step S301, acquisition terminal are inputted according to the user generates and comprises to the transmission of cloud platform service subsystem the audio frequency and video management request of MAC Address and/or the machine code of acquisition terminal.

Step S302, cloud platform service subsystem are searched corresponding registration according to described audio frequency and video management request, and according to described registration, generate and push the audio frequency and video management to acquisition terminal and use.

Described local application server also stores audio frequency and video management software collection, and at first described cloud platform service subsystem calls most suitable described audio frequency and video management software collection, generates the audio frequency and video management and uses, and then pushes described audio frequency and video management to acquisition terminal and uses.

The described audio frequency and video management of step S303, acquisition terminal operation is used, obtaining user name, and to the described user name of cloud platform service subsystem feedback.

Step S304, cloud platform service subsystem judge whether described user name legal, if legal, corresponding audio frequency and video are divided into multistage consonant video, and with the consonant video push to acquisition terminal.

In this step, described cloud platform service subsystem also wraps the high in the clouds streaming media server, the audio frequency and video that described high in the clouds streaming media server storage of collected terminal sends.Described cloud platform service subsystem is stored to described audio frequency and video in the high in the clouds streaming media server of self after the audio frequency and video that receive the acquisition terminal feedback.It is that feature (as time, capacity) according to the audio frequency and video of storing in the streaming media server of high in the clouds is divided into that described cloud platform service subsystem is divided into multistage consonant video with audio frequency and video.In addition, cloud platform service subsystem also adds descriptor to every cross-talk audio frequency and video simultaneously, and the descriptor of consonant video and the audio frequency and video of correspondence is pushed to acquisition terminal.

In addition, in this step, illegal when described user name, cloud platform service subsystem controls finishes described audio frequency and video bookkeeping flow process.

The audio frequency and video operational order that step S305, described acquisition terminal are inputted according to the user operating described consonant video by described audio frequency and video management application.

In addition, in the present embodiment, when the user needs the operation of end-sound video management, can input dependent instruction to acquisition terminal, acquisition terminal generates according to dependent instruction the audio frequency and video management request of closing, and sending to cloud platform service subsystem, cloud platform service subsystem is used and consonant video presentation information according to the described audio frequency and video management request unlocking noise video management of closing, with end-sound video management process.

Further, in the embodiment of the method for above-mentioned remote monitoring and administration, described audio frequency and video operational order is audio frequency and video instruction for previewing, audio frequency and video play instruction, audio frequency and video download instruction or audio frequency and video delete instruction.When described operational order is the audio frequency and video instruction for previewing, described the management by audio frequency and video used the antithetical phrase audio frequency and video and operated and be specially: manage the descriptor of using demonstration high in the clouds each consonant video of streaming media server by audio frequency and video.When described operational order is the audio frequency and video play instruction, described the management by audio frequency and video used the antithetical phrase audio frequency and video and operated and be specially: manage by audio frequency and video the consonant video that application plays is stored in correspondence in the streaming media server of described high in the clouds.When described operational order is the audio frequency and video download instruction, described the management by audio frequency and video used the antithetical phrase audio frequency and video and operated and be specially: manage the individual sub-audio frequency and video of using downloaded stored correspondence in the streaming media server of described high in the clouds by audio frequency and video.When described operational order is the audio frequency and video delete instruction, described the management by audio frequency and video used the antithetical phrase audio frequency and video and operated and be specially: manage by audio frequency and video and use the consonant video that deletion being stored in correspondence in the streaming media server of described high in the clouds.

In addition, in the present embodiment, cloud platform service subsystem also detects the audio frequency and video capacity of storing in the streaming media server of high in the clouds in real time, when the audio frequency and video capacity surpasses default first threshold, send prompting message to acquisition terminal, so that the user of acquisition terminal determines whether to delete audio frequency and video in the streaming media server of high in the clouds according to described prompting message.When the audio frequency and video capacity surpasses default Second Threshold (Second Threshold is greater than first threshold), automatically remove part memory space in the streaming media server of high in the clouds when sending prompting message to acquisition terminal.

In the embodiment of the method for above remote monitoring and administration provided by the invention, described acquisition terminal, monitor terminal connect IP network by connecting system respectively, then are connected with the communication of cloud platform service system made by IP network.

Referring to Fig. 4, the present invention separately proposes a kind of 100 1 embodiment of system of remote monitoring and administration, comprising: cloud platform service subsystem 110, acquisition terminal 120, monitor terminal 130.Wherein, described cloud platform service subsystem 110 is used for the monitoring request according to the acquisition terminal transmission, generates acquisition applications, and this acquisition applications is pushed to described acquisition terminal; Obtain the moving object image from the audio frequency and video of acquisition terminal feedback, and determine whether to carry out the early warning operation according to described moving object image, when determining to carry out the early warning operation, send early warning information and described moving object image to the monitor terminal related with described acquisition terminal.Described acquisition terminal 120 is used for moving described acquisition applications, and the image collecting function that drives self obtains current audio frequency and video, and described audio frequency and video is fed back to cloud platform service subsystem in real time.Described monitor terminal 130 is used for feeding back the early warning confirmation according to the operational order of user's input to cloud platform service subsystem.

the system 100 of the remote monitoring and administration that the present embodiment provides, by cloud platform service subsystem 110, this acquisition applications is pushed to described acquisition terminal 120, make the described acquisition terminal 120 described acquisition applications of operation, the acquisition function that drives self obtains current audio frequency and video, the described audio frequency and video of Real-time Feedback, and obtain the moving object image from described audio frequency and video, and determine whether to carry out the early warning operation according to described moving object image, when determining to carry out the early warning operation, send early warning information and described moving object image to the monitor terminal related with described acquisition terminal 120 130, described monitor terminal 120 feeds back the mode of early warning confirmations according to the operational order of user's input to cloud platform service subsystem 110, do not install at acquisition terminal 120 and monitor terminal 130 under the prerequisite of special hardware and software and realize remote monitoring, relatively existing remote control technology, its highly versatile, cost is low, maintain easily upgrading.

Referring to Fig. 5, described cloud platform service subsystem 110 comprises local application server 111, and described local application server 110 stores the acquisition software collection.Described cloud platform service subsystem 110, specifically also be used for according to described monitoring request, concentrate the acquisition software that calls most suitable described acquisition terminal 120 operations from above-mentioned acquisition software, generate acquisition applications, then this acquisition applications is pushed to described acquisition terminal 120.

Referring to Fig. 6, in the present embodiment, described cloud platform service subsystem 110 also comprises local multimedia server 112, store benchmark image in this this locality multimedia server 112, it is as follows that cloud platform service subsystem 110 determines whether to carry out early warning operation detailed process according to described moving object image: the moving object image and the described benchmark image that obtain are compared, when described moving object image and said reference images match, determine to need not to carry out the early warning operation; When described moving object image and said reference image do not mate, determine to need to carry out the early warning operation.

In the present embodiment, described early warning confirmation comprises moving object image abnormity information and moving object image normal information.

In addition, described monitor terminal 130 in the present embodiment is thought one or more, when described monitor terminal 130 is two when above, described cloud platform service subsystem 110 is transmitted to the early warning confirmation of each monitor terminal 130 feedbacks other each monitor terminal 130.When comprising monitor terminal A and B as monitor terminal 130, to cloud platform service subsystem 110 feedback moving object image abnormity information, and monitor terminal B is to cloud platform service subsystem 110 feedback moving object image normal information as monitor terminal A; 110 moving object image abnormity information that send monitor terminal A feedback to monitor terminal B of cloud platform service subsystem send to monitor terminal A the moving object image normal information that monitor terminal B feeds back.

Further, in 100 embodiment of system of above-mentioned remote monitoring and administration, described cloud platform service subsystem 110, also being used for working as described early warning confirmation is moving object image abnormity information, namely represent described moving object image abnormity, push to play to described monitor terminal 120 and use and described audio frequency and video.Described monitor terminal 130 also is used for by the described audio frequency and video of described broadcast application plays.Described local application server also stores monitoring playout software collection.Described cloud platform service subsystem 110, specifically also be used for when described moving object image abnormity, call most suitable monitoring playout software from local application server 111, and generate to play use, then described broadcast is used and described audio/video pushing to monitor terminal 130.

Further, in 100 embodiment of system of above-mentioned remote monitoring and administration, described cloud platform service subsystem 110 also is used for after determining to carry out the early warning operation, and the first audio frequency and video of described audio frequency and video and follow-up reception are stored in the local multimedia server 112 of self; And after pushing broadcast application and described audio frequency and video to described monitor terminal 120, Real-Time Monitoring is at the broadcast application state of described monitor terminal 120 operations; Play to use when described monitoring and finish, remove described audio frequency and video in described local multimedia server 112 and the first audio frequency and video of follow-up reception.

In the present embodiment, when monitor terminal 120 is moving object image normal information to the early warning confirmation that cloud platform service subsystem 110 feeds back, when cloud platform service subsystem 110 gets the image identical with above-mentioned moving object image within the follow-up time, no longer trigger the early warning operation.

Further, referring to Fig. 7, in 100 embodiment of system of above-mentioned remote monitoring and administration, described cloud platform service subsystem 110 also comprises high in the clouds data server 113.Described high in the clouds data server 113 is used for the Registry of storage of collected terminal, and the user message table of acquisition terminal.Described acquisition terminal 120 also is used for the register instruction according to user's input, generates and sends registration request to cloud platform service subsystem 110.Described cloud platform service subsystem 110, also be used for by whether existing in the Registry that judges high in the clouds data server 113 and described registration request coupling acquisition terminal 120 information, confirm whether acquisition terminal 120 is legal, if legal, generate the registration of acquisition terminal 120; Generate and push registered application to acquisition terminal 120, obtaining the registration content of acquisition terminal 120, and this registration content is added in described registration; Generate and push to acquisition terminal 120 the configuration querying application of acquisition terminal 120, obtain the configuration information of acquisition terminal 120, and described configuration information is added in described registration; And described registration is added in the Registry of described high in the clouds data server 113, to complete the registration of acquisition terminal 120.Described local application server 111 also stores registration management software and acquisition terminal configuration querying software.Described cloud platform service subsystem 110 specifically also is used for calling described registration management software, generates registered application, then pushes described registered application to acquisition terminal 120; And the configuration querying software that is used for calling described acquisition terminal 120, the configuration querying that generates acquisition terminal 120 is used, and then pushes the configuration querying application of described acquisition terminal 120 to acquisition terminal 120.

Further, in 100 embodiment of system of above-mentioned remote monitoring and administration, described cloud platform service subsystem 110, the concrete monitoring request that also is used for according to acquisition terminal 120 transmissions, search the configuration information of described acquisition terminal 120 from the registration of the described acquisition terminal 120 of described Registry, and generate acquisition applications according to described configuration information, and this acquisition applications is pushed to described acquisition terminal 120.

In the present embodiment, described registration request carries MAC Address and/or the machine code of described acquisition terminal.Described cloud platform service subsystem judges that acquisition terminal is whether legal specifically beyond the clouds in the Registry of the acquisition terminal of data server 113, search the MAC Address and/or the machine code that whether there are described acquisition terminal, if exist, show that described acquisition terminal is legal, otherwise show that described acquisition terminal is illegal.

in addition, in the present embodiment, the registration chief component field of described acquisition terminal 120 comprises that the acquisition terminal sign (is used for Recognition and Acquisition terminal 120, MAC Address as acquisition terminal 120, machine code), the user name of acquisition terminal 120, the configuration information of acquisition terminal 120, monitor terminal 130 signs related with acquisition terminal 120 (are used for identification monitor terminal 130, MAC Address as computer, the number of mobile phone etc., monitor terminal 130 can be one or more), the configuration information of monitor terminal 130, the benchmark image memory address, the fields such as audio frequency and video memory address.

In addition, in the present embodiment, described registration content comprises the user name of acquisition terminal 120, related monitor terminal 130 signs, benchmark image information.Wherein, registration content is added in described registration, detailed process is: with the direct corresponding field of typing registration such as the user name of acquisition terminal in registration content, related monitor terminal sign; Deposit benchmark image information in local multimedia server 112, obtain the storage address ADD_PIC of benchmark image information, and should store in field corresponding to the described registration of address ADD_PIC typing.

Further, in 100 embodiment of system of above-mentioned remote monitoring and administration, described cloud platform service subsystem 110 also was used for before registration is added described high in the clouds data server 113 to, judged whether described acquisition terminal 120 exists related monitor terminal 130; When there being related monitor terminal 130, generate and use to the configuration querying that described monitor terminal 130 pushes monitor terminal 130, obtaining the resource allocation information of monitor terminal 130, and the resource allocation information of described monitor terminal is added in described registration.

Further, in 100 embodiment of system of above-mentioned remote monitoring and administration, described cloud platform service subsystem 110, the concrete configuration information that is used for searching from the registration of the described acquisition terminal 120 of described Registry the monitor terminal 130 related with described acquisition terminal 120 also, and generate to play according to the configuration information of described monitor terminal 130 and use, and should play application and be pushed to described monitor terminal 130.

Described local application server 111 also stores the configuration querying software of monitor terminal 130, described cloud platform service subsystem 110, the concrete configuration querying software that also is used for calling described monitor terminal 130, the configuration querying that generates monitor terminal 130 is used, and then pushes the configuration querying application of described monitor terminal 130 to monitor terminal 130.

Further, in 100 embodiment of system of above-mentioned remote monitoring and administration, described acquisition terminal 120, also be used for the audio frequency and video supervisory instruction according to user's input, generate and manage request to the MAC Address that comprises acquisition terminal 120 of cloud platform service subsystem 110 transmissions and/or the audio frequency and video of machine code; The described audio frequency and video management that operation cloud platform service subsystem 110 pushes is used, obtaining user name, and to the cloud platform service subsystem 110 described user names of feedback; And according to the operational order that the user inputs, by described audio frequency and video management application, described consonant video is operated.Described cloud platform service subsystem 110 also is used for searching corresponding registration according to described audio frequency and video management request, and according to described registration, generates and push the audio frequency and video management to acquisition terminal 120 and use; And judge whether described user name legal, if legal, corresponding audio frequency and video are divided into multistage consonant video, and with the consonant video push to acquisition terminal 120.

Described local application server 111 also stores audio frequency and video management software collection, described cloud platform service subsystem 110, specifically also be used for calling most suitable described audio frequency and video management software collection, generate the audio frequency and video management and use, then push described audio frequency and video management to acquisition terminal 120 and use.

Referring to Fig. 8, in the present embodiment, described cloud platform service subsystem 110 also wraps high in the clouds streaming media server 114, and described high in the clouds streaming media server 114 is used for the audio frequency and video that storage of collected terminal 120 sends.Described cloud platform service subsystem 110 is stored to described audio frequency and video in the high in the clouds streaming media server 114 of self after the audio frequency and video that receive acquisition terminal 120 feedbacks.It is that the feature (as time, capacity) of audio frequency and video according to storage in high in the clouds streaming media server 114 is divided into that described cloud platform service subsystem 110 is divided into multistage consonant video with audio frequency and video.In addition, cloud platform service subsystem 110 also adds descriptor to every cross-talk audio frequency and video simultaneously, and the descriptor of consonant video and the audio frequency and video of correspondence is pushed to acquisition terminal.

In the present embodiment, illegal when described user name, cloud platform service subsystem 110 is controlled and is finished described audio frequency and video bookkeeping flow process.

In addition, in the present embodiment, when the user needs the operation of end-sound video management, can be to acquisition terminal 120 input dependent instructions, 120 of acquisition terminals generate according to dependent instruction the audio frequency and video management request of closing, and sending to cloud platform service subsystem 110,110 of cloud platform service subsystems are used and consonant video presentation information according to the described audio frequency and video management request unlocking noise video management of closing, with end-sound video management process.

Further, in 100 embodiment of system of above-mentioned remote monitoring and administration, described audio frequency and video operational order is audio frequency and video instruction for previewing, audio frequency and video play instruction, audio frequency and video download instruction or audio frequency and video delete instruction.Described acquisition terminal 120, concrete for being the audio frequency and video instruction for previewing when described audio frequency and video operational order, manage by audio frequency and video and use the descriptor that shows each consonant video on high in the clouds streaming media server 114; When described audio frequency and video operational order is the audio frequency and video play instruction, manage application plays by audio frequency and video and be stored in consonant video corresponding in described high in the clouds streaming media server 114; When described audio frequency and video operational order is the audio frequency and video download instruction, manage the individual sub-audio frequency and video of using downloaded stored correspondence in described high in the clouds streaming media server 114 by audio frequency and video; And when described audio frequency and video operational order be the audio frequency and video delete instruction, manage by audio frequency and video and uses the consonant video that deletion being stored in correspondence in described high in the clouds streaming media server 114.

In addition, in the present embodiment, cloud platform service subsystem 110 also detects the audio frequency and video capacity of storage in high in the clouds streaming media server 114 in real time, when the audio frequency and video capacity surpasses default first threshold, send prompting messages to acquisition terminal 120, so that the user of acquisition terminal 120 determines whether to delete audio frequency and video in high in the clouds streaming media server 114 according to described prompting message.When the audio frequency and video capacity surpasses default Second Threshold (Second Threshold is greater than first threshold), when sending prompting message, automatically removes acquisition terminal 120 part memory space in the streaming media server 114 of high in the clouds.

Described acquisition terminal 120, monitor terminal 130 in 100 embodiment of system of above remote monitoring and administration provided by the invention connect IP network by connecting system respectively, then set up communication by IP network with cloud platform service subsystem 110 and be connected.

Should be understood that; these are only the preferred embodiments of the present invention; can not therefore limit the scope of the claims of the present invention; every equivalent structure or equivalent flow process conversion that utilizes specification of the present invention and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in scope of patent protection of the present invention.

Claims

1. the method for a remote monitoring and administration, is characterized in that, comprising:

2. the method for remote monitoring and administration as claimed in claim 1, is characterized in that, described monitor terminal also comprises after cloud platform service subsystem feedback early warning confirmation according to the operational order of user's input:

3. the method for remote monitoring and administration as claimed in claim 2, is characterized in that, described cloud platform service subsystem also comprises after determining to carry out the early warning operation:

4. the method for remote monitoring and administration as claimed in claim 1, is characterized in that, the monitoring request that described cloud platform service subsystem sends according to acquisition terminal generates acquisition applications, and also comprise before this acquisition applications is pushed to described acquisition terminal:

5. the method for remote monitoring and administration as claimed in claim 4, is characterized in that, the monitoring request that described cloud platform service subsystem sends according to acquisition terminal generates acquisition applications, and this acquisition applications is pushed to described acquisition terminal specifically comprises:

6. the method for remote monitoring and administration as claimed in claim 4, is characterized in that, described described registration is added in the data server of described high in the clouds, also to comprise before the registration of completing acquisition terminal:

7. the method for remote monitoring and administration as claimed in claim 6, is characterized in that, described cloud platform service subsystem pushes to play to use to described monitor terminal and specifically comprises:

8. the method for remote monitoring and administration as claimed in claim 1, is characterized in that, also comprises:

9. the method for remote monitoring and administration as claimed in claim 8, is characterized in that, described acquisition terminal also comprises after in real time the audio frequency and video of obtaining being fed back to cloud platform service subsystem:

10. the method for remote monitoring and administration as claimed in claim 9, is characterized in that, described audio frequency and video operational order is audio frequency and video instruction for previewing, audio frequency and video play instruction, audio frequency and video download instruction or audio frequency and video delete instruction;

11. the system of a remote monitoring and administration is characterized in that, comprising:

12. the system of remote monitoring and administration, is characterized in that as claimed in claim 11,

Described cloud platform service subsystem also is used for representing described moving object image abnormity when described early warning confirmation, pushes to play to described monitor terminal and uses and described audio frequency and video;

13. the system of remote monitoring and administration, is characterized in that as claimed in claim 12,

Described cloud platform service subsystem also is used for after determining to carry out the early warning operation, and the first audio frequency and video of described audio frequency and video and follow-up reception are stored in the local multimedia server of self; And after pushing broadcast application and described audio frequency and video to described monitor terminal, Real-Time Monitoring is at the broadcast application state of described monitor terminal operation; Play to use when described monitoring and finish, remove described audio frequency and video in described local multimedia server and the first audio frequency and video of follow-up reception.

14. the system of remote monitoring and administration as claimed in claim 11 is characterized in that,

Described acquisition terminal also is used for the register instruction according to user's input, generates and sends registration request to cloud platform service subsystem;

15. the system of remote monitoring and administration as claimed in claim 14 is characterized in that,

Described cloud platform service subsystem, the concrete monitoring request that also is used for according to the acquisition terminal transmission, search the configuration information of described acquisition terminal from the registration of the described acquisition terminal of described Registry, and generate acquisition applications according to described configuration information, and this acquisition applications is pushed to described acquisition terminal.

16. the system of remote monitoring and administration as claimed in claim 14 is characterized in that,

Described cloud platform service subsystem also was used for before registration is added described high in the clouds data server to, judged whether described acquisition terminal exists related monitor terminal; When there being related monitor terminal, generate and use to the configuration querying that described monitor terminal pushes monitor terminal, obtaining the resource allocation information of monitor terminal, and the resource allocation information of described monitor terminal is added in described registration.

17. the system of remote monitoring and administration as claimed in claim 15 is characterized in that,

Described cloud platform service subsystem, the concrete configuration information that is used for searching from the registration of the described acquisition terminal of described Registry the monitor terminal related with described acquisition terminal also, and generate to play according to the configuration information of described monitor terminal and use, and should play application and be pushed to described monitor terminal.

18. the system of remote monitoring and administration as claimed in claim 11 is characterized in that,

Described acquisition terminal also is used for the audio frequency and video supervisory instruction according to user's input, generates and comprise to the transmission of cloud platform service subsystem the audio frequency and video management request of MAC Address and/or the machine code of acquisition terminal; The described audio frequency and video management that operation cloud platform service subsystem pushes is used, obtaining user name, and to the described user name of cloud platform service subsystem feedback; And according to the operational order that the user inputs, by described audio frequency and video management application, described consonant video is operated;

Described cloud platform service subsystem also is used for searching corresponding registration according to described audio frequency and video management request, and according to described registration, generates and push the audio frequency and video management to acquisition terminal and use; And judge whether described user name legal, if legal, corresponding audio frequency and video are divided into multistage consonant video, and with the consonant video push to acquisition terminal.

19. the system of remote monitoring and administration, is characterized in that as claimed in claim 18,

Described cloud platform service subsystem after also being used for receiving the audio frequency and video of acquisition terminal feedback, is stored to described audio frequency and video the high in the clouds streaming media server of self.

20. the system of remote monitoring and administration, is characterized in that as claimed in claim 19, described audio frequency and video operational order is audio frequency and video instruction for previewing, audio frequency and video play instruction, audio frequency and video download instruction or audio frequency and video delete instruction;