CN103096030A - Video monitoring multi-service convergence platform and solution - Google Patents
Video monitoring multi-service convergence platform and solution Download PDFInfo
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Abstract
The invention discloses a video monitoring multi-service convergence platform and a solution. The video monitoring multi-service convergence platform is composed of an intelligent network processor (INP) and a broadcast network processor (BNP). The INP is used for managing hardware resources and lifecycle of video monitoring virtual capacity resources and setting and maintaining of virtual network topology in the BNP. The BNP is used for calling the video monitoring virtual capacity resources of the INP and setting different video monitoring virtual networks for different services of different types of users and carrying out video monitoring. Thus, quasi physical isolation of the different services of the different types of users can be guaranteed, quasi physical isolation between the INP and the BNP can be guaranteed, video monitoring can be flexibly set for the different services of the different types of users, and isolation and safety of the different services of the different types of users under the video monitoring can be guaranteed.
Description
Technical field
The present invention relates to technical field of video monitoring, particularly a kind of video monitoring multi-service fusion platform and solution.
Background technology
Video monitoring is used by numerous industry as the most direct effective instrument of security protection and monitoring field always, and along with the constantly universal rise that reaches intelligent video monitoring of Network Video Surveillance, video monitoring platform is more and more outstanding in the video monitoring central role.Must monitor simultaneously different user different business demand as other video monitoring platform of operation level.
At present, other video monitoring platform of operation level all not yet realizes monitoring simultaneously the different business of different user under same video monitoring platform.In order to monitor the different business of different user, at first it set up different video monitoring platforms according to different user, such as, popular type of user is set up a video monitoring platform, the video monitoring function on basis is provided, the personalized customization monitoring function can't be provided; To group's type of user, set up respectively video monitoring platform as type of user such as government, public security, municipal administration, environmental protection and finance; Then, for same type user's different business also needs to set up respectively video monitoring platform, such as need to be according to the difference of institute's monitoring business over against government's type of user, carry out to the isolation of business datum with maintain secrecy, at this moment, just need to set up respectively different video monitoring platforms for different business.
In order to reduce the video monitoring platform quantity of setting up, video monitoring platform adopts modularized design at present, namely the different business with dissimilar user arranges respectively different video monitoring software modules, and the video monitoring software module integration that these are different is on a video monitoring platform, also has a calling functional modules on this video monitoring platform, be used for calling these video monitoring software modules, realize the different business video monitoring to dissimilar user.
Although integrated a plurality of video monitoring software modules can realize the different business video monitoring to dissimilar user on a video monitoring platform, but owing to only having a video monitoring platform, dissimilar user's different business data are not carried out safe isolation physically, be not suitable for the demand that the business datum security level of video monitoring is had relatively high expectations.The design of integrated a plurality of video monitoring software modules is subject to the degree of opening of framework and the interface of video monitoring platform on video monitoring platform, makes a lot of type customer demands to realize by adding the video monitoring software module.Video monitoring platform inside is not independent, the stability of the single whole platform of video monitoring software module execution error meeting impact.When video monitoring platform upgrades video monitoring software module and upgrading platform, just need to stop the operation of whole platform, can continue normal operation until upgrade and be completed, this can cause very serious consequence to the higher video monitoring service of requirement of real-time, reduces user experience.
To sum up, at present video monitoring platform also can't be to dissimilar user's different business, on very high and basis that arrange flexibly, carries out video monitoring at level of security, can't improve user experience.
Summary of the invention
In view of this, the invention provides a kind of video monitoring multi-service fusion platform, this platform can carry out video monitoring by the different business to dissimilar user on the basis of improving level of security and arranging flexibly, improve user experience.
The present invention also provides a kind of frequency monitoring multi-service fusion solution, and the method can be carried out video monitoring by the different business to dissimilar user on the basis of improving level of security and arranging flexibly, improve user experience.
For achieving the above object, technical scheme of the invention process specifically is achieved in that
A kind of video monitoring multi-service fusion platform comprises: internal network platform INP and business network platform BNP, wherein,
INP is used for carrying out the management of hardware resource, life cycle management and the foundation of BNP virtual network topology and the maintenance of video monitoring virtual ability resource;
BNP is for the video monitoring virtual ability resource of calling INP, for dissimilar user's different business is set up different video monitoring virtual networks and carries out video monitoring.
The hardware resource management of described INP is completed at hardware layer by cloud computing resource management system, the life cycle management of described video monitoring virtual ability resource is completed at resource virtual pool layer by cloud computing resource management system, and in described BNP, virtual network topology is set up and safeguards and completed by cloud computing resource management system.
Described by cloud computing resource management system when hardware layer is completed hardware resource management, described cloud computing resource management system comprises:
The hardware layer administration module is used for entity device is updated to hardware layer, completes the registration of the hardware relevant information of entity device in hardware layer and safeguards the hardware life cycle;
The video monitoring front end equipment IAD is used for access video front watch-dog;
The client IAD is used for video surveillance management system with BNP and carries out network with client and be connected;
The mobile phone gateway is used for the video monitoring service data are sent to mobile phone;
Business operation support system BOSS interface is used for docking with BOSS.
During the life cycle management of the described video monitoring virtual ability resource of being completed at resource virtual pool layer by cloud computing resource management system, described cloud computing resource management system comprises:
Third party's virtualization software interface is used for realizing virtual to the hardware resource of hardware layer by calling the third party's virtualization software that has arranged;
The virtual unit of computing capability, be used for the third party's virtualization software that has arranged by third party's virtualization software interface interchange, hardware resource in hardware layer is invented independently video monitoring server, add in resource virtual pool layer, video monitoring virtual ability resource is provided;
The Storage Virtualization unit, be used for the third party's virtualization software that has arranged by third party's virtualization software interface interchange, with the hardware resource in hardware layer virtual be memory device, add in resource virtual pool layer the virtual memory capability resource that corresponding virtual ability Resource Supply is corresponding to;
The network virtualization unit, be used for the third party's virtualization software that has arranged by third party's virtualization software interface interchange, with in hardware layer hardware resource virtually be virtual switch independently, add in resource virtual pool layer, be connected to video monitoring virtual ability resource and corresponding virtual memory that video monitoring service distributes;
Resource running state monitoring unit is used for the monitoring state to hardware layer and resource virtual pool layer, offers BNP.
Describedly completed in BNP by cloud computing resource management system that virtual network topology is set up and when safeguarding, described cloud computing resource management system comprises:
Virtual resource is set up and allocation units, is used for calling computing capability virtual unit, Storage Virtualization unit and network virtualization unit according to type of user one business information that BNP will monitor, and carries out foundation and the distribution of virtual resource;
Virtual resource reclaims and cancels the unit, is used for the virtual resource of distributing to this business is reclaimed or cancels;
Virtual resource inquiry and statistic unit are used for the virtual resource information in inquiry hardware layer hardware resource and resource virtual pool layer.
The virtual unit of described computing capability adopts when the hardware resource in hardware layer is invented independently video monitoring server, adopts multistage unit ability granularity division.
Described BNP is comprised of video monitoring service system layer, video surveillance management system and united net management system, wherein,
Described video surveillance management system, be used for calling the video monitoring virtual ability resource of INP, set up the video monitoring service system that generates instantiation after the video monitoring virtual network for dissimilar user's different business, be arranged in the video monitoring service system layer, when carrying out video monitoring, call the video monitoring service system of instantiation from the video monitoring service system layer, carry out video monitoring;
Described video monitoring service system layer is for the video monitoring service system of storage instantiation;
The unified gateway system is used for the ruuning situation of the video monitoring service system of monitoring INP and instantiation.
Described video surveillance management system comprises:
Video monitoring service system template infrastructure component is used for defining and storing the video monitoring service system function software on basis and virtual resource unit's ability quantity of correspondence;
The model customization unit is used for the assembly of video monitoring service system template infrastructure component need to be extracted according to video monitoring service, and defines network topology structure between the assembly that extracts, and the template stores that customizes out is in ATL;
The Template Manager unit is used for administrative template interpolation, renewal, inquiry and life cycle management;
ATL is used for depositing the good template that customizes;
Template instances for the template of completing being deployed to the virtual resource of corresponding INP, is completed the video monitoring of certain business;
Cancel the instantiation unit, be used for the video monitoring service system of the instantiation of video monitoring service system layer is closed, and the cloud computing resource management system that calls INP reclaims all virtual resources of correspondence;
Video monitoring service platform is set up the unit, is used for choosing template for some business from ATL, calls the video monitoring service system that instantiation is completed in the template instances unit;
The video monitoring service platform administrative unit is used for the video monitoring service system of the instantiation of video monitoring service system layer is managed, and comprises the video monitoring service system maintenance upgrading of instantiation and reclaims;
Video client monitor supervision platform deployment unit is used for off-gauge video monitoring service system is completed the video monitoring service system of instantiation.
A kind of solution of video monitoring multi-service fusion arranges internal network platform INP and business network platform BNP,
Obtain video monitoring virtual ability resource after INP is virtual with hardware resource, offer BNP;
The video monitoring virtual ability resource that BNP will obtain from INP is for dissimilar user's different business distributes, for dissimilar user's different business is set up different video monitoring virtual networks and carries out video monitoring.
Described hardware resource comprises: storage resources and the Internet resources of hardware capabilities resource, correspondence;
The described video monitoring virtual ability resource that obtains comprises: storing virtual resource and the virtual network resource of computing capability virtual resource, correspondence.
The method also comprises:
Cancel or reclaim obtaining video monitoring virtual ability resource;
Cancel or reclaim setting up different video monitoring virtual networks.
Can be found out by such scheme, video monitoring multi-service fusion platform of the present invention is by internal network platform (INP, Inner Network Plane) and business network platform (BNP, Business Network Plane) consist of, wherein, INP is used for carrying out the management of hardware resource, life cycle management and the foundation of BNP virtual network topology and the maintenance of video monitoring virtual ability resource; BNP is for the video monitoring virtual ability resource of calling INP, for dissimilar user's different business is set up different video monitoring virtual networks and carries out video monitoring.Guarantee the accurate physical isolation between dissimilar user's different business, accurate physical isolation between INP and BNP, video monitoring is carried out in setting to dissimilar user's different business neatly, guarantees isolation and the fail safe of dissimilar user's different business of institute's video monitoring.Therefore, video monitoring multi-service fusion platform provided by the invention and the solution different business to dissimilar user on the basis of improving level of security and arranging flexibly carries out video monitoring, improves user experience.
Description of drawings
Fig. 1 is video monitoring multi-service fusion platform structure schematic diagram provided by the invention;
Fig. 2 is the cloud computing resource management system structural representation in INP provided by the invention;
Fig. 3 is the structural representation of BNP provided by the invention;
Fig. 4 is the structural representation of the video surveillance management system in BNP provided by the invention;
Fig. 5 is video monitoring multi-service fusion solution flow chart provided by the invention.
Embodiment
For making purpose of the present invention, technical scheme and advantage clearer, referring to the accompanying drawing embodiment that develops simultaneously, the present invention is described in further detail.
For the different business to dissimilar user on the basis of improving level of security and arranging flexibly carries out video monitoring, improve user experience, video monitoring multi-service fusion platform of the present invention is made of INP and BNP, wherein, INP is used for carrying out the management of hardware resource, life cycle management and the foundation of BNP virtual network topology and the maintenance of video monitoring virtual ability resource; BNP is for the video monitoring virtual ability resource of calling INP, for dissimilar user's different business is set up different video monitoring virtual networks and carries out video monitoring.Guarantee the accurate physical isolation between dissimilar user's different business, accurate physical isolation between INP and BNP, video monitoring is carried out in setting to dissimilar user's different business neatly, guarantees isolation and the fail safe of dissimilar user's different business of institute's video monitoring.Therefore, video monitoring multi-service fusion platform provided by the invention and the solution different business to dissimilar user on the basis of improving level of security and arranging flexibly carries out video monitoring, improves user experience.
INP is mainly by entity device, comprise that calculating, storage and network element form, hardware layer namely, realize these entity devices by cloud computing resource management system, be exactly in the life cycle management of video monitoring virtual ability resource of hardware resource management, resource virtual pool layer of hardware layer and BNP virtual network topology set up and safeguard.
BNP is comprised of video monitoring service system layer, video surveillance management system and united net management system, by technology such as virtual network device and VLANs, for dissimilar user's different business is set up virtual network and adopted the video monitoring service system of set instantiation to carry out video monitoring.Video surveillance management system in BNP realizes fast Development and the foundation for the virtual network of dissimilar user's different business, video monitoring service system layer in BNP is used for the instantiation video monitoring service system that the store video monitoring management system is set up, and call execution according to the indication of video surveillance management system, the same network management system of BNP is monitored and safeguards the set virtual video monitor network of setting up for dissimilar user's different business.
Fig. 1 is video monitoring multi-service fusion platform structure schematic diagram provided by the invention, as shown in the figure, comprising: INP and BNP, wherein,
INP is used for carrying out the management of hardware resource, life cycle management and the foundation of BNP virtual network topology and the maintenance of video monitoring virtual ability resource;
BNP is for the video monitoring virtual ability resource of calling INP, for dissimilar user's different business is set up different video monitoring virtual networks and carries out video monitoring.
Wherein, in fact the management of carrying out hardware resource in INP is exactly to hardware layer (HL, Hardware Layer) each entity device in adopts the cloud computing resources system to manage, main Management Calculation equipment, memory device and the network equipment comprise the typing of interpolation, deletion and the configuration information of entity device.
The life cycle management of the video monitoring virtual ability resource in INP is mainly completed by resource virtual pool layer (VRPL, Virtual Resources Pool Layer), is completed by cloud computing resource management system.
in BNP, virtual network topology is set up and safeguards and completed by cloud computing resource management system, this cloud computing resource management system is the core cell of INP, internal structure as shown in Figure 2, comprise: the hardware layer administration module, the video monitoring front end equipment IAD, the client IAD, the mobile phone gateway, business operation support system (BOSS) interface, third party's virtualization software interface, the Storage Virtualization unit, the network virtualization unit, resource virtual networking unit, resource running state monitoring unit, virtual resource is set up and allocation units, virtual resource reclaims and cancels unit and virtual resource inquiry and statistic unit, wherein,
The hardware layer administration module carries out the management of hardware resource, namely is used for entity device is updated to hardware layer, completes the registration of the hardware relevant information of entity device in hardware layer and safeguards the hardware life cycle.
The video monitoring front end equipment IAD is comprised of fire compartment wall, router and Video coding server, is used for access video front watch-dog; The video front watch-dog is such as camera, encoder, video matrix and DVR etc.; This IAD provides analog video signal and two kinds of access passages of digital video signal, for digital video access passage, this IAD is that dissimilar user's different business distributes different Internet protocol (IP) isolation tunnel access INP by configuring firewalls and router, to analog video signal, this gateway is served it by Video coding analog video signal is converted to digital video signal, and then is that dissimilar user's different business distributes different IP isolation tunnel access INP.
The client IAD, consisted of by fire compartment wall and router, be used for video surveillance management system with BNP and carry out network with client and is connected, will isolate the tunnel for dissimilar user's different business distributes different IP by fire compartment wall and the router of configuration, realize that client accesses INP.
The mobile phone gateway, be used for the video monitoring service data are sent to mobile phone, the mobile phone gateway is connected with ggsn (GGSN) in mobile communications network, provides public APN (APN) access and special-purpose APN to access two kinds of mobile phone access modules.
The BOSS interface is used for docking with BOSS, realizes that service fulfillment is closed and the docking of the relevant operation function such as charging.
Third party's virtualization software interface is used for realizing virtual to the hardware resource of HL by calling the third party's virtualization software that has arranged.
The virtual unit of computing capability, be used for the third party's virtualization software that has arranged by third party's virtualization software interface interchange, the hardware resource in HL is invented independently video monitoring server, be called for short virtual machine, add in VRPL, video monitoring virtual ability resource is provided.The dissimilar user's different business that arranges due to the video surveillance management system in BNP is larger to the demand difference of video monitoring resource, so the reasonability of video monitoring virtual ability resource units granularity division has very material impact to the resource rate with rate, if the unit granularity is excessive, the less dissimilar user's different business of the demand of video monitoring resource is caused the waste of video monitoring resource, if the unit undersized can cause the wasting of resources due to the expense of virtual video monitoring resource again.
Therefore, the present invention adopts multistage unit ability granularity division mode to define the video monitoring virtual ability resource of different ability ratings, maximize to guarantee resource utilization, process is: dissimilar user's different business of the video surveillance management system setting in BNP is linear to the video monitoring virtual ability resource that can divide that provides in video monitoring resource extent and VRPL.With the maximum video monitoring virtual ability resource that can divide in VRPL as maximum unit ability granularity, its video monitoring number of users of supporting is as the largest unit number of users, as maximum unit ability granularity, its video monitoring number of users of supporting is as the minimum unit number of users with the minimum video monitoring virtual ability resource that can divide in VRPL.Mark off multistage unit ability granularity between maximum unit ability granularity and least unit ability granularity, and the multistage video frequency monitoring number of users of supporting.When the video surveillance management system in BNP is a certain traffic assignments video monitoring of a certain user virtual ability resource, with the required video monitoring number of users of this business divided by the largest unit number of users, the video monitoring virtual ability resource of acquisition on this unit ability, its remainder is again divided by next stage unit users number, the video monitoring virtual ability resource of acquisition on this next stage unit's ability, by that analogy, until remainder be 0 or to minimum unit users number for extremely.After divided by the minimum unit number of users, the remainder of the required video monitoring number of users of this business is not still 0, and the video monitoring virtual ability resource that will obtain on this least unit ability increases by 1.
In practical operation, it is unit that the video monitoring virtual ability resource on each unit ability adopts virtual machine, and the video monitoring virtual ability resource of separate unit virtual machine is the resource distribution of separate unit host.The video monitoring virtual ability resource that provides according to the separate unit server in HL is as maximum unit ability particle size fraction, and its video monitoring number of users of supporting is the largest unit number of users.According to 24 core central processing units (CPU) of present main flow, the configuration of the standard server of 4G internal memory, it can support 100 road video monitoring number of users, this is respectively as maximum unit ability granularity and largest unit number of users.The minimum unit number of users is 5 at present, and as the minimum unit number of users, the resource distribution of its corresponding virtual machine is as minimum unit ability granularity.Calculate according to linear, add successively 50,25 and 10 as the temporary location number of users, the resource distribution of its corresponding virtual machine is as temporary location ability granularity.
The Storage Virtualization unit, be used for by third party's virtualization software interface, the third party's virtualization software that has arranged that calls such as cloud storing software Symantec, with the hardware resource in HL virtual be memory device, add in VRPL the storage capacity of the INP that corresponding virtual ability Resource Supply is corresponding to.Each independently memory device be corresponding unit video monitoring virtual ability Resource Supply stores service.When dividing storage size according to the monitoring of monitoring frontend count (N), resolution (P), memory cycle (T) and four parameters of safe class (S) calculate, required storage space S is the product of N, P, T and S.When specific implementation, resolution can be got 10M/s for high definition 1080P, gets 4M/s～2M/s for 720P, gets 2M/s～1M/s for D1, gets 1M/s～300k/s for SIF, and occurrence is determined according to monitored object video rate of change.S gets between 1～2, and the S value high for safe class is larger, and its data space can obtain more redundancy.
The network virtualization unit, be used for by third party's virtualization software interface, the third party's virtualization software that has arranged that calls such as cloud storing software Symantec, be virtual switch independently one by one with the hardware resource in HL is virtual, add in VRPL, be connected to video monitoring virtual ability resource and corresponding virtual memory that certain video monitoring service distributes.
Resource virtual networking unit is used for realizing that video monitoring virtual ability resource and virtual memory dock with the gateway of traffic aided, completes the concrete networking of certain video monitoring service.In order to guarantee the accurate physical isolation of each video monitoring service, entity device in HL is realized isolation by dividing VLAN, the corresponding VLAN of each business, this VLAN connects the IP address that respective gateway is distributed, and connects simultaneously corresponding virtual switch.
Resource running state monitoring unit is used for to the entity device of HL and to the monitoring state of the virtual unit in VRPL, with the monitor state real-time Transmission to the united net management system in BNP.Gather via SNTP for the NMS function of the entity device running status in HL by entity device, gather for the third party's virtualization software that has arranged of the virtual unit in VRPL by third party's virtualization software interface interchange, monitor state information comprises the information such as cpu load rate, internal memory load factor, offered load rate and equipment operation alarm.
Virtual resource is set up and allocation units, is used for calling computing capability virtual unit, Storage Virtualization unit and network virtualization unit according to a certain business information of certain type of user that will monitor, carries out foundation and the distribution of virtual resource.Particularly, the virtual resource of setting up is carried out resource bid from VRPL, distribute to this business, bar is that the equipment of completing the video monitoring of this business carries out networking with resource virtual networking unit, if this business of dilatation can apply for that new virtual resource adds.Contain all virtual resource allocation tables in VRPL, which business whether sign distribute, distribute to, all resource can be added in the virtual resource allocation table when each newly-built virtual resource, be designated unallocated, during to business, this resource is labeled as the concrete service identification that distributes and distribute in the virtual resource allocation table when virtual resource allocation.
Virtual resource reclaims and cancels the unit, be used for distributing to the virtual resource of business, by safeguarding the virtual resource allocation table of VRPL, be designated the sign of correspondence unallocated, call simultaneously the VLAN that the unit cancellation of resource virtual networking distributes, realize that resource reclaims.The resource that reclaims can be used for reallocation.For satisfying the application of large resource, the virtual resource that is not assigned with in setting-up time is cancelled, call computing capability dummy unit, Storage Virtualization unit and network virtualization unit when cancelling, complete deletion respective virtual resource, the respective virtual resource is returned to HL, and respective virtual resource list item in the virtual resource allocation table of deletion VRPL.
Virtual resource inquiry and statistic unit are used for virtual unit information in inquiry HL entity device information and VRPL.In HL, the entity device information inquiry comprises: entity device quantity and corresponding configuration information, the virtual assignment information of entity device and vlan information etc. in HL.In VRPL, the virtual unit information inquiry comprises: virtual unit is set up quantity and assignment information.Virtual resource inquiry and statistic unit can count entity device and the real-time behaviour in service of virtual unit by calling resource running state monitoring module, and the data that statistics obtains can be for more reasonably setting up and distributing virtual machine that foundation is provided from now on.
The structural representation of BNP specifically comprises as shown in Figure 3: video monitoring service system layer (VMSL), video surveillance management system and united net management system, wherein,
The video monitoring service system layer, for carrying all accurate physically-isolated video monitoring services systems, function comprises: the virtual resource that 1) video monitoring service system and INP is distributed is complementary; 2) carry out accurate physical isolation between each video monitoring service system; 3) realize interface between video surveillance management system and united net management system.The video monitoring service system of this video monitoring service system layer storage instantiation.
The structure of video surveillance management system specifically comprises as shown in Figure 4:
Video monitoring service system template infrastructure component is used for defining and storing the video monitoring service system function software on basis and virtual resource unit's ability quantity of correspondence.As define video monitoring access function, video code conversion function, flow medium function, intellectual analysis function, signaling and control function, media store and the infrastructure components such as query function, workflow functionality and network management function, and define virtual resource type corresponding to each assembly, unit ability quantity and each assembly and realize software.For satisfying the deployment of client, comprise the custom feature assembly in basic software, its software section is provided by the client, follow-uply dispose and bind when template instances, therefore non-assembly is realized software, corresponding virtual resource quantity can be revised, and all template infrastructure components are stored in component table.
The model customization unit is used for the assembly of video monitoring service system template infrastructure component need to be extracted according to video monitoring service, and defines network topology structure between the assembly that extracts, and the template stores that customizes out is in ATL.The model customization unit is template one by one with the video monitoring service system requirement definition of standard, as Safe Campus video monitoring service system template, popular security protection video monitoring service system template, machine room video monitoring service system template, chain-supermarket video monitoring service system template or environmental protection video monitoring service system template etc., the model customization unit can newly add the template infrastructure component to expand the BNP ability, and the assembly that newly adds is arranged in component table.
The Template Manager unit is used for administrative template interpolation, renewal, inquiry and life cycle management.
ATL is used for depositing the good template that customizes.
Template instances is used for the template of completing is deployed to the respective virtual resource, completes the video monitoring of certain business.detailed process by: at first with in ATL virtual resource unit's ability quantity of relating to of all component in the good template of customization multiply by the business demand scale, obtain required virtual resource total data, then call the cloud computing resource management system of INP and complete the application of virtual resource and the networking of VLAN, VLAN adopts the sign of INP acquiescence, system is configured and revises to video monitoring service, at last with the corresponding Software deployment of assembly on the respective virtual resource, complete interface configuration, VLAN is changed to unique identification complete accurate physical isolation, realize the instantiation of a certain video monitoring service system, the video monitoring service system of instantiation is stored in VMSL.
Cancel the instantiation unit, be used for the video monitoring service system of a certain instantiation of VMSL is closed, and the cloud computing resource management system that calls INP reclaims all virtual resources of correspondence.
Video monitoring service platform is set up the unit, is used for choosing template for some business from ATL, calls the video monitoring service system that instantiation is completed in the template instances unit.
The video monitoring service platform administrative unit is used for the video monitoring service system of the instantiation of VMSL is managed, and management comprises the video monitoring service system maintenance upgrading of instantiation and reclaims.Maintenance upgrade is divided into platform dilatation and reduction, platform reduction flow process is: the video monitoring service system that at first stops instantiation, revise network configuration topological sum video monitoring service system configuration, the virtual resource of required reduction is carried out mark and rejecting, restart the video monitoring service system of this instantiation and call and cancel the instantiation unit virtual resource of rejecting is reclaimed.Platform dilatation flow process is: at first call application and Software deployment that new virtual resource is completed in the template instances unit, then stop the video monitoring service system of instantiation, revise network configuration topological sum video monitoring service system configuration, the virtual resource that newly increases is increased in the video monitoring service system, restarts the video monitoring service system of this instantiation.For the higher video monitoring service system of service disconnection susceptibility, can set up by calling video monitoring service platform the video monitoring service system of the newly-built instantiation in unit, the method of then moving by business datum moves to original business datum the video monitoring service system of newly-built instantiation, complete maintenance and the upgrading of the video monitoring service system of instantiation, after completing, migration calls again the video monitoring service system that cancels the original instantiation of instantiation unit recovery, the time of so reducing video monitoring service.The recovery process of the video monitoring service system of instantiation is: at first stop, then calling and cancel the instantiation unit and reclaim.
Video client monitor supervision platform deployment unit is used for off-gauge video monitoring service system, as client video monitoring service system freely, provides hardware resource ability and deployment.Specifically be deployed as: at first obtain required computing capability, storage capacity and Internet resources ability quantity according to off-gauge video monitoring service system scale and related hardware configuration, then the self-defined assembly that calls in video monitoring service system template infrastructure component is completed the definition of related software functional resources, the networking structure topology of the self-defined assembly of setting up according to off-gauge video monitoring service system group network structure, bar are completed the non-standard video monitoring business system of instantiation in VMSL with the template instances unit.Off-gauge video monitoring service system can be disposed after instantiation all hardware resource.
The united net management system is for the video monitoring service running situation of unified monitoring, maintenance platform software and hardware ruuning situation and all instantiations of VMSL.Get by the resource running state monitoring unit in the cloud computing resource management system that receives INP for platform software and hardware ruuning situation; Monitoring to the video monitoring service running situation of all instantiations in VMSL realizes acquisition of information by increase the gateway function assembly in each system, and realize network-in-dialing by access united net management gateway, can not access the united net management system to network security insulation request higher video monitoring service system, guarantee the accurate physical isolation of system.
The present invention also provides a kind of solution of video monitoring multi-service fusion, and as shown in Figure 5, after internal network platform INP and business network platform BNP were set, concrete steps were:
Obtain video monitoring virtual ability resource after step 501, INP are virtual with hardware resource, offer BNP;
The video monitoring virtual ability resource that step 502, BNP will obtain from INP is for dissimilar user's different business distributes, for dissimilar user's different business is set up different video monitoring virtual networks and carries out video monitoring.
In the method method, hardware resource comprises: storage resources and the Internet resources of hardware capabilities resource, correspondence; Obtaining video monitoring virtual ability resource comprises: storing virtual resource and the virtual network resource of computing capability virtual resource, correspondence.
The method also comprises: cancel or reclaim obtaining video monitoring virtual ability resource; And cancel or reclaim setting up different video monitoring virtual networks.
Can find out from video monitoring multi-service fusion platform provided by the invention and solution, the present invention is by using two platforms, three-tier architecture and three management systems to realize supporting simultaneously the video monitoring demand of dissimilar user's different business under same video monitoring platform, at utmost improve resource multiplex, system extension raising resource multiplex, system extension, security and stability, easily upgrading dispose, easy unified the maintenance.Major technique advantage of the present invention is as follows:
At first, use cloud computing technology, by physical entity equipment, storage and network being divided into a plurality of independently virtual units, according to business scale, by cloud computing resource management system, adopt multistage unit ability granularity division method, carry out the optimum customization of empty machine, the virtual resource that uses reclaimed and cancels the recycling that function is completed resource via virtual resource, thereby realize to greatest extent resource multiplex and share, improving resource utilization.
Then, adopt internal network platform and business network platform biplane framework, virtual resource and video monitoring service system are separated, INP is responsible for providing virtual resource, and BNP is responsible for the deployment with the video monitoring service system.Whole video monitoring platform is as virtual resource administrative center and video monitoring service platform carrying container.Because virtual resource is independent of one another, form each independently video monitoring service system by different VLANs, can guarantee the accurate physical isolation of each operation system, the accurate physical isolation of operation system internal flow of information and video monitoring platform, thereby realize on a video monitoring platform disposing independently the video monitoring service system for user's different business demand, realize video monitoring multi-service fusion platform.
Again, introduce video monitoring service system template mechanism in platform, formulate the individualized video monitoring business system that can fast customer demand be gone out to meet the requirements of the customers via the infrastructure component combine by template, carry out the operation system rapid deployment to virtual hardware environment by template instances, realize the online implementing operation.Because each operation system is independent of one another, single operation system is reached the standard grade, upgrading, dilatation, cancel and the generation systems internal error can not affect other operation systems and normally moves, and guarantees independent, safety, the stability of single video monitoring service system.The video surveillance management system can be easily upgrades and transforms any video monitoring service system by adding virtual hardware resource and functional unit.
At last, platform united net management system can carry out unified monitoring and maintenance to the video monitoring service system of each independent operating, reduces the maintenance cost of single operation system, embodies the powerful operation vitality of platform.Contain the network management function assembly in infrastructure component, as long as operation system is added this assembly when customization, and permission accesses the united net management gateway in networking, the network management function assembly by with other functional unit exchange messages, realization to the united net management system, and can receive operation system ruuning situation real-time report the instruction that " united net management system " send and carries out system maintenance work.
Above act preferred embodiment; the purpose, technical solutions and advantages of the present invention are further described; institute is understood that; the above is only preferred embodiment of the present invention; not in order to limit the present invention; within the spirit and principles in the present invention all, any modification of doing, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.
Claims (11)
1. a video monitoring multi-service fusion platform, is characterized in that, comprising: internal network platform INP and business network platform BNP, wherein,
INP is used for carrying out the management of hardware resource, life cycle management and the foundation of BNP virtual network topology and the maintenance of video monitoring virtual ability resource;
BNP is for the video monitoring virtual ability resource of calling INP, for dissimilar user's different business is set up different video monitoring virtual networks and carries out video monitoring.
2. video monitoring multi-service fusion platform as claimed in claim 1, it is characterized in that, the hardware resource management of described INP is completed at hardware layer by cloud computing resource management system, the life cycle management of described video monitoring virtual ability resource is completed at resource virtual pool layer by cloud computing resource management system, and in described BNP, virtual network topology is set up and safeguards and completed by cloud computing resource management system.
3. video monitoring multi-service fusion platform as claimed in claim 2, is characterized in that, described by cloud computing resource management system when hardware layer is completed hardware resource management, described cloud computing resource management system comprises:
The hardware layer administration module is used for entity device is updated to hardware layer, completes the registration of the hardware relevant information of entity device in hardware layer and safeguards the hardware life cycle;
The video monitoring front end equipment IAD is used for access video front watch-dog;
The client IAD is used for video surveillance management system with BNP and carries out network with client and be connected;
The mobile phone gateway is used for the video monitoring service data are sent to mobile phone;
Business operation support system BOSS interface is used for docking with BOSS.
4. video monitoring multi-service fusion platform as claimed in claim 2, it is characterized in that, during the life cycle management of the described video monitoring virtual ability resource of being completed at resource virtual pool layer by cloud computing resource management system, described cloud computing resource management system comprises:
Third party's virtualization software interface is used for realizing virtual to the hardware resource of hardware layer by calling the third party's virtualization software that has arranged;
The virtual unit of computing capability, be used for the third party's virtualization software that has arranged by third party's virtualization software interface interchange, hardware resource in hardware layer is invented independently video monitoring server, add in resource virtual pool layer, video monitoring virtual ability resource is provided;
The Storage Virtualization unit, be used for the third party's virtualization software that has arranged by third party's virtualization software interface interchange, with the hardware resource in hardware layer virtual be memory device, add in resource virtual pool layer the virtual memory capability resource that corresponding virtual ability Resource Supply is corresponding to;
The network virtualization unit, be used for the third party's virtualization software that has arranged by third party's virtualization software interface interchange, with in hardware layer hardware resource virtually be virtual switch independently, add in resource virtual pool layer, be connected to video monitoring virtual ability resource and corresponding virtual memory that video monitoring service distributes;
Resource running state monitoring unit is used for the monitoring state to hardware layer and resource virtual pool layer, offers BNP.
5. video monitoring multi-service fusion platform as claimed in claim 4, is characterized in that, describedly completed in BNP by cloud computing resource management system that virtual network topology is set up and when safeguarding, described cloud computing resource management system comprises:
Virtual resource is set up and allocation units, is used for calling computing capability virtual unit, Storage Virtualization unit and network virtualization unit according to type of user one business information that BNP will monitor, and carries out foundation and the distribution of virtual resource;
Virtual resource reclaims and cancels the unit, is used for the virtual resource of distributing to this business is reclaimed or cancels;
Virtual resource inquiry and statistic unit are used for the virtual resource information in inquiry hardware layer hardware resource and resource virtual pool layer.
6. video monitoring multi-service fusion platform as claimed in claim 4, is characterized in that, described computing capability virtual unit adopts when the hardware resource in hardware layer is invented independently video monitoring server, adopts multistage unit ability granularity division.
7. video monitoring multi-service fusion platform as claimed in claim 1, is characterized in that, described BNP is comprised of video monitoring service system layer, video surveillance management system and united net management system, wherein,
Described video surveillance management system, be used for calling the video monitoring virtual ability resource of INP, set up the video monitoring service system that generates instantiation after the video monitoring virtual network for dissimilar user's different business, be arranged in the video monitoring service system layer, when carrying out video monitoring, call the video monitoring service system of instantiation from the video monitoring service system layer, carry out video monitoring;
Described video monitoring service system layer is for the video monitoring service system of storage instantiation;
The unified gateway system is used for the ruuning situation of the video monitoring service system of monitoring INP and instantiation.
8. video monitoring multi-service fusion platform as claimed in claim 7, is characterized in that, described video surveillance management system comprises:
Video monitoring service system template infrastructure component is used for defining and storing the video monitoring service system function software on basis and virtual resource unit's ability quantity of correspondence;
The model customization unit is used for the assembly of video monitoring service system template infrastructure component need to be extracted according to video monitoring service, and defines network topology structure between the assembly that extracts, and the template stores that customizes out is in ATL;
The Template Manager unit is used for administrative template interpolation, renewal, inquiry and life cycle management;
ATL is used for depositing the good template that customizes;
Template instances for the template of completing being deployed to the virtual resource of corresponding INP, is completed the video monitoring of certain business;
Cancel the instantiation unit, be used for the video monitoring service system of the instantiation of video monitoring service system layer is closed, and the cloud computing resource management system that calls INP reclaims all virtual resources of correspondence;
Video monitoring service platform is set up the unit, is used for choosing template for some business from ATL, calls the video monitoring service system that instantiation is completed in the template instances unit;
The video monitoring service platform administrative unit is used for the video monitoring service system of the instantiation of video monitoring service system layer is managed, and comprises the video monitoring service system maintenance upgrading of instantiation and reclaims;
Video client monitor supervision platform deployment unit is used for off-gauge video monitoring service system is completed the video monitoring service system of instantiation.
9. the solution of a video monitoring multi-service fusion, is characterized in that, internal network platform INP and business network platform BNP are set,
Obtain video monitoring virtual ability resource after INP is virtual with hardware resource, offer BNP;
The video monitoring virtual ability resource that BNP will obtain from INP is for dissimilar user's different business distributes, for dissimilar user's different business is set up different video monitoring virtual networks and carries out video monitoring.
10. the solution of video monitoring multi-service fusion as claimed in claim 9, is characterized in that, described hardware resource comprises: storage resources and the Internet resources of hardware capabilities resource, correspondence;
The described video monitoring virtual ability resource that obtains comprises: storing virtual resource and the virtual network resource of computing capability virtual resource, correspondence.
11. the solution of video monitoring multi-service fusion as claimed in claim 9 is characterized in that, the method also comprises:
Cancel or reclaim obtaining video monitoring virtual ability resource;
Cancel or reclaim setting up different video monitoring virtual networks.
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