CN104391778B - The management system and method for different system device are provided - Google Patents
The management system and method for different system device are provided Download PDFInfo
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- CN104391778B CN104391778B CN201410738221.9A CN201410738221A CN104391778B CN 104391778 B CN104391778 B CN 104391778B CN 201410738221 A CN201410738221 A CN 201410738221A CN 104391778 B CN104391778 B CN 104391778B
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Abstract
The present invention provides a kind of management system and method for providing different system device, by the frame with management module, the server system of Server Manager Daemon is installed, the thin-client of management program is installed and the handheld apparatus of mobile management program is installed, management end by the unit state of the unit state in management module, management program and mobile management program acquirement frame, the system mode of server system, the unit state of thin-client and handheld apparatus, can thereby reach the technique effect for providing the centralized management of different system device respectively.
Description
Technical field
The present invention relates to a kind of management system and method, more particularly to a kind of management system that different system device is provided and
Method.
Background technology
With the development of science and technology, existing enterprise progresses into the non-support cable epoch, need what is managed and control in enterprise
The species of device is also more and more, for example：Frame (Rack), server (Server), thin-client (Thin client) and
Various handheld apparatus, how preferably to manage and control the normal execution of these devices for the development of an enterprise be to
Close important.
So apparatus management system arises at the historic moment, the appearance of apparatus management system can bring greatly to company manager
Convenience, its various functions for being provided are even more as the routine work of manager alleviates very big burden.
But, because the differentiation between each device influences, be using set of device management system come by all devices
It is a highly difficult thing all to include management control, and from for the business need of enterprise, different devices is again more or less
Play a role, objectively needing set of device management system can try one's best different types of device management,
Study and management and the maintenance cost of enterprise administrator can be so reduced, while also reducing expenditure of the enterprise to software
Cost.
In sum, it is known that there is management of the existing enterprise for different system device always since long-term in prior art
Be respectively by different management systems be managed with control, cause inconvenient with control for the management of different system device asking
Topic, it is therefore necessary to propose improved technological means to solve this problem.
The content of the invention
There is existing enterprise for the management of different system device in view of prior art is respectively by different management systems
System be managed with control, cause the problem of management with the control inconvenience for different system device, the present invention to disclose then a kind of
The management system and method for different system device are provided, wherein：
Disclosed herein offer different system device management system, it is included：An at least frame (Rack), at least
One server system, at least a thin-client (Thin client), at least a handheld apparatus and management end, management end is more
Comprising communication module, processing module and display module；Frame has management module and multiple server system slots, management
Module is used to monitor the unit state being installed in frame；Server system is arranged at server system slot, server system
Server Manager Daemon is installed, Server Manager Daemon is used to the system mode of monitoring server system, server admin journey
Sequence controls (Rack Management Control, RMC) host-host protocol by the system mode of server system using rack management
There is provided to management module；Management program is installed, management program is used to monitor the unit state of thin-client in thin-client；Hand
Held device is connected to Intranet, and by being installed on the mobile management program monitoring handheld apparatus of handheld apparatus
Unit state；The communication module of management end is to be used to set up the connection with management module by rack management controlling transmission agreement
Machine, sets up online with management program, and sets up online with mobile management program by Intranet, with Self management
Module obtains the system mode of the unit state and server system in frame, and self-supervisor obtains the device of thin-client
State, and the unit state of handheld apparatus is obtained from mobile management program；The processing module of management end is used to frame
On unit state, the system mode of server system, the unit state of the unit state of thin-client and handheld apparatus
Processed with the corresponding frame display data of correspondence generation, server system display data, thin-client display data and
Handheld apparatus display data；And the display module of management end is to show frame display data, server system display number
According to, thin-client display data and handheld apparatus display data.
In one embodiment of the present invention, following procedure is further included with module：The management module uses rack management
Controlling transmission agreement obtains mill stand control instruction or a server system control instruction, and the management module is according to the machine
Frame control instruction carries out the management and control of the frame；The Server Manager Daemon uses rack management controlling transmission agreement
The server system control instruction is obtained from the management module, the Server Manager Daemon is according to the server system
Control instruction carries out the control of the server system；The management program obtains a control instruction, the management program foundation
The control instruction carries out the control of the thin-client；The communication module will be described by rack management controlling transmission agreement
Mill stand control instruction is sent to management module, is passed the server system control instruction by rack management controlling transmission agreement
Management module is delivered to, or the control instruction is sent to the management program；One receiver module, to be connect from mill stand control
Mouthful receive a mill stand control information, a server system control information received from server system control interface or from Thin clients
End control interface receives a control information；And a directive generation module, it is used to for the mill stand control information to generate the frame
Control instruction, the server system control information is generated the server system control instruction or by the control information
Generate the control instruction.
In one embodiment of the present invention, the display module is aobvious as the frame using the physical schematic of frame
Registration according to this and the server system display data display interface.
In one embodiment of the present invention, the device in the unit state in the frame in frame is filled comprising cooling
Put, supply unit and cresset display device, the system mode of the server system includes utilization rate of central processing unit, center
Temperature of processor, server traffic and server load, the hardware of the unit state comprising thin-client of the thin-client
The Internet Protocol address of information, the software information of thin-client and thin-client, the unit state of the handheld apparatus
Comprising position positioning.
In one embodiment of the present invention, the mill stand control instruction is used to control cooling device, electricity in the frame
The control of source device or cresset display device, the server system control instruction is used to control the electricity of the server system
Source control, software control or hardware controls, the control instruction are used to control the operating system of the thin-client to install, grasp
Make system update, software installation or software upgrading.
Disclosed herein offer different system device management method, it is comprised the steps of：
First, there is provided at least frame (Rack) with management module and multiple server system slots, mould is managed
Block is used to monitor the unit state being installed in frame；Then, there is provided be arranged at an at least server of server system slot
System, server system is provided with Server Manager Daemon, and Server Manager Daemon is used to the system shape of monitoring server system
State, Server Manager Daemon will be serviced using rack management control (Rack Management Control, RMC) host-host protocol
The system mode of device system is provided to management module；Then, there is provided a management program at least thin-client (Thin is installed
Client), management program is used to monitor the unit state of thin-client；Then, there is provided be connected to Intranet at least
Handheld apparatus, the unit state of the mobile management program monitoring handheld apparatus by being installed on handheld apparatus；Then, manage
Reason end sets up online with management module by rack management controlling transmission agreement, sets up, Yi Jitong online with management program
Cross Intranet and set up online with mobile management program；Then, management end Self management module obtains the device in frame
The system mode of state and server system, self-supervisor obtains the unit state of thin-client, and from mobile management
Program obtains the unit state of handheld apparatus；Then, management end is by the unit state in frame, the system shape of server system
The unit state of state, the unit state of thin-client and handheld apparatus is processed to be shown with the corresponding frame of correspondence generation
Data, server system display data, thin-client display data and handheld apparatus display data；Finally, management end shows
Show frame display data, server system display data, thin-client display data and handheld apparatus display data.
In one embodiment of the present invention, the management method for providing different system device further includes the following steps：
The management end receives a server system from the mill stand control information of mill stand control interface one, from server system control interface
System control information or from thin-client control interface receive a control information；The management end gives birth to the mill stand control information
A server system control instruction is generated into mill stand control instruction, by the server system control information or by the control
Information processed generates a control instruction；The management end using rack management controlling transmission agreement provide mill stand control instruction or
It is the server system control instruction to the management module, the management module carries out institute according to mill stand control instruction
State the management and control of frame；The Server Manager Daemon is obtained using rack management controlling transmission agreement from the management module
The server system control instruction is obtained, the Server Manager Daemon carries out described according to the server system control instruction
The control of server system；And the management end provides the control instruction to the management program, the management program foundation
The control instruction carries out the control of the thin-client.
In one embodiment of the present invention, the management end shows the frame display data, the server system
It is with the thing of frame in the step of display data, the thin-client display data and handheld apparatus display data
Reason schematic diagram is used as the frame display data and the display interface of the server system display data.
In one embodiment of the present invention, the device in the unit state in the frame in frame is filled comprising cooling
Put, supply unit and cresset display device, the system mode of the server system includes utilization rate of central processing unit, center
Temperature of processor, server traffic and server load, the hardware of the unit state comprising thin-client of the thin-client
The Internet Protocol address of information, the software information of thin-client and thin-client, the unit state of the handheld apparatus
Comprising position positioning.
In one embodiment of the present invention, the mill stand control instruction is used to control cooling device, electricity in the frame
The control of source device or cresset display device, the server system control instruction is used to control the electricity of the server system
Source control, software control or hardware controls, the control instruction are used to control the operating system of the thin-client to install, grasp
Make system update, software installation or software upgrading.
Disclosed herein system and method as above, the difference between prior art be the present invention by have pipe
The frame of reason module, the server system for being provided with Server Manager Daemon, the thin-client for being provided with management program and company
It is connected to Intranet and the handheld apparatus of mobile management program is installed, management end is respectively by management module, management
Program and mobile management program obtain unit state, the system mode of server system, the device of thin-client in frame
The unit state of state and handheld apparatus, you can concentrate on frame, server system, thin-client, handheld apparatus
Management end is managed.
By above-mentioned technological means, the present invention can reach the technique effect for providing the centralized management of different system device.
Brief description of the drawings
Fig. 1 provides the system block diagrams of the management system of different system device for the present invention.
Fig. 2A and Fig. 2 B provide the method flow diagram of the management method of different system device for the present invention.
Fig. 3 provides the system architecture diagram of the management system of different system device for the present invention.
Fig. 4 A provide the frame display data schematic diagram of the management of different system device for the present invention.
Fig. 4 B provide the server system display data schematic diagram of the management of different system device for the present invention.
Fig. 4 C provide the thin-client display data schematic diagram of the management of different system device for the present invention.
Fig. 4 D provide the handheld apparatus display data schematic diagram of the management of different system device for the present invention.
10 frames
11 management modules
12 server system slots
20 server systems
21 Server Manager Daemons
30 thin-clients
31 management programs
40 handheld apparatus
41 mobile management programs
50 management ends
51 communication modules
52 processing modules
53 display modules
54 receiver modules
55 directive generation modules
61 frame display datas
62 server system display datas
63 thin-client display datas
64 handheld apparatus display datas
71 mill stand controls are instructed
72 server system control instructions
73 control instructions
Specific embodiment
Describe embodiments of the present invention in detail below in conjunction with schema and embodiment, thereby how the present invention is applied
Technological means can fully understand and implement according to this to solve technical problem and reach the implementation process of technique effect.
System of the invention, function mode and flow will be below explained with one embodiment, embodiment explanation below
To be illustrated shown in synchronous matching Fig. 1, Fig. 2A, Fig. 2 B and Fig. 3, Fig. 1 provides the management of different system device for the present invention
The system block diagrams of system；Fig. 2A and Fig. 2 B provide the method flow diagram of the management method of different system device for the present invention；
Fig. 3 provides the system architecture diagram of the management system of different system device for the present invention.
Disclosed herein offer different system device management system, it is included：An at least frame (Rack) 10, extremely
Few a server system 20, the handheld apparatus 40 of an at least thin-client (Thin client) 30, at least one and management end
50, management end 50 further includes communication module 51, processing module 52 and display module 53.
Frame 10 has management module 11 and a multiple server system slot 12, and management module 11 is used to monitor and is installed in
Unit state (step 101) in frame 10, the device in frame 10 shows comprising cooling device, supply unit and cresset and sets
It is standby etc., herein by way of example only, application category of the invention is not limited to this, management module 11 can monitor cooling device
Temperature, the wattage of supply unit, the output voltage of supply unit, the output current of supply unit, cresset display device it is aobvious
Show state etc., herein by way of example only, application category of the invention is not limited to this.
Server system 20 is arranged at server system slot 12, and server system 20 is provided with Server Manager Daemon
21, Server Manager Daemon 21 is used to the unit state of monitoring server system 20, and the unit state of server system 20 is included
Utilization rate of central processing unit, central processor temperature, server traffic and server load etc., herein by way of example only,
Application category of the invention is not limited to this, and Server Manager Daemon 21 is to control (Rack using rack management
Management Control, RMC) host-host protocol provides to (the step of management module 11 unit state of server system 20
102)。
Management program 31 is installed in thin-client 30, management program 31 is used to monitor the unit state of thin-client 30
(step 103), the hardware information of the unit state of thin-client 30 comprising thin-client 30, thin-client 30 software information with
And the Internet Protocol address (Internet Protocol Address, IP Address) of thin-client 30 etc., it is only herein
For example, not limiting to application category of the invention with this.
Handheld apparatus 40 are connected to Intranet, and by being installed on the mobile management program of handheld apparatus 40
The unit state (step 104) of 41 monitoring handheld apparatus 40, the unit state of handheld apparatus 40 is positioned comprising position, position
Positioning can be by global positioning system (Global Positioning System, GPS) or Location based service
(Location Based Service, LBS) is realized, herein by way of example only, does not limit to of the invention answering with this
Use category.
The communication module 51 of management end 50 can be set up and each management module 11 by rack management controlling transmission agreement
It is online, and communication module 51 can set up online with management program 31, and communication module 51 can be by intranet
Network sets up online (step 105) with mobile management program 41.
Then, communication module 51 can obtain the unit state and server in frame 10 from each management module 11
Self-supervisor 31 obtains the unit state of thin-client 30, and communication by the unit state of system 20, communication module 51
Module 51 can obtain the unit state (step 106) of handheld apparatus 40 from mobile management program 41.
Then, the processing module 52 of management end 50 is used to the dress of the unit state in frame 10, server system 20
The unit state of configuration state, the unit state of thin-client 30 and handheld apparatus 40 is processed corresponding with correspondence generation
Frame display data 61, server system display data 62, thin-client display data 63 and handheld apparatus display data
64 (steps 107).
Then, the frame that the display module 32 of management end 50 can be generated with the processing module 52 at display management end 50 shows
Registration is worth according to 61, server system display data 62, thin-client display data 63 and handheld apparatus display data 64
It is noted that display module 32 is shown as frame display data 61 and server system 62 using the physical schematic of frame
The display interface (step 108) of data, and refer to shown in Fig. 4 A to Fig. 4 D, Fig. 4 A provide different system device for the present invention
The frame display data schematic diagram of management；Fig. 4 B show number for the server system that the present invention provides the management of different system device
According to schematic diagram；Fig. 4 C provide the thin-client display data schematic diagram of the management of different system device for the present invention；Fig. 4 D are this
Invention provides the handheld apparatus display data schematic diagram of the management of different system device.
Thereby, manager can concentrate on frame 10, server system 20, thin-client 30, handheld apparatus 40
Management end 50 is managed.
Then, when manager wants to be controlled frame 10, can control to believe in mill stand control interface input chassis
Breath (step 201), and by management end 50 receiver module 54 from mill stand control interface frame control information, and by management
Mill stand control information generation mill stand control is instructed 71 (steps 202) by the directive generation module 55 at end 50.
Above-mentioned mill stand control instructs 71 to be used to control cooling device, supply unit or cresset in the frame to show and sets
Standby control etc., herein by way of example only, does not limit to application category of the invention with this.
Then, 71 are instructed to be sent to pipe mill stand control by rack management controlling transmission agreement by communication module 51
Reason module 11, management module 11 is after mill stand control instruction 71 is obtained, you can carry out frame 10 according to mill stand control instruction 71
Control (step 203).
Then, when manager wants to be controlled server system 20, can be defeated in server system control interface
Enter server system control information (step 201), and connect from server system control interface by the receiver module 54 of management end 50
Server system control information is received, and server system control information is generated by the directive generation module 55 of management end 50 is taken
Business device system control instruction 72 (step 202).
Above-mentioned server system control instruction 72 be used to control the power supply of the server system, software control or
Hardware controls etc., herein by way of example only it, application category of the invention is not limited to this.
Then, server system control instruction 72 be passed by rack management controlling transmission agreement by communication module 51
Management module 11 is delivered to, Server Manager Daemon 21 can be taken by rack management controlling transmission agreement Self management module 11 again
Business device system control instruction 72, Server Manager Daemon 21 is after server system control instruction 72 is obtained, you can according to service
Device system control instruction 72 carries out the control (step 204) of server system 20.
Then, when manager wants to be controlled thin-client, can be input into thin-client control interface and controlled
Information (step 201), and control information is received from thin-client control interface by the receiver module 54 of management end 50, and by pipe
Control information is generated control instruction 73 (step 202) by the directive generation module 55 for managing end 50.
Above-mentioned control instruction 73 is used to control the operating system of the thin-client to install, operating system update, software
Installation or software upgrading etc., herein by way of example only, do not limit to application category of the invention with this.
Then control instruction 73, and by communication module 51 is sent to management program 31, management program 31 is being controlled
After system instruction 73, you can the control (step 205) of thin-client 30 is carried out according to control instruction 73.
Thereby, manager can concentrate on management end 50 frame 10, server system 20 and thin-client 30 are entered
Row control.
In sum, it is known that the difference between the present invention and prior art is the present invention by the machine with management module
Frame, the server system for being provided with Server Manager Daemon, the thin-client for being provided with management program and it is connected in enterprise
Portion's network and the handheld apparatus of mobile management program are installed, management end passes through management module, management program and shifting respectively
Unit state, the system mode of server system, the unit state of thin-client and hand in dynamic management program acquirement frame
The unit state of held device, you can frame, server system, thin-client, handheld apparatus are concentrated on into management end is carried out
Management.
Pipe of the existing enterprise existing for prior art for different system device can be solved by this technological means
Reason be respectively by different management systems be managed with control, cause for different system device management with control inconvenience
Problem, and then reach the technique effect that the centralized management of different system device is provided.
Although disclosed herein implementation method as above, only described content and being not used to directly limit it is of the invention specially
Sharp protection domain.Any persond having ordinary knowledge in the technical field of the present invention, do not depart from disclosed herein spirit
On the premise of scope, a little change can be made in the formal and details implemented.Scope of patent protection of the invention, still
Must be defined by the appended claim person of defining.
Claims (10)
1. it is a kind of provide different system device management system, it is characterised in that it is included：
An at least frame, the frame has a management module and multiple server system slots, and the management module is used to
Monitoring is installed in the unit state in the frame；
An at least server system, the server system is arranged at the server system slot, the server system peace
Equipped with a Server Manager Daemon, the Server Manager Daemon is used to monitor the system mode of the server system, described
Server Manager Daemon is provided to the pipe system mode of the server system using rack management controlling transmission agreement
Reason module；
An at least thin-client, is provided with a management program in the thin-client, the management program is used to monitor described thin
The unit state of client；
An at least handheld apparatus, the handheld apparatus are connected to an Intranet, and described hand-held by being installed on
The unit state of handheld apparatus described in one mobile management program monitoring of formula device；And
One management end, the management end is further included：
One communication module, is used to set up online with the management module by rack management controlling transmission agreement, sets up and institute
State the online of management program, and set up online with the mobile management program by the Intranet, with from institute
The system mode that management module obtains unit state and the server system in the frame is stated, from the management program
The unit state of the thin-client is obtained, and the device shape of the handheld apparatus is obtained from the mobile management program
State；
One processing module, is used to the unit state in the frame, the system mode of the server system, the Thin clients
The unit state of the unit state at end and the handheld apparatus is processed with the corresponding frame display number of correspondence generation
According to, a server system display data, a thin-client display data and a handheld apparatus display data；And
One display module, is used to show that the frame display data, the server system display data, the thin-client show
Registration is according to this and the handheld apparatus display data.
2. the management system of different system device is provided as claimed in claim 1, it is characterised in that following procedure is with module more
Comprising：
The management module obtains mill stand control instruction or a server system control using rack management controlling transmission agreement
System instruction, the management module carries out the management and control of the frame according to mill stand control instruction；
The Server Manager Daemon obtains the server system using rack management controlling transmission agreement from the management module
System control instruction, the Server Manager Daemon carries out the control of the server system according to the server system control instruction
System；
The management program obtains a control instruction, and the management program carries out the thin-client according to the control instruction
Control；
The mill stand control is instructed and is sent to management module by the communication module by rack management controlling transmission agreement, is passed through
The server system control instruction is sent to management module by rack management controlling transmission agreement, or by the control instruction
It is sent to the management program；
One receiver module, to receive a mill stand control information from frame control interface, be received from server system control interface
One server system control information or from thin-client control interface receive a control information；And
One directive generation module, is used to for the mill stand control information to generate mill stand control instruction, by the server system
System control information generates the server system control instruction or the control information is generated into the control instruction.
3. the as claimed in claim 1 management system that different system device is provided, it is characterised in that the display module be with
The physical schematic of frame is used as the frame display data and the display interface of the server system display data.
4. the management system of different system device is provided as claimed in claim 1, it is characterised in that the device in the frame
Device in state in frame includes cooling device, supply unit and cresset display device, the system of the server system
State includes utilization rate of central processing unit, central processor temperature, server traffic and server load, the thin-client
Unit state comprising thin-client hardware information, the software information of thin-client and thin-client Internet Protocol ground
Location, the unit state of the handheld apparatus is positioned comprising position.
5. the management system of different system device is provided as claimed in claim 1, it is characterised in that the mill stand control instruction
It is used to control the control of cooling device, supply unit or cresset display device in the frame, the server system control
Instruction is used to control the power supply of the server system, software control or hardware controls, the control instruction to be used to control
Make operating system installation, operating system update, software installation or the software upgrading of the thin-client.
6. it is a kind of provide different system device management method, it is characterised in that it is comprised the steps of：
At least frame with a management module and multiple server system slots is provided, the management module is used to monitor
It is installed in the unit state in the frame；
Offer is arranged at an at least server system of the server system slot, and the server system is provided with a service
Device management program, the Server Manager Daemon is used to monitor the system mode of the server system, the server admin
Program is provided to the management module system mode of the server system using rack management controlling transmission agreement；
Offer is provided with an a management program at least thin-client, and the management program is used to monitor the device of the thin-client
State；
Offer is connected to an an Intranet at least handheld apparatus, by the movement for being installed on the handheld apparatus
Management program monitors the unit state of the handheld apparatus；
One management end sets up online with the management module by rack management controlling transmission agreement, sets up and the management journey
Sequence it is online, and by the Intranet set up it is online with the mobile management program；
The system that the management end obtains the unit state and the server system in the frame from the management module
State, the unit state of the thin-client is obtained from the management program, and obtain described from the mobile management program
The unit state of handheld apparatus；
The management end is by the unit state in the frame, the system mode of the server system, the thin-client
The unit state of unit state and the handheld apparatus is processed with the corresponding frame display data of correspondence generation, one
Server system display data, a thin-client display data and a handheld apparatus display data；And
The management end shows the frame display data, the server system display data, thin-client display number
According to this and the handheld apparatus display data.
7. the management method of different system device is provided as claimed in claim 6, it is characterised in that the offer different system
The management method of device further includes the following steps：
The management end receives a mill stand control information, a service is received from server system control interface from frame control interface
Device system control information or from thin-client control interface receive a control information；
The mill stand control information is generated mill stand control instruction, gives birth to the server system control information by the management end
A control instruction is generated into a server system control instruction or by the control information；
The management end provides the mill stand control instruction or the server system using rack management controlling transmission agreement
Control instruction to the management module, the management module carries out the management and control of the frame according to mill stand control instruction
System；
The Server Manager Daemon obtains the server system using rack management controlling transmission agreement from the management module
System control instruction, the Server Manager Daemon carries out the control of the server system according to the server system control instruction
System；And
The management end provides the control instruction to the management program, and the management program is carried out according to the control instruction
The control of the thin-client.
8. the management method of different system device is provided as claimed in claim 6, it is characterised in that the management end shows institute
State frame display data, the server system display data, the thin-client display data and the handheld apparatus
It is aobvious as the frame display data and the server system using the physical schematic of frame in the step of display data
The display interface of registration evidence.
9. the management method of different system device is provided as claimed in claim 6, it is characterised in that the device in the frame
Device in state in frame includes cooling device, supply unit and cresset display device, the system of the server system
State includes utilization rate of central processing unit, central processor temperature, server traffic and server load, the thin-client
Unit state comprising thin-client hardware information, the software information of thin-client and thin-client Internet Protocol ground
Location, the unit state of the handheld apparatus is positioned comprising position.
10. the management method of different system device is provided as claimed in claim 6, it is characterised in that the mill stand control refers to
Order is used to control the control of cooling device, supply unit or cresset display device in the frame, the server system control
System instruction is used to control the power supply of the server system, software control or hardware controls, the control instruction to be used to
The operating system for controlling the thin-client is installed, operating system update, software installation or software upgrading.
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| CN201410738221.9A CN104391778B (en) | 2014-12-04 | 2014-12-04 | The management system and method for different system device are provided |
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| CN201410738221.9A CN104391778B (en) | 2014-12-04 | 2014-12-04 | The management system and method for different system device are provided |
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| CN104391778B true CN104391778B (en) | 2017-06-23 |
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| CN106096025A (en) * | 2016-06-24 | 2016-11-09 | 北京保程保险公估有限公司 | Motor vehicles maintenance program assessment system and method |
| CN106210037A (en) * | 2016-07-08 | 2016-12-07 | 重庆市农业科学院 | Interactive Management System of Crop Production andIts based on WEB and method thereof |
| CN106649029A (en) * | 2016-09-29 | 2017-05-10 | 郑州云海信息技术有限公司 | Fusion architecture server management method and device |
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|---|---|---|---|---|
| CN1869869A (en) * | 2005-05-24 | 2006-11-29 | 英业达股份有限公司 | Blade server system |
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| CN1869869A (en) * | 2005-05-24 | 2006-11-29 | 英业达股份有限公司 | Blade server system |
Non-Patent Citations (2)
| Title |
|---|
| Carbon Footprint of a Dell Rack Server;Markus Stutz 等;《Electronics Goes Green 2012+（EGG）,2012》;20120912;第1-5页 * |
| k一种微服务器系统的研制与应用;职燕 等;《计算机测量与控制》;20131231;第21卷(第10期);第2838-2850页 * |
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