CN102523117A - Network management method applied in cloud environment - Google Patents
Network management method applied in cloud environment Download PDFInfo
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- CN102523117A CN102523117A CN2011104277908A CN201110427790A CN102523117A CN 102523117 A CN102523117 A CN 102523117A CN 2011104277908 A CN2011104277908 A CN 2011104277908A CN 201110427790 A CN201110427790 A CN 201110427790A CN 102523117 A CN102523117 A CN 102523117A
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Abstract
The invention discloses a network management method applied in a cloud environment. The method is characterized in that: a. a cloud platform selects one or more computing nodes as an intermediate node from the computing nodes registered locally; b. the cloud platform distributes one or more computing nodes for the intermediate node so as to form an intermediate node sub-management domain; c. the cloud platform sends grouping which comprises data and a program of computing node information to the intermediate node; d. the intermediate node operates the program in the grouping, completes virtual machine configuration of the node itself and forms virtual node resources; e. the virtual node resources of the intermediate node are connected with a virtual network management module of the cloud platform so as to form a virtual peer-to-peer (P2P) network; the virtual network management module of the cloud platform manages the P2P network; f. the virtual machine of the intermediate node forms a virtual P2P sub-network with the computing node of the sub-management domain through a P2P networking engine of the intermediate node itself; the virtual network management module of the intermediate node manages the P2P sub-network.
Description
Technical field
The present invention relates to the network management technology field, particularly a kind of network management that is applied to cloud environment.
Background technology
P-2-P technology (peer-to-peer is called for short P2P) is claimed reciprocity internet technique again, is a kind of network new technology, participant's computing capability and bandwidth in the dependency network, rather than a dependence all accumulates on less several station servers.The P2P technology has been strengthened the reliability and the autgmentability of distributed computing fabric, is that the basis is located and released news and makes Web service just become the basis of service sharing framework in the distributed environment with the P2P network.
Cloud computing is used for describing simultaneously perhaps one type application program of a system platform. and the platform of a cloud computing is dynamically disposed (provision), configuration (configuration) as required, is reconfigured (reconfigure) and cancellation service (deprovision) etc.Server in cloud computing platform can be server or the virtual server of physics. senior calculating cloud comprises some other computational resource usually; Storage area network (SANs) for example; The network equipment; Fire compartment wall and other safety means etc. application facet is being described in cloud computing, and it has described a kind of extendible application program that can conduct interviews through the Internet Internet." cloud application " uses the server of large-scale data center and powerful in function to come operational network application program and network service.Any one user can just can visit a cloud computing application program through suitable internet access facility and a standard browser.
Summary of the invention
The object of the invention proposes to be applied to the network management new method of cloud environment to the characteristics of cloud computing, solves that various a large amount of clouds are born and the visit capacity that causes is excessive, the cloud load is overweight and the generation of the overweight problem of cloud that causes.
The present invention realizes through following scheme:
A kind of network management that is applied to cloud environment is characterized in that, comprises step:
A). the cloud platform selects one or above computing node as intermediate node from the computing node of this locality registration;
B). the cloud platform is that intermediate node distributes one or more computing node to form the sub-management domain of intermediate node;
C). the cloud platform will comprise the data of computing node information and the grouping of program sends to intermediate node;
D). the program during the intermediate node operation is divided into groups, accomplish self virtual machine configuration, form the dummy node resource;
E). the dummy node resource of intermediate node and the virtual network administration module of cloud platform are connected to form virtual P2P network; Cloud platform virtual network administration module is managed this virtual P2P network;
F). the virtual machine of intermediate node is formed virtual P2P sub-network through the computing node of the point-to-point networking engine management domain with it of self; The virtual network administration module of intermediate node is managed this P2P sub-network.
In addition, need close or break away from the cloud platform when intermediate node and administer, intermediate node will include the data of computing node information and the grouping of program is sent to the computing node in its sub-management domain; Program during this computing node operation is divided into groups is accomplished and is configured to form new intermediate node; New intermediate node is accomplished from the cloud platform virtual network administration module that is dynamically connected and is upgraded, and the computing node in the sub-management domain of its new formation is managed;
During application, the cloud platform is with the dummy node resource of calculative load allocating to intermediate node; Intermediate node is born the part computational load, simultaneously remaining computational load is dispensed to the computing node in its sub-management domain.
The present invention in sum has following distinguishing feature:
1. cloud platform and intermediate node form virtual P2P network, and the cloud platform only carries out the straight-forward network management to intermediate node;
2. intermediate node is managed the computing node in the body management domain, and the excess load problem that control caused during effectively solution was too converged also guarantees the performance of cloud computing technical advantage simultaneously.
3. dynamic dummy node method for managing resource.
Description of drawings
Fig. 1 is cloud platform and computing node distribution schematic diagram;
Fig. 2 is the Organization Chart of virtual system.
Embodiment
With reference to figure 1, the inventive method is applied to cloud environment medium cloud platform and computing node distributes.The cloud platform refers to use the cloud computing technology and combines industry requirement and the diverse network platform that forms.Computing node refers to indirectly or directly receive the terminal or the server of cloud platform distribution of computation tasks; Intermediate node is directly managed by the cloud platform, and has the sub-management domain of subordinate, and ability antithetical phrase management domain carries out the computing node of distribution of computation tasks.When using the inventive method, with the virtual management network that forms two kinds of P2P, i.e. virtual management network between the interior computing node of virtual management network between cloud platform and the intermediate node, intermediate node and sub-management domain.
With reference to figure 2, during embodiment of the present invention, the framework of the virtual technology that cloud platform, intermediate node, computing node three adopt.It comprises application layer, alternation of bed, infrastructure layer, resource layer.Wherein, the service that provides through lower floor of the various application programs of application layer realizes the network function that self is more complicated; Alternation of bed is used the client utility of infrastructure layer function to the application on user or upper strata; Infrastructure layer mainly comprises the virtual network supervisor, and the virtual network supervisor is made up of point-to-point networking engine and virtual network administration module.Point-to-point networking engine realizes utilizing the mechanism of P2P to carry out the function of framework network, and the virtual network administration module mainly is responsible for virtual machine node information in the virtual machine network is managed and coordinated.Resource layer comprises the resources of virtual machine of actual physical resource and encapsulation, mainly is the actual physics network node that makes up the virtual network node.
With reference to figure 2, the virtual network supervisor in the infrastructure layer is to realize important execution body of the present invention.Its point-to-point networking engine upwards provides a virtual network interface, and this network interface can distribute the IP in the Virtual Private Network scope for node, and from virtual network, obtains packet, also can in network, import data; The function that realizes comprises: is responsible for to registration of virtual network administration module sending node or logout message, and simultaneously
Deletion action provides the control to a plurality of network interface cards to be responsible for adding perhaps accordingly to Microsoft Loopback Adapter; Information such as regular port, IP, subnet mask from virtual network administration module acquisition computing node, and safeguard the virtual network node database; According to transmitting principle message is received or sends; The information such as MAC Address of the IP of the sourcesink main frame of the message that data-base recording receives, port, virtual machine; The MAC database is carried out operations such as updating maintenance.
In the inventive method implementation procedure, steps in sequence is:
Step 1, cloud platform select one or above computing node as intermediate node from the computing node of this locality registration; The quantity of intermediate node can decide according to cloud platform self hardware of server resource.Intermediate node quantity account for overall computing node number 10% or following for suitable scheme.
Step 2, cloud platform are that intermediate node distributes one or more computing node to form the sub-management domain of intermediate node; Intermediate node and sub-management domain adopt the priority allocation of identical IP section, then the priority allocation of approximate professional computing capability are provided.
Step 3, cloud platform will comprise the data of computing node information and the grouping of program sends to intermediate node; Computing node information comprises port, IP, subnet mask, in the identify label of cloud platform, the information such as computational resource type of registration; Program then comprises the program code of realizing that the virtual network supervisor generates and completion is disposed.Transmission course can adopt discrete type (exchanged form able to programme) or integrated-type (packaged type) to carry out.
Step 4, the program during the intermediate node operation is divided into groups forms the virtual network supervisor, and accomplishes self virtual machine configuration, and local hardware resource will form a dummy node resource for the cloud platform and obtain the authority of computing node in the sub-management domain of management.
Step 5, the dummy node resource of intermediate node and the virtual network administration module of cloud platform are connected to form virtual P2P network; Cloud platform virtual network administration module is managed this virtual P2P network.
Step 6, the virtual machine of intermediate node is formed virtual P2P sub-network through the computing node of the point-to-point networking engine management domain with it in the virtual network supervisor of self; The virtual network administration module of intermediate node is managed this P2P sub-network.
Step 7 need be closed or break away from the cloud platform when intermediate node and administered, and intermediate node will include the data of computing node information and the grouping of program is sent to the computing node in its sub-management domain; Program during this computing node operation is divided into groups is accomplished and is configured to form new intermediate node; New intermediate node is accomplished from the cloud platform virtual network administration module that is dynamically connected and is upgraded, and the computing node in the sub-management domain of its new formation is managed.
Step 8, the cloud platform is with the dummy node resource of calculative load allocating to intermediate node; Intermediate node is born the part computational load, simultaneously remaining computational load is dispensed to the computing node in its sub-management domain.
In sum, other implementation detail of the present invention can be implemented according to existing related techniques.
Claims (3)
1. a network management that is applied to cloud environment is characterized in that, comprises step:
A). the cloud platform selects one or above computing node as intermediate node from the computing node of this locality registration;
B). the cloud platform is that intermediate node distributes one or more computing node to form the sub-management domain of intermediate node;
C). the cloud platform will comprise the data of computing node information and the grouping of program sends to intermediate node;
D). the program during the intermediate node operation is divided into groups, accomplish self virtual machine configuration, form the dummy node resource;
E). the dummy node resource of intermediate node and the virtual network administration module of cloud platform are connected to form virtual P2P network; Cloud platform virtual network administration module is managed this virtual P2P network;
F). the virtual machine of intermediate node is formed virtual P2P sub-network through the computing node of the point-to-point networking engine management domain with it of self; The virtual network administration module of intermediate node is managed this P2P sub-network.
2. the network management that is applied to cloud environment as claimed in claim 1 is characterized in that, also comprises step:
G). need close or break away from the cloud platform when intermediate node and administer, intermediate node will include the data of computing node information and the grouping of program is sent to the computing node in its sub-management domain; Program during this computing node operation is divided into groups is accomplished and is configured to form new intermediate node; New intermediate node is accomplished from the cloud platform virtual network administration module that is dynamically connected and is upgraded, and the computing node in the sub-management domain of its new formation is managed.
3. the network management that is applied to cloud environment as claimed in claim 2 is characterized in that, also comprises step:
H). the cloud platform is with the dummy node resource of calculative load allocating to intermediate node; Intermediate node is born the part computational load, simultaneously remaining computational load is dispensed to the computing node in its sub-management domain.
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Application publication date: 20120627 |