CN206790523U - A kind of based on performance requirement and sequence cloud monitoring system - Google Patents
A kind of based on performance requirement and sequence cloud monitoring system Download PDFInfo
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Abstract
The utility model provides a kind of based on performance requirement and sequence cloud monitoring system, including computing cluster, structure server, front-end server and monitor gateway；Wherein, the monitor gateway is connected by network with monitored device, the monitor gateway is also connected with the computing cluster, the front-end server is connected by network with user terminal, the front-end server is also connected with the structure server, and the structure server is connected with the computing cluster；Cloud monitoring system provided by the utility model, different virtual machine structure instructions is selected to select different virtual machine building modes according to user, meet customized demand of the user for virtual machine performance, and the virtual machine of cloud monitoring system that is provided of utility model can fully call the resource of whole computing cluster, so as to meet the needs of user disposably monitors multiple devices.
Description
Technical field
It the utility model is related to field of cloud calculation, more particularly to a kind of based on performance requirement and sequence cloud monitoring system.
Background technology
Cloud computing is another great change after the 1980's mainframe computer to the big change of client-server,
It is Distributed Calculation (Distributed Computing), parallel computation (Parallel Computing), effectiveness calculating
(Utility Computing), network storage (Network Storage Technologies), virtualization
(Virtualization), the traditional calculations such as load balancing (Load Balance), hot-standby redundancy (High Available)
Machine and the product of network technical development fusion.
Cloud computing platform provides a user network access available, easily, on demand.User enters configurable calculating
Resource-sharing pond (resource includes network, server, storage, application software, service), can put into seldom management work with
And in the case of seldom being interacted with service provision end, the above-mentioned resource of quick obtaining.
Existing cloud service platform mostly creates the virtual machine according to user's request by cloud service provider in physical machine,
Using such a mode, one carrys out the specific performance that user does not know physical machine, to the good control of performance neither one of virtual machine；
Two carry out the specific mission requirements that cloud service provider does not know user yet, and possibly can not in performance for the physical machine distributed for it
Meet the mission requirements of user well；Furthermore using such a mode, the limited performance of virtual machine in separate unit physical machine in itself,
Some mission requirements of user need to carry out disaster reduction if there is the growth of explosion type as disaster occurs for monitored device
When, it is more likely that cause virtual machine overload operation and cause the machine of delaying, it could even be possible to because prolonged overload operation is led
Cause the impaired of physical machine performance.
Utility model content
The purpose of this utility model is to overcome prior art insufficient, there is provided a kind of based on performance requirement and sequence cloud is supervised
Control system, the virtual machine of the cloud service system have different building modes according to different structure instructions, fully meet user couple
In the demand of virtual machine performance, realize beyond the clouds to the monitoring function of client server, and work as current task explosive growth
When can timely dispatch computing resource and preferentially solve the task.
The utility model uses following technical scheme to achieve the above object：
The utility model provides a kind of based on performance requirement and sequence cloud monitoring system, including：Computing cluster, structure
Server, front-end server and monitor gateway；
Wherein, the monitor gateway is connected by network with monitored device, and the monitor gateway also collects with described calculate
Faciation connects, and the front-end server is connected by network with user terminal, the front-end server also with the structure server
It is connected, the structure server is connected with the computing cluster；
The computing cluster includes at least one physical node；
The front-end server is used for the virtual machine initial construction parameter for receiving user's transmission and virtual machine structure instruction, and
The virtual machine initial construction parameter and virtual machine structure instruction are sent to the structure server；
The structure server is used for according to the virtual machine initial construction parameter and virtual machine structure instruction generation
Virtual machine structure configuration；The structure server is additionally operable to virtual machine structure configuration being sent to the computing cluster；
The computing cluster builds at least one void according to virtual machine structure configuration at least one physical node
Plan machine；
The monitor gateway is used for the monitoring data for obtaining the monitored device, and acquired monitoring data is sent
To the virtual machine；
The virtual machine is used to receive and store the monitoring data.
Further, in the embodiment of the utility model one, the default virtual machine structure instruction includes the first virtual machine
Structure instruction；
The structure server is used for according to the virtual machine initial construction parameter and first virtual machine structure instruction
Generate the structure configuration of the first virtual machine；
The computing cluster builds virtual according to first virtual machine structure configuration on the optimal physical node of performance
Machine.
Further, in the embodiment of the utility model one, the default virtual machine structure instruction includes the second virtual machine
Structure instruction；
The structure server is used to be instructed the virtual machine initial construction parameter according to second virtual machine structure
Split into multiple sub- Imaginary Mechanisms and build parameter, and parameter is built according to the sub- Imaginary Mechanism and generates the structure configuration of the second virtual machine；
The computing cluster builds each height respectively according to second virtual machine structure configuration on each physical node
Virtual machine.
In the embodiment of the utility model one, the monitor gateway includes buffer, and the monitor gateway is additionally operable to adjust
The form of acquired monitoring data, and the monitoring data after adjustment is sent in buffer；The buffer is by institute
The monitoring data received is sent to the virtual machine.
In the embodiment of the utility model one, the front-end server also includes alarm signal sending module；The alarm
Signal transmitting module is connected by network with the user terminal；
The virtual machine is additionally operable to judge the state of received monitoring data, when the numerical value of the monitoring data is more than in advance
If during warning value, the virtual machine judges that the monitoring data is abnormal；
When the virtual machine judges the monitoring data exception, the virtual machine is additionally operable to send to the alarm signal
Module sends alarm command；
The alarm signal sending module is used for according to received alarm command by network to the user terminal
Send alarm signal.
Further, in the embodiment of the utility model one, the front-end server also provides for the default warning
The input interface of value, and the received default warning value is sent to the virtual machine.
In the embodiment of the utility model one, the front-end server also includes repair module；
When the virtual machine judges the monitoring data exception, the virtual machine is additionally operable to send to the repair module
Report instruction for repairment；
Prestore the network address of Service Providers in the repair module, the repair module is used for according to being received
To instruction of reporting for repairment sent to Service Providers and report request for repairment.
In the embodiment of the utility model one, based on performance requirement and sequence cloud monitoring system also includes data transfer clothes
Business device；
The data transfer services device is connected with the front-end server and the computing cluster respectively；
The front-end server also provides for associate device information input interface, and received associate device is believed
Breath is sent to the data transfer services device；
The associate device information that the data transfer services device receives according to is connected with associate device communication；
When the virtual machine judges the monitoring data exception, the virtual machine is additionally operable to send to the monitor gateway
Data transfer instruction, the monitor gateway are used for the sheet that the monitored device of data exception is obtained according to the data transfer instruction
Ground data, and the local data obtained is sent to the virtual machine；
The virtual machine is additionally operable to receive the local data, and the local data received is sent into the data and turned
Move server；
The data transfer services device is used to received packet being sent in the associate device.
In the embodiment of the utility model one, the monitor gateway is additionally operable to be suspended according to the data transfer instruction and obtained
The monitoring data of the monitored device of data exception.
In the embodiment of the utility model one, described based on performance requirement and sequence cloud service system is also deposited including outside
Equipment is stored up, the computing cluster is connected by network with the External memory equipment, and the External memory equipment is used to store institute
State the data of computing cluster.
Further, in the embodiment of the utility model one, the data transfer services device passes through network and the outside
Storage device is connected；
The data transfer services device is additionally operable to received packet being sent in the External memory equipment.
In the embodiment of the utility model one, described based on performance requirement and sequence cloud monitoring system also includes resource and adjusted
With server；
The resource allocation server is connected with the computing cluster；
The resource allocation server is used for the running status for monitoring the virtual machine；
When virtual machine hardware load is more than user preset value, the resource allocation server is to the computing cluster
Send idling-resource allotment instruction；The computing cluster will be idle in each physical node according to idling-resource allotment instruction
Hardware resource distributes to the virtual machine.
In the embodiment of the utility model one, the physical node is computer, the hardware of the physical node include but
It is not limited to CPU, internal memory, hard disk, mainboard.
In the embodiment of the utility model one, the data transfer services device is a physics section in the computing cluster
Point.
In the embodiment of the utility model one, the resource allocation server is a physics section in the computing cluster
Point.
In the embodiment of the utility model one, the user terminal includes but is not limited to the PC of user, mobile phone, flat
Plate computer.
The beneficial effects of the utility model：
Cloud monitoring system provided by the utility model, different virtual machine structure instructions is selected from different according to user
Virtual machine building mode, meet customized demand of the user for virtual machine performance；And cloud monitoring provided by the utility model
The virtual machine of system can fully call the resource of whole computing cluster, so as to meet that user disposably monitors the need of multiple devices
Ask, and when disaster occurs in monitored device, can timely issue the user with alarm, report can also be sent to service provider
Request is repaiied, can also timely shift the data of disaster-stricken equipment, ensures the integrality and security of user data to the full extent.
Brief description of the drawings
Fig. 1 is that the structure a kind of based on performance requirement and sequence cloud monitoring system in the embodiment of the utility model one is shown
It is intended to；
Fig. 2 is the structure a kind of based on performance requirement and sequence cloud monitoring system in another embodiment of the utility model
Schematic diagram.
Embodiment
Below in conjunction with the accompanying drawings and specific embodiment is described further to the utility model, illustrative examples therein
And explanation is only used for explaining the utility model, but it is not intended as to restriction of the present utility model.
The utility model provides a kind of based on performance requirement and sequence cloud monitoring system, such as Fig. 1, in the utility model
In one embodiment, described based on performance requirement and sequence cloud monitoring system includes：Computing cluster 200, structure server 100,
Monitor gateway 300 and front-end server 400；
Wherein, monitor gateway 300 is connected by network with monitored device, monitor gateway 300 also with the phase of computing cluster 200
Even, front-end server 400 is connected by network with user terminal, and front-end server also 400 is connected with structure server 100, structure
Server 100 is built with computing cluster 200 to be connected；
Computing cluster 200 includes at least one physical node；
Front-end server 400 is used for the virtual machine initial construction parameter for receiving user's transmission and virtual machine structure instruction, and
The virtual machine initial construction parameter and virtual machine structure instruction are sent to structure server 100；
Server 100 is built to be used to instruct generation empty according to the virtual machine initial construction parameter and virtual machine structure
Intend mechanism and build configuration；Structure server 100 is additionally operable to virtual machine structure configuration being sent to computing cluster 200；
Computing cluster 200 builds at least one virtual according to virtual machine structure configuration at least one physical node
Machine；
Monitor gateway 300 is used for the monitoring data for obtaining the monitored device, and acquired monitoring data is sent
To the virtual machine；
The virtual machine is used to receive and store the monitoring data.
Further, in the embodiment of the utility model one, the default virtual machine structure instruction includes the first virtual machine
Structure instruction；
Server 100 is built to be used for according to the virtual machine initial construction parameter and first virtual machine structure instruction life
Build and configure into the first virtual machine；
Computing cluster 200 builds virtual according to first virtual machine structure configuration on the optimal physical node of performance
Machine.
Further, in the embodiment of the utility model one, the default virtual machine structure instruction includes the second virtual machine
Structure instruction；
Structure server 100 is used to be torn open the virtual machine initial construction parameter according to second virtual machine structure instruction
It is divided into multiple sub- Imaginary Mechanisms and builds parameter, and parameter is built according to the sub- Imaginary Mechanism and generates the structure configuration of the second virtual machine；
Computing cluster 200 builds each fictitious respectively according to second virtual machine structure configuration on each physical node
Plan machine.
In the embodiment of the utility model one, front-end server 400 also includes alarm signal sending module and repair module；
The alarm signal sending module is connected by network with the user terminal；
Front-end server 400 also provides for the input interface of default warning value, and the default police that user is inputted
Ring value is sent to the virtual machine；
The virtual machine is additionally operable to judge the state of received monitoring data, when the numerical value of the monitoring data is more than in advance
If during warning value, the virtual machine judges that the monitoring data is abnormal；
When the virtual machine judges the monitoring data exception, the virtual machine is additionally operable to send to the alarm signal
Module sends alarm command, and the virtual machine, which is additionally operable to send to the repair module, reports instruction for repairment；
The alarm signal sending module is used for according to received alarm command by network to the user terminal
Send alarm signal；
Prestore the network address of Service Providers in the repair module, the repair module is used for according to being received
To instruction of reporting for repairment sent to Service Providers and report request for repairment.
In another embodiment of the utility model, as shown in Fig. 2 described based on performance requirement and sequence cloud monitoring system
Also include data transfer services device 500 and resource allocation server 600；
Data transfer services device 500 is connected with front-end server 400 and computing cluster 200 respectively；Resource allocation server
600 are connected with computing cluster 200；
Front-end server 400 also provides for associate device information input interface, and received associate device is believed
Breath is sent to data transfer services device 500；
Data transfer services device 500 carries out communication phase according to the associate device information received with the associate device
Even；
When the virtual machine judges the monitoring data exception, the virtual machine is additionally operable to send to monitor gateway 300
Data transfer instruction, monitor gateway 300 are used for the sheet that the monitored device of data exception is obtained according to the data transfer instruction
Ground data, and the local data obtained is sent to the virtual machine；Monitor gateway 300 is additionally operable to be shifted according to the data
Instruction pause obtains the monitoring data of the monitored device of data exception；
The local data that the virtual machine is additionally operable to be received is packaged packing, and the data after packing are sent to
Data transfer services device 500；
Data transfer services device 500 is used to received packet being sent in the associate device；
Resource allocation server 600 is used for the running status for monitoring the virtual machine；
When virtual machine hardware load is more than user preset value, resource allocation server 600 is sent out to computing cluster 200
Send idling-resource allotment instruction；Computing cluster 200 will be idle hard in each physical node according to idling-resource allotment instruction
Part resource allocation gives the virtual machine.
In the embodiment of the utility model one, described based on performance requirement and sequence cloud service system is also deposited including outside
Equipment is stored up, the computing cluster is connected by network with the External memory equipment, and the External memory equipment is used to store institute
State the data of computing cluster；
Data transfer services device 500 is connected by network with the External memory equipment；
Data transfer services device 500 is additionally operable to received packet being sent in the External memory equipment.
In the embodiment of the utility model one, the physical node is computer, the hardware of the physical node include but
It is not limited to CPU, internal memory, hard disk, mainboard.
In the embodiment of the utility model one, the user terminal includes but is not limited to the PC of user, mobile phone, flat
Plate computer.
In the embodiment of the utility model one, any physical node that can be chosen in computer cluster 200 takes as structure
The one or more being engaged in device 100, front-end server 400, data transfer services device 500 and resource allocation server 600.
Specifically, in the implement scene of the utility model one, user sets the structure of virtual machine according to the mission requirements of itself
Build parameter；
The performance parameter of each physical node into user feedback computing cluster of front-end server 400；
Such as, user needs timely to obtain monitored device running status, when higher to the rate request of virtual machine,
The optimal physical node of performance can be selected by front-end server 400, and inputs the initial hardware parameter of virtual machine；Front end takes
The physical node and the virtual machine initial hardware parameter of input that business device 400 selects user are sent to structure server 100, structure
The physical node and the virtual machine initial hardware parameter generation virtual machine structure of input that server selects according to the user received
Configuration, and is sent to computing cluster 200, and performance is most in computing cluster according to virtual machine structure configuration for computing cluster 200
Virtual machine is built on good physical node；
Also for example, user needs to monitor multiple devices simultaneously, can be with when requiring higher to the load capacity of virtual machine
The physical node of more better performances is selected by front-end server 400, and inputs the initial hardware parameter of virtual machine, front end clothes
The physical node and the virtual machine initial hardware parameter of input that business device 400 selects user are sent to structure server 100, structure
Server 100 can according to user select physical node quantity, by user input virtual machine initial hardware non-parametric segmentation into
The initial hardware parameter of multiple sub- virtual machines, and by the initial hardware parameter of sub- virtual machine and the physical node of user's selection one by one
Corresponding, generation virtual machine structure configuration, computing cluster 200 is according to the configuration of virtual machine structure by sub- virtual machine structure one by one
It build on the physics section of user's selection；
Such as, user have selected 5 physical nodes, and the initial hardware parameter for the virtual machine that user is set is 10 CPU, 20G
Internal memory, 1000G hard disks, build the first of the virtual machine that the physical node quantity that server 100 selects according to user sets user
Beginning hardware parameter is divided into the initial hardware parameter of 5 sub- virtual machines, wherein, the initial parameter hardware of each sub- virtual machine is 2
Individual CPU, 4G internal memory, 200G hard disks；5 physical nodes that structure server 100 selects this 5 sub- virtual machines and user are one by one
It is corresponding, and virtual machine structure configuration is generated, and virtual machine structure configuration is sent to computing cluster 200, computing cluster 200
5 sub- virtual machines are built on corresponding 5 physical nodes respectively；
Wherein, the performance of physical node can obtain by the way of those skilled in the art commonly use, such as each by contrasting
The hardware information of individual physical node, obtain the performance ranking table of each physical node.
Specifically, in the implement scene of the utility model one, the monitoring data includes the monitoring data of monitored device,
It is associate device that user sets standby server B by front-end server 400, and have input standby server B IP address, number
The standby server B received according to transfer service device 500 according to front-end server IP address carries out network with standby server B
Connection；
When the monitoring data of the monitored device is more than user preset value, the virtual machine, which judges now to be monitored, to be set
Standby abnormal state；
Such as, when monitored device A CPU usage is more than 90%, the data of the virtual machine interpretation monitored device A
Abnormal, the virtual machine forward end server 400 sends alarm command and reports instruction for repairment, and front-end server 400 is according to the report
Alert instruction sends alarm signal by internet to user terminal, reminds user's monitored device A condition abnormal, while front end takes
Business device 400 is sent to service provider and reports request for repairment, and request service provider is diagnosed to monitored device A, repaired as early as possible；
Meanwhile in order to ensure the data safety of user, the virtual machine sends data transfer instruction to monitor gateway 300,
For monitor gateway 300 according to the data transfer instruction received, stopping obtains monitored device A monitoring data, meanwhile, monitoring network
The local data stored in 300 acquisition monitored device A is closed, and the local data is sent to the virtual machine；
The local data that monitor gateway 300 is got is packaged packing by the virtual machine, and is sent to data transfer
Server 500；
The packet received is sent to standby server B by data transfer services device 500, and by packet to be sent
It is temporarily stored in the storage device of itself；
Resource allocation server 600 obtains the hardware load situation of the virtual machine in real time, when the hardware of the virtual machine
When being more than user preset value, the CPU occupation rates of such as described virtual machine are more than 90% for load, and when the duration was more than 5 minutes, provide
Source coordination service device 600 sends idling-resource allotment order to computing cluster 200, and computing cluster 200 is by each physical node
Idle hardware resource distributes to the virtual machine, to ensure that the data of user can be completed to shift the very first time.
It should be noted that in addition to above-mentioned embodiment, those skilled in the art can also be real by computer software
The function of some hardware devices in existing system provided by the utility model, such as in a computer being connected with monitored device
In, the data acquisition functions of monitor gateway 300 can be realized by data acquisition module, structure clothes are realized by simultaneously sequence module
The virtual machine configuration systematic function of business device 100, interactive function of front-end server 400 etc. is realized by webpage front-end.
Obviously, above-described embodiment is used for the purpose of clearer expression technical solutions of the utility model example, and
The non-restriction to the utility model embodiment.To those skilled in the art, on the basis of the above description can be with
Make other changes in different forms, without departing from the concept of the premise utility, these belong to this practicality
New protection domain.Therefore the protection domain of the utility model patent should be determined by the appended claims.
Claims (9)
1. a kind of based on performance requirement and sequence cloud monitoring system, it is characterised in that including：Computing cluster, structure server,
Front-end server and monitor gateway；
Wherein, the monitor gateway is connected by network with monitored device, the monitor gateway also with the computing cluster phase
Even, the front-end server is connected by network with user terminal, and the front-end server is also connected with the structure server,
The structure server is connected with the computing cluster；
The computing cluster includes at least one physical node；
The front-end server is used for the virtual machine initial construction parameter for receiving user's transmission and virtual machine structure instruction, and by institute
State virtual machine initial construction parameter and virtual machine structure instruction is sent to the structure server；
The structure server is used for virtual according to the virtual machine initial construction parameter and virtual machine structure instruction generation
Mechanism builds configuration；The structure server is additionally operable to virtual machine structure configuration being sent to the computing cluster；
The computing cluster builds at least one virtual machine according to virtual machine structure configuration at least one physical node；
The monitor gateway is used for the monitoring data for obtaining the monitored device, and acquired monitoring data is sent into institute
State virtual machine.
2. as claimed in claim 1 based on performance requirement and sequence cloud monitoring system, it is characterised in that the monitor gateway
Including buffer, the monitor gateway is additionally operable to adjust the form of acquired monitoring data, and by the monitoring after adjustment
Data are sent in buffer；Received monitoring data is sent to the virtual machine by the buffer.
3. as claimed in claim 1 based on performance requirement and sequence cloud monitoring system, it is characterised in that the front end services
Device also includes alarm signal sending module；The alarm signal sending module is connected by network with the user terminal；
The virtual machine is additionally operable to judge the state of received monitoring data, when the numerical value of the monitoring data is more than default police
During ring value, the virtual machine judges that the monitoring data is abnormal, and sends alarm command to the alarm signal sending module；
The alarm signal sending module is used to be sent to the user terminal by network according to received alarm command
Alarm signal.
4. as claimed in claim 3 based on performance requirement and sequence cloud monitoring system, it is characterised in that the front end services
Device also provides for the input interface of the default warning value, and the received default warning value is sent into the void
Plan machine.
5. based on the performance requirement and sequence cloud monitoring system as described in claim 3 or 4, it is characterised in that the front end
Server also includes repair module；
When the virtual machine judges the monitoring data exception, the virtual machine is additionally operable to send to the repair module and reported for repairment
Instruction；
The network address of Service Providers is prestored in the repair module, the repair module is used for according to received
Report for repairment to instruct to send to Service Providers and report request for repairment.
6. as claimed in claim 3 based on performance requirement and sequence cloud monitoring system, it is characterised in that also including data turn
Move server；
The data transfer services device is connected with the front-end server and the computing cluster respectively；
The front-end server also provides for associate device information input interface, and received associate device information is sent out
Give the data transfer services device；
The associate device information that the data transfer services device receives according to is connected with associate device communication；
When the virtual machine judges the monitoring data exception, the virtual machine is additionally operable to send data to the monitor gateway
Transfer instruction, the monitor gateway are used for the local number that the monitored device of data exception is obtained according to the data transfer instruction
According to, and the local data obtained is sent to the virtual machine；
The virtual machine is additionally operable to receive the local data, and the local data received is sent into the data transfer clothes
Business device；
Data transfer services device is used to received packet being sent in the associate device.
7. based on the performance requirement and sequence cloud monitoring system as described in any in claim 1-3, it is characterised in that also wrap
Include resource allocation server；
The resource allocation server is used for the running status for monitoring the virtual machine；
When virtual machine hardware load is more than user preset value, the resource allocation server is sent to the computing cluster
Idling-resource allotment instruction；
Hardware resource idle in each physical node is distributed to institute by the computing cluster according to idling-resource allotment instruction
State virtual machine.
8. based on the performance requirement and sequence cloud monitoring system as described in any in claim 1-3, it is characterised in that also wrap
External memory equipment is included, the computing cluster is connected by network with the External memory equipment, and the External memory equipment is used
In the data for storing the computing cluster.
9. based on the performance requirement and sequence cloud monitoring system as described in any in claim 1-3, it is characterised in that described
Physical node is computer, and the hardware of the physical node is CPU, internal memory, the one or more in hard disk or mainboard.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111885395A (en) * | 2020-06-11 | 2020-11-03 | 西安万像电子科技有限公司 | Video monitoring method, device and system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111885395A (en) * | 2020-06-11 | 2020-11-03 | 西安万像电子科技有限公司 | Video monitoring method, device and system |
| CN111885395B (en) * | 2020-06-11 | 2024-05-17 | 西安万像电子科技有限公司 | Video monitoring method, device and system |
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