CN103186411A - Virtual machine configuration method and server system using same - Google Patents
Virtual machine configuration method and server system using same Download PDFInfo
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- CN103186411A CN103186411A CN2011104613260A CN201110461326A CN103186411A CN 103186411 A CN103186411 A CN 103186411A CN 2011104613260 A CN2011104613260 A CN 2011104613260A CN 201110461326 A CN201110461326 A CN 201110461326A CN 103186411 A CN103186411 A CN 103186411A
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Abstract
The invention discloses a virtual machine configuration method and a server system using the same. The virtual machine configuration method is suitable for the server system. The server system is provided with a plurality of nodes. The virtual machine configuration method comprises the following steps: collecting related information of a plurality of virtual machines, wherein the virtual machines are configured in the nodes according to one of a plurality of configuration strategies and included in at least one virtual cluster; analyzing the related data of the virtual machines to obtain the virtual cluster characteristics corresponding to the at least one virtual cluster; correspondingly obtaining a new configuration strategy from the configuration strategies according to the virtual cluster characteristics; and redistributing the virtual machines to the corresponding nodes according to the new configuration strategy.
Description
Technical field
The present invention relates to a kind of collocation method of virtual machine, particularly the server system of a kind of collocation method of virtual machine and this method of use.
Background technology
Along with development of science and technology, can make computing machine all over the world connect by the Internet.Computing machine just can carry out the action such as exchange, access of data with another computing machine by network connectivity.On client and server system architecture, client and server are to link up by network.
In general, server system may be configured with a plurality of nodes, and each node moves a plurality of virtual machines simultaneously, and (Virtual Machine VM), uses offering independently environment of operation of each user.And each node can be considered separately independently computing machine, also is that each node has memory body, storage area, arithmetic capability and network connecting function.Therefore, each node can move operating system alone, and also can link up and data transmission by network switch (Switch) between each node.
Yet, after server system architecture finishes, the virtual machine of the required configuration of each intranodal can be configured according to the configuration mode that former factory sets, the user also can't look its demand and the configuration mode of selected suitable virtual machine, also be which node virtual machine should be disposed on to move, and cause not convenient in the use.Though prior art can allow the user select configuration mode to provide, so that being configured on the suitable node, virtual machine moves, and this still needs the user to adjust in manual mode, still can cause the not convenient of use.
Summary of the invention
In view of above problem, the server system of the collocation method that the object of the present invention is to provide a kind of virtual machine and this method of use, using can be according to the operating state of server system, and adjusts the configuration of virtual machine automatically, to increase the convenience that uses.
The collocation method of a kind of virtual machine of the present invention, be suitable for server system, this server system has a plurality of nodes, for example is i.e. service (Infrastructure as a Service, counter formula (Container) data center (Data Center) IaaS) of providing infrastructures.The collocation method of virtual machine comprises the following steps.Collect the relevant information of a plurality of virtual machines, wherein these virtual machines according to a plurality of collocation strategies one of them and be disposed at aforementioned nodes, and aforementioned virtual machine is included at least one virtual gathering together.Related data to virtual machine is analyzed, to obtain corresponding at least one virtual virtual characteristic of gathering together of gathering together.According to the virtual characteristic of gathering together, by the collocation strategy that makes new advances of correspondence in the aforementioned arrangements strategy.According to new collocation strategy, virtual machine is reassigned to corresponding node.
In one embodiment, aforementioned new collocation strategy comprises that system effectiveness is preferential, it is preferential to download, it is preferential to upload.
In one embodiment, the aforementioned step that virtual machine is reassigned to corresponding node comprises virtual machine is concentrated the node that is dispensed to part and those nodes nearer apart from router.
In one embodiment, the relevant information of aforementioned virtual machine comprises the traffic between the virtual machine, the data volume of virtual machine transmission and the data volume that virtual machine receives.
In one embodiment, the collocation method of aforementioned virtual machine also comprises the following steps.Whether detect has enable signal.When having detected enable signal, then enter according to new collocation strategy, the virtual machine branch is reassigned to the step of corresponding node.When detecting no enable signal, then enter the step of the relevant information of collecting a plurality of virtual machines.
The present invention proposes a kind of server system in addition, comprises a plurality of nodes, exchanger unit, database and control module.Aforementioned nodes disposes a plurality of virtual machines, and wherein these virtual machines are included at least one virtual gathering together.Exchanger unit couples aforementioned nodes.Database is in order to store a plurality of collocation strategies.Control module couples exchanger unit and database, in order to collect the related data of virtual machine, and related data analyzed, to obtain corresponding at least one virtual virtual characteristic of gathering together of gathering together, again according to the virtual characteristic of gathering together in aforementioned a plurality of collocation strategy correspondences collocation strategy that makes new advances, according to new collocation strategy, virtual machine is reassigned to corresponding node afterwards.
In one embodiment, the aforementioned arrangements strategy comprises that system effectiveness is preferential, it is preferential to download and uploads preferential.
In one embodiment, aforementioned server system comprises that also router and exchanger unit comprise a plurality of interchangers, router be coupled to interchanger one of them, and control module is dispensed to virtual machine node and the node that couples of the interchanger nearer apart from router of part.
In one embodiment, the relevant information of aforementioned virtual machine comprises the traffic between the virtual machine, the data volume of virtual machine transmission and the data volume that virtual machine receives.
In one embodiment, aforementioned control module detects also whether enable signal is arranged, when having detected enable signal, control module is then according to new collocation strategy, the virtual machine branch is reassigned to corresponding node, when detecting no enable signal, control module continues to collect the relevant information of virtual machine.
The server system of the collocation method of virtual machine of the present invention and this method of use, by collecting the relevant information of virtual a plurality of virtual machines of gathering together, and obtain the corresponding virtual virtual characteristic of gathering together of gathering together accordingly, go out a new collocation strategy by correspondence in a plurality of collocation strategies again, so that virtual machine is redistributed, and be configured to corresponding node.Thus, dynamic mobile virtual machine is to adjust server system to suitable operating state, to increase the convenience that uses.
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as a limitation of the invention.
Description of drawings
Fig. 1 is the block scheme of server system of the present invention;
Fig. 2 is the collocation method process flow diagram of virtual machine of the present invention;
Fig. 3 is the collocation method process flow diagram of another virtual machine of the present invention.
Wherein, Reference numeral
100 server systems
110_1～110_N node
120 exchanger units
121_1～121_N interchanger
130 databases
140 control modules
150 routers
160_1～160_M zone
170_1～170_L rack
180 networks
190 clients
Embodiment
Below in conjunction with accompanying drawing structural principle of the present invention and principle of work are done concrete description:
Please refer to shown in Figure 1ly, it is the block scheme of server system of the present invention.The server system 100 of present embodiment can move a high in the clouds operating system (cloud operation system, cloud OS), and for example be i.e. service (Infrastructure as a Service, counter formula (Container) data center (Data Center) IaaS) of providing infrastructures.Server system 100 comprises a plurality of node 110_1～110_N, exchanger unit 120, database 130 and control module 140 and router (router) 150, and wherein N is the positive integer greater than 1.
In the present embodiment, can (for example node 110_1～110_3) be considered as a set, and for example definition space that these nodes are ccontaining is zone (zone) 160_1 with several nodes.Hence one can see that, and the node 110_1～110_N of present embodiment can form a plurality of regional 160_1～160_M, wherein M＜N.And, can be again (for example regional 160_1～160_2) is considered as a set, and for example definition space that these zones are ccontaining is rack (rack) 170_1 with several zones.Hence one can see that, and the regional 160_1～160_M of present embodiment can form a plurality of rack 170_1～170_L, wherein L＜M.
For convenience of description, only show rack 170_1 among Fig. 1 and have regional 160_1～160_2, zone 160_1 has node 110_1～110_3, rack 170_L has regional 160_M-1～160_M, zone 160_M has node 110_N-2,110_N-1,110_N, also namely having 3 nodes and each rack with each zone, to have 2 zones be example, but the present invention's invention is not limited to aforementioned enforcement aspect, in fact can adjust accordingly with the volume size in zone according to different racks.
Have a plurality of collocation strategies in the database 130.In the present embodiment, collocation strategy can comprise that security of system (security) is preferential, system effectiveness (performance) is preferential, download (download) is preferential, it is preferential preferential with last download to upload (upload).These collocation strategies complete in server system 100 and default in the database 130 and can be manufacturer, or server system 100 can provide figure user interface (graphic user interface, GUI), set up the self-defining collocation strategy of user in addition for the user.That is to say that the user sets up the collocation strategy of different degree of priority according to its demand.
For instance, the user can be preferential with system effectiveness, download preferential with upload preferential degree be made as " height ", " in " with " low " so that server system 100 can be set the configuration mode of virtual machine accordingly.In addition, the self-defining collocation strategy of user also can comprise " system effectiveness degree of priority, upload degree of priority, download degree of priority " simultaneously.For instance, when collocation strategy is " high, high, height ", representing the system effectiveness degree of priority, uploading degree of priority all is " height " with downloading degree of priority, also be that the virtual machine in virtual the gathering together needs a large amount of operational datas, and virtual gathering together need externally be carried out data communication in a large number.
When collocation strategy is " in, in, in ", expression system effectiveness degree of priority, upload degree of priority with download degree of priority all be " in ", also be that the virtual interior virtual machine of gathering together needs suitable operational data, and virtual gathering together need suitably externally be carried out communication.When collocation strategy was " low, low, low ", representing the system effectiveness degree of priority, uploading degree of priority all was " low " with downloading degree of priority, represent that the virtual machine in virtual the gathering together is seldom measured operational data, and virtual gathering together is seldom externally carried out communication.
Control module 140 couples exchanger unit 120 (for example interchanger 121_1) and database 130.In the present embodiment, after server system 100 configurations are finished, control module 140 for example receives configuration-direct (for example look its demand by the user and pass through the generation of figure user interface), and in collocation strategy, obtain one as selecting collocation strategy according to configuration-direct, again according to aforesaid selection collocation strategy, with at least one virtual gathering together (virtual cluster, VC) a plurality of virtual machines (virtual machine, VM) be dispensed to corresponding node 110_1～110_N, but make server system 100 normal operations.
Then, control module 140 can be collected the relevant information of aforementioned virtual virtual machine of gathering together.Wherein, the relevant information of virtual machine comprises the traffic between the virtual machine, the data volume of virtual machine transmission and the data volume that virtual machine receives.Afterwards, control module 140 can be analyzed the relevant information of virtual machine, to obtain corresponding this virtual virtual characteristic of gathering together of gathering together, again according to the virtual characteristic of gathering together, by the collocation strategy that makes new advances of correspondence in a plurality of collocation strategies in the database 130.Then, control module 140 is redistributed virtual machine and be dispensed to corresponding node 110_1～110_N again according to new collocation strategy.
In one embodiment, after obtaining new collocation strategy, control module 140 also can detect an activation signal.When having detected enable signal, 140 new collocation strategies of foundation of control module reassign to corresponding node with virtual machine.Otherwise, when detecting no enable signal, 140 of control modules can not redistributed virtual machine, and the related data of collecting aforementioned virtual virtual machine of gathering together constantly, to obtain a corresponding new collocation strategy again, till having detected enable signal.
Router one 50 couples exchanger unit 120, be sent to client (client) 190 in order to the data with each node by network (internet) 180, perhaps will receive the data that client 190 transmits by network 180, and its data that receive will be sent to each node by exchanger unit 120.And the router one 50 of present embodiment can comprise output router (outgoing router) and input router (ingoing router).Wherein, the output router can be sent to client 190 by network 180 with the data of each node, and input router can receive the data that client 190 transmits by network 180, and the data that input router receives can be sent to each node via exchanger unit 120 again.Thus, control module 140 can be according to the running of server system 100 the dynamic position of mobile virtual machine, make server system 100 be adjusted to suitable operating state.In addition, control module 140 also visual user's demand determines whether to adjust the operating state of server system 100, and then increases the convenience that uses.
Next, the operation of server system 100 of the present invention will be further specified.
At first, after server system 100 configurations were finished, the user set up aforesaid virtual gathering together by figure user interface, and this virtual gathering together has a plurality of virtual machines.Then, the user produces configuration-direct (being the allocation plan of virtual machine) by figure user interface again, and is received by control module 140.Afterwards, control module 140 can be obtained corresponding collocation strategy according to configuration-direct in database 130, with the configuration of the virtual machine be scheduled to, so that server system 100 normal operations.
When collocation strategy is system effectiveness when preferential, expression need be concentrated the node that is dispensed to part with virtual machine.For instance, control module 140 can preferentially be disposed at all virtual machines same node (for example node 110_1).In another embodiment, if the quantity of the virtual machine that node 110_1 can dispose has reached the upper limit, then further remaining virtual machine is disposed at another node 110_2 in the same area 160_1.Then, if the quantity of the virtual machine that all the node 110_1～110_3 in the regional 160_1 can dispose has all reached the upper limit, then further remaining virtual machine is disposed at a node (110_4 for example of another the regional 160_2 in the same rack 170_1, do not illustrate), by that analogy, finish up to all virtual machine configurations.That is to say, be system effectiveness when preferential when selecting collocation strategy, then all virtual machines all is disposed at same node, so that server system 100 can be finished a large amount of arithmetic operations as far as possible.
When collocation strategy is the system effectiveness of degree " height " when preferential, expression need be disposed at virtual machine same rack, the same area and same node in regular turn.Therefore, control module 140 for example is disposed at all virtual machines rack 170_1, regional 160_1 and node 110_1 as far as possible in regular turn.When select collocation strategy be degree " in " system effectiveness when preferential, expression need be disposed at virtual machine same rack, the same area and different nodes in regular turn.Therefore, control module 140 for example is disposed at all virtual machines rack 170_1, regional 160_1～160_2 and node 110_1～110_6 in regular turn.
Be the system effectiveness of degree " low " when preferential when selecting collocation strategy, expression need be disposed at virtual machine same rack, zones of different and different nodes in regular turn.Therefore, control module 140 for example is disposed at virtual machine rack 170_1, regional 160_1～160_M and node 110_1～110_N in regular turn.
When collocation strategy is preferential for downloading preferentially and uploading, then need virtual machine is disposed at the node that couples apart from router one 50 nearer interchangers.Therefore, control module 140 virtual machines are disposed at the node that couples apart from router one 50 nearer interchangers (for example interchanger 121_1).Wherein, when control module 140 is disposed at the node that couples apart from the nearer interchanger 121_1 of output router with virtual machine, server system 100 can utilize virtual machine via network 180 data to be sent out in a large number, also is that client 190 can be downloaded lot of data to server system 100 by network 180.
In addition, when control module 140 is disposed at the node that the interchanger 121_1 nearer apart from input router couple with virtual machine, server system 100 can also be that client 190 can upload the data to server system 100 by network 180 in a large number via obtaining demand for services (service requests) or data (data) in the network 180.In addition, when control module 140 is disposed at virtual machine the node that the interchanger 121_1 nearer apart from input router and output router couples simultaneously, so that server system 100 can utilize virtual machine data to be sent out (namely being sent to client 190) via network 180 in a large number, and simultaneously in a large number via obtaining demand for services or data in the network 180.
When select collocation strategy be the download of degree " height " preferential with upload when preferential, control module 140 can be disposed at virtual machine the node that couples apart from the nearer interchanger 121_1 of router one 50 (output router, input router and output router and input router).Thus, server system 100 can transmit or receive data in a large number.
When select collocation strategy be degree " in " download preferential with upload when preferential, control module 140 can be disposed at virtual machine the node that couples apart between the nearer interchanger 121_1 of router one 50 (output router, input router and output router and input router) and the interchanger 121_N.Thus, the transmission that server system 100 can be moderate or reception data.When select collocation strategy be the download of degree " low " preferential with upload when preferential, control module 140 can be disposed at virtual machine the node that couples apart between router one 50 (output router, input router and output router and input router) the interchanger 121_N far away.Thus, the transmission that server system 100 can be in a small amount or receive data.
In addition, when select collocation strategy be respectively " high, high, height ", the time, control module 140 can be disposed at same rack, the same area and same node with virtual machine, and virtual machine can be disposed at the node that couples apart from router one 50 nearer interchangers (for example 121_1).When to select collocation strategy be " in, in, in ", control module 140 can be disposed at same rack, the same area and different nodes with virtual machine, and virtual machine can be disposed at the node that couples apart between the nearer interchanger (for example 121_1) of router one 50 and the interchanger (for example 121_N).
When selecting collocation strategy to be " low, low, low ", control module 140 can be disposed at same rack, zones of different and different nodes with virtual machine, and virtual machine can be disposed at the node that couples apart between router one 50 interchanger (for example 121_N) far away.
Then, in the related data that control module 140 can be collected aforementioned virtual virtual machine of gathering together, just collect the data volume of traffic between the virtual machine, virtual machine transmission and the data volume that virtual machine receives.Wherein, the traffic between the virtual machine is expressed as the operation efficiency of the data of server system 100; The data volume that virtual machine transmits is represented to transmit data to the data volume of client 190 via router one 50 by network 180; The data volume that virtual machine receives represents to receive by network 180 via router one 50 data volume of the data that clients transmit.
Afterwards, control module 140 can be analyzed the data volume of traffic, virtual machine transmission between the virtual machine and the data volume that virtual machine receives, also namely compare with a preset value respectively, with distinguish " data volume that the data volume that traffic between the virtual machine, virtual machine transmit and virtual machine receive " be " height ", " in " with " low ", also be the virtual virtual characteristic of gathering together of gathering together of correspondence.
Then, control module 140 can be according to the virtual characteristic of gathering together, the correspondence collocation strategy that makes new advances in a plurality of collocation strategies in database 130.For instance, when the virtual characteristic of gathering together is " high, high, height ", represent that the virtual machine in virtual the gathering together needs a large amount of operational datas, and virtual gathering together need externally be carried out data communication in a large number, and correspondence goes out the system effectiveness degree of priority so control module 140 is understood accordingly, upload degree of priority all is the new collocation strategy of " height " with downloading degree of priority.Afterwards, control module 140 is the new collocation strategy of " high, high, height " in regular turn, and virtual machine is reassigned to corresponding node 110_1～110_N.
When the virtual characteristic of gathering together is " high and low, height ", represent that the virtual machine in virtual the gathering together needs a large amount of operational datas, and virtual gathering together need externally be carried out data communication on a small quantity and received external data in a large number, thus control module 140 accordingly correspondence to go out the system effectiveness degree of priority, upload degree of priority all be the new collocation strategy of " high and low, height " with downloading degree of priority.Afterwards, control module 140 is the new collocation strategy of " high and low, height " in regular turn, and virtual machine is reassigned to corresponding node 110_1～110_N.Thus, control module 140 can be according to the running of server system 100 and dynamic mobile virtual machine, makes server system 100 be adjusted to suitable operating state.
In addition, after obtaining new collocation strategy, control module 140 can further detect an activation signal.Wherein, enable signal for example can be produced by figure user interface by the user, so that whether control adjust the configuration of the virtual machine in node 110_1～110_N with new collocation strategy.When having detected enable signal, 140 new collocation strategies of foundation of control module reassign to corresponding node with virtual machine.Otherwise, when detecting no enable signal, 140 of control modules can not redistributed virtual machine, and the related data of collecting aforementioned virtual virtual machine of gathering together constantly, to obtain a corresponding new collocation strategy again, till having detected enable signal.Thus, control module 140 also visual user's demand determines whether to adjust the operating state of server system 100, and then increases the convenience that uses.
By the explanation of previous embodiment, can summarize a kind of collocation method of virtual machine.Please refer to shown in Figure 2ly, it is the collocation method process flow diagram of virtual machine of the present invention.The collocation method of present embodiment is applicable to server system, and this server system has a plurality of nodes.
In step S210, collect the relevant information of a plurality of virtual machines, wherein aforementioned virtual machine according to a plurality of collocation strategies one of them and be disposed at aforementioned a plurality of node, and virtual machine is included at least one virtual gathering together.In step S220, the related data of virtual machine is analyzed, to obtain corresponding at least one virtual virtual characteristic of gathering together of gathering together.In step S230, according to the virtual characteristic of gathering together, by the collocation strategy that makes new advances of correspondence in the collocation strategy.In step S240, according to new collocation strategy, virtual machine is reassigned to corresponding node.
In the present embodiment, the aforementioned arrangements strategy comprises that system effectiveness is preferential, it is preferential to download and uploads preferential.The relevant information of virtual machine comprises the traffic between the virtual machine, the data volume of virtual machine transmission and the data volume that virtual machine receives.In addition, step S240 further concentrates virtual machine and is dispensed to node partly and the node nearer apart from router.Thus, can make server system have efficient and speed of information exchange preferably, to increase the convenience that uses.
Please refer to shown in Figure 3ly, it is the collocation method process flow diagram of another virtual machine of the present invention.The collocation method of present embodiment is applicable to server system, and this server system has a plurality of nodes.
In step S310, collect the relevant information of a plurality of virtual machines, wherein aforementioned virtual machine according to a plurality of collocation strategies one of them and be disposed at aforementioned a plurality of node, and virtual machine is included at least one virtual gathering together.In step S320, the related data of virtual machine is analyzed, to obtain corresponding at least one virtual virtual characteristic of gathering together of gathering together.In step S330, according to the virtual characteristic of gathering together, by the collocation strategy that makes new advances of correspondence in the collocation strategy.
Whether in step S340, detecting has an activation signal.When having detected enable signal, then enter S350, according to new collocation strategy, virtual machine is reassigned to corresponding node.And when detecting no enable signal, then reenter step S310, continue to collect the relevant information of a plurality of virtual machines, and carry out follow-up analysis to obtain another collocation strategy, till having detected enable signal and having entered step S350.
In addition, after step S350 is complete, can return step S310, collect the relevant information of a plurality of virtual machines again, and repeat step S310～S350, to obtain new collocation strategy again.Then, according to the new collocation strategy of obtaining again, again virtual machine is reassigned to corresponding node, make server system further be adjusted to suitable operating state.Afterwards, after step S350 is complete again, can return step S310, to proceed the associative operation that reconfigures of virtual machine.
In the present embodiment, the aforementioned arrangements strategy comprises that system effectiveness is preferential, it is preferential to download and uploads preferential.The relevant information of virtual machine comprises the traffic between the virtual machine, the data volume of virtual machine transmission and the data volume that virtual machine receives.In addition, step S350 further concentrates virtual machine and is dispensed to node partly and the node nearer apart from router.Thus, can make server system have efficient and speed of information exchange preferably, to increase the convenience that uses.
The server system of the collocation method of the virtual machine of embodiments of the invention and this method of use, by collecting the relevant information of virtual a plurality of virtual machines of gathering together, and obtain the corresponding virtual virtual characteristic of gathering together of gathering together accordingly, go out a new collocation strategy by correspondence in a plurality of collocation strategies again, so that virtual machine is redistributed, and be configured to corresponding node.Thus, dynamic mobile virtual machine is to adjust server system to suitable operating state.In addition, also visual user's demand (for example enable signal) determines whether to adjust the operating state of server system, and then increases the convenience that uses.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.
Claims (10)
1. the collocation method of a virtual machine is suitable for a server system, and this server system has a plurality of nodes, it is characterized in that, the collocation method of this virtual machine comprises:
Collect the relevant information of a plurality of virtual machines, wherein those virtual machines according to a plurality of collocation strategies one of them and be disposed at those nodes, and those virtual machines are included at least one virtual gathering together;
Relevant information to those virtual machines is analyzed, to obtain should an at least one virtual virtual characteristic of gathering together of gathering together;
According to this virtual characteristic of gathering together, go out a new collocation strategy by correspondence in those collocation strategies; And
According to this new collocation strategy, those virtual machines are reassigned to those corresponding nodes.
2. the collocation method of virtual machine according to claim 1 is characterized in that, this new collocation strategy comprises that system effectiveness is preferential, it is preferential to download and uploads preferential.
3. the collocation method of virtual machine according to claim 1 is characterized in that, the step that those virtual machines is reassigned to those corresponding nodes comprises:
Those virtual machines are concentrated those nodes and those the nearer nodes of distance one router that are dispensed to part.
4. the collocation method of virtual machine according to claim 1 is characterized in that, the relevant information of those virtual machines comprises the traffic between those virtual machines, the data volume of those virtual machines transmission and the data volume that those virtual machines receive.
5. the collocation method of virtual machine according to claim 1 is characterized in that, also comprises:
Whether detect has an activation signal;
When having detected this enable signal, then enter according to this new collocation strategy, those virtual machines are reassigned to the step of those corresponding nodes; And
Do not have this enable signal when detecting, then enter the step that this collects the relevant information of a plurality of virtual machines.
6. a server system is characterized in that, comprising:
A plurality of nodes dispose a plurality of virtual machines, and wherein those virtual machines are included at least one virtual gathering together;
One exchanger unit couples those nodes;
One database is in order to store a plurality of collocation strategies; And
One control module, couple this exchanger unit and this database, in order to collect the related data of those virtual machines, and this related data analyzed, to obtain should an at least one virtual virtual characteristic of gathering together of gathering together, go out a new collocation strategy according to this virtual characteristic of gathering together in those collocation strategy correspondences again, afterwards according to this new collocation strategy, those virtual machines are reassigned to those corresponding nodes.
7. server system according to claim 6 is characterized in that, this new collocation strategy comprises that system effectiveness is preferential, it is preferential to download and uploads preferential.
8. server system according to claim 6, it is characterized in that, this server system comprises that also a router and this exchanger unit comprise a plurality of interchangers, this router be coupled to those interchangers one of them, and this control module is dispensed to those virtual machines those nodes and those nodes of coupling of this interchanger nearer apart from this router of part.
9. server system according to claim 6 is characterized in that, the relevant information of those virtual machines comprises the traffic between those virtual machines, the data volume of those virtual machines transmission and the data volume that those virtual machines receive.
10. server system according to claim 6, it is characterized in that, this control module detects also whether an activation signal is arranged, when having detected this enable signal, this control module is then according to this new collocation strategy, those virtual machines are reassigned to those corresponding nodes, and when detecting this enable signal of nothing, this control module continues to collect the relevant information of those virtual machines.
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Application publication date: 20130703 |