CN106843116A - Rack use state monitoring system and method - Google Patents

Rack use state monitoring system and method Download PDF

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Publication number
CN106843116A
CN106843116A CN201710228819.7A CN201710228819A CN106843116A CN 106843116 A CN106843116 A CN 106843116A CN 201710228819 A CN201710228819 A CN 201710228819A CN 106843116 A CN106843116 A CN 106843116A
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China
Prior art keywords
rack
signal
use state
sensing
module
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CN201710228819.7A
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Chinese (zh)
Inventor
张正培
陈永青
陈庆
陆君杰
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Industrial and Commercial Bank of China Ltd ICBC
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Industrial and Commercial Bank of China Ltd ICBC
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Priority to CN201710228819.7A priority Critical patent/CN106843116A/en
Publication of CN106843116A publication Critical patent/CN106843116A/en
Pending legal-status Critical Current

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    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B19/00Programme-control systems
    • G05B19/02Programme-control systems electric
    • G05B19/04Programme control other than numerical control, i.e. in sequence controllers or logic controllers
    • G05B19/048Monitoring; Safety

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Engineering & Computer Science (AREA)
  • Automation & Control Theory (AREA)
  • Selective Calling Equipment (AREA)

Abstract

The invention provides a kind of rack use state monitoring system and method, the monitoring system is included:Sensing instruction device, data coding device and data processing equipment;The sensing instruction device is arranged on rack, and induced signal is generated for the change conditions according to each unit in the rack for sensing;The data coding device is connected with the sensing instruction device, for receiving the induced signal, and the induced signal and the rack corresponding to the induced signal is numbered the binary signal that predetermined format is encoded to after binding;The data processing equipment is connected with the data coding device, the use state for calculating the rack corresponding to obtaining the binary signal according to the binary signal.

Description

Rack use state monitoring system and method
Technical field
The present invention relates to computer room O&M field, espespecially a kind of rack use state monitoring system and method.
Background technology
Receiving and management equipment of the computer room rack as equipment such as all kinds of servers, its is large number of, and it is intricate to manage. Conventional cabinet is used only for placing various kinds of equipment, lacks necessary distribution, monitoring and management function.The intelligence occurred in recent market Can the input of rack integrated installation power, intelligent power distribution, surge protection, environmental monitoring, temperature scheduling, cable management and safety precaution Etc. functional module, function increased, but lack monitor in real time to the service condition of rack, bring many to routine use Inconvenience.
Rack use state is reflected by the occupancy situation of each U (unit) in rack, and then can calculate rack The information such as number installed of 1U, 2U, 4U equipment in utilization rate, rack.The monitor in real time of rack service condition can be obtained in real time Required data, for the equipment restocking erection schedule in follow-up rack or even whole computer room provides decision-making foundation, with very big Practical significance.Current rack use state monitor mode checks record using manual site, wastes time and energy, and easily occur Record is wrong or leakage is recorded, and there is very big hidden danger;With the increase of rack quantity and increasing for equipment within machine cabinet, workload can continue Increase, human cost is increased.In addition, delayed in time using the data that manual type is obtained, it is impossible to reflect machine in real time Cabinet service condition, does not meet that current computer room is unmanned, intelligentized trend.
The content of the invention
Present invention aim at for traditional manual monitoring rack service condition mode workload it is big, result is delayed shows Shape, there is provided a kind of rack use state real-time monitoring system and method, so as to reach in real time, monitoring cabinet service condition exactly Purpose.
It is the rack use state monitoring system provided by the present invention up to above-mentioned purpose, specifically includes:Sensing indicates dress Put, data coding device and data processing equipment;The sensing instruction device is arranged on rack, for according to the machine for sensing The change conditions generation induced signal of each unit in cabinet;The data coding device is connected with the sensing instruction device, is used for Receive the induced signal, and it is pre- by being encoded to after the induced signal and rack numbering binding corresponding to the induced signal The binary signal of the formula that fixes;The data processing equipment is connected with the data coding device, for according to the binary system Signal of change obtains the use state of the rack corresponding to the binary signal.
In above-mentioned rack use state monitoring system, it is preferred that the sensing instruction device includes mechanical sensing module And display module;The mechanical sensing module is used to sense the equipment upset condition of each unit in rack, exports induced signal;Institute Display module is stated to be arranged in rack in each unit, for when equipment changes in the corresponding unit in rack, by light The service condition of corresponding unit described in signal prompt.
In above-mentioned rack use state monitoring system, it is preferred that the mechanical sensing module passes through the normally closed sense that compresses switch The equipment upset condition of each unit in rack, the display module is answered to produce optical signal by light emitting diode.
In above-mentioned rack use state monitoring system, it is preferred that the sensing instruction device also includes artificial set mould Block, the artificial set module includes hand switch, for when installing particular device in rack or installing cover plate, by craft Hand switch described in set, sends the induced signal of the particular device;Or by hand switch described in hand-reset, send by The particular device exits the induced signal of the rack.
In above-mentioned rack use state monitoring system, it is preferred that the data coding device includes coding module and electricity Link block;The coding module is used to be compiled after the induced signal is bound with the rack numbering corresponding to the induced signal Code is the sixteen-bit binary signal of predetermined format;The electrical connection module is connected with the coding module, for by described ten Pre-determined bit data information transfer is to the data processing equipment in six binary signals.
In above-mentioned rack use state monitoring system, it is preferred that the data processing equipment includes circuit link block With data storage and computing module;The circuit link block is connected with the electrical connection module, for receiving the pre-determined bit Data message;The data storage is connected with computing module with the circuit link block, described predetermined for storing and reading Position data message, and the rack corresponding to obtaining the pre-determined bit data message is calculated according to the pre-determined bit data message Use state.
The present invention also provides a kind of rack use state monitoring method, and the monitoring method is included:By being arranged at rack Equipment situation in sensing instruction device sensing unit in each unit;When the sensing instruction device has sensed that equipment pushes machine In cabinet, the sensing instruction device generation trailing edge signal is simultaneously exported to data coding device;Or, working as the sensing instruction device Sensing in rack has equipment to exit, the sensing instruction device generation rising edge signal and output to data coding device;Institute State data coding device and receive the trailing edge signal or the rising edge signal, by the trailing edge signal or the rising edge Signal is encoded to the binary signal of predetermined format after being bound with the rack numbering corresponding to it, the binary system of predetermined format is believed Number described output is to data processing equipment;The data processing equipment is calculated according to the binary signal and obtains the binary system The use state of the rack corresponding to signal.
In above-mentioned rack use state monitoring method, it is preferred that the binary signal of the predetermined format is sixteen bit Binary signal;The front three of high eight-bit is used to define the extension of rack number or rack institute in wherein described sixteen-bit binary signal In column number information, five are used to define the rack number information that the sixteen-bit binary signal corresponds to rack afterwards;Described ten First of low eight is that equipment is taken out or inserts and judge position in rack unit in six binary signals, and second is in rack Element number expands position, and six is element number information in rack afterwards.
In above-mentioned rack use state monitoring method, it is preferred that the data processing equipment is believed according to the binary system Number calculate and to obtain the use state of the rack corresponding to the binary signal and include:Analyzed according to the binary signal and obtained What the data coding device was received is the trailing edge signal or the rising edge signal, according to the trailing edge signal or The rising edge signal changes rack use state list, and the use for obtaining rack is calculated according to the rack use state list State.
In above-mentioned rack use state monitoring method, it is preferred that believed according to the trailing edge signal or the rising edge Number modification rack use state list include:When for the rising edge signal, the correspondence in the rack use state list Unit usage record position adds and uses mark;When for the trailing edge signal, in the deletion rack use state list Using for corresponding unit usage record position is identified.
Advantageous Effects of the invention are:It is improved by existing cabinet design, increases a kind of rack and use Realtime monitoring equipment, by the service condition of display rack unit in real time, real-time or timing (as needed) is raw Into indices data is activation monitoring server and show;The humanization designing of the device, practicality, adapt to most of rack application Scene, and human cost can be saved, elimination manually counts the error brought, for machine room layout arrangement provides decision references.
Brief description of the drawings
Accompanying drawing described herein is used for providing a further understanding of the present invention, constitutes the part of the application, not Constitute limitation of the invention.In the accompanying drawings:
Fig. 1 is rack use state monitoring system structural representation provided by the present invention;
Fig. 2 is rack use state monitoring system decomposing schematic representation provided by the present invention;
Fig. 3 is sensing instruction device structural representation provided by the present invention;
Fig. 4 A are data coding device structural representation provided by the present invention;
Fig. 4 B are the signal type corresponding relation schematic diagram of input provided by the present invention and output;
Fig. 5 is data processing equipment structural representation provided by the present invention;
Fig. 6 is the rack use state monitoring system structural representation provided in one embodiment of the present invention;
Fig. 7 is the schematic flow sheet of rack use state monitoring method provided by the present invention.
Specific embodiment
For the purpose, technical scheme and advantage for making the embodiment of the present invention become more apparent, with reference to embodiment and attached Figure, is described in further details to the present invention.Here, schematic description and description of the invention is used to explain the present invention, But it is not as a limitation of the invention.
Refer to shown in Fig. 1, rack use state monitoring system provided by the present invention is specifically included:Sensing indicates dress Set to 0 01, data coding device 002 and data processing equipment 003;The sensing instruction device 001 is arranged on rack, for root Induced signal is generated according to the change conditions of each unit in the rack for sensing;The data coding device 002 refers to the sensing Showing device 001 is connected, for receiving the induced signal, and by the induced signal and the rack corresponding to the induced signal The binary signal of predetermined format is encoded to after numbering binding;The data processing equipment 003 and the data coding device 002 It is connected, the use state for calculating the rack corresponding to obtaining the binary signal according to the binary signal;It is actual In work, the rack use state monitoring system includes sensing instruction device 001, data coding device 002, data processing dress Set to 0 03;The structural relation schematic diagram of each device is as shown in Figure 1 in rack;Sensing instruction device 001 is carried on the back installed in rack column piece Face, sensing instruction device 001 just directly transmits data, data with data coding device 002 installed in same circuit board Processing unit 003 is arranged on the convenient wiring adjacent with the first two device of rack inner side.
Refer to shown in Fig. 2, in a preferred embodiment of the invention, the sensing instruction device 001 is passed comprising machinery Sense module 101, artificial set module 103 and display module 102;The mechanical sensing module 101 is used to sense each list in rack The equipment upset condition of unit, exports induced signal;The display module 102 is arranged in rack in each unit, for working as rack In corresponding unit in equipment when changing, the service condition of the corresponding unit is pointed out by optical signal;It is described manually to put Position module 103 includes hand switch, for when installing particular device in rack or installing cover plate, by hand described in manual set Dynamic switch, sends the induced signal of the particular device;Or by hand switch described in hand-reset, send and specific set described The standby induced signal for exiting the rack.Wherein, the mechanical sensing module 101 is by each list in the normally closed sensing rack that compresses switch The equipment upset condition of unit, the display module 102 produces optical signal by light emitting diode.
In real work, sensing instruction device 001 is as shown in figure 3, major function is each U (list in dynamic sensing rack Unit) change conditions, including mechanical sensing module 101, display module 102 and artificial set module 103.Wherein machinery senses mould Block 101 can touch switch using normally closed pressure, equipment upset condition in sensing rack in real time be realized, when single U is fitted without in rack During equipment, switch closure is high level;When rack has equipment to push trigger switch, trailing edge signal is produced, represent the rack Correspondence U has equipment to install, and when rack has equipment to release trip switch, produces rising edge signal, represents that the corresponding U of the rack sets It is standby to exit;In addition, the quantity of single rack signal be equal to the rack U numbers, conventional rack have 32U, 37U, 42U, 47U, 52U, then corresponding signal number is 32,37,42,47,52;The display module 102 can then use light emitting diode, corresponding to every One U, illuminating state shows that the U is occupied, and OFF state shows that the U is unoccupied;Artificial set module 103 can use hand Dynamic switch, for installing special installation in rack under a few cases, (kind equipment does not have front panel Crush trigger sensing module 101) or the situation of cover plate is installed, its priority is higher than mechanical sensing module 101;Manual setting switch sends the U and newly installs Standby signal, conversely, sending the signal that the U exits equipment by resetting the hand switch.
Refer to shown in Fig. 4 A, in the above-described embodiments, the data coding device 002 includes coding module 201 and electricity Link block 202;The coding module is used to for the induced signal to number binding with the rack corresponding to the induced signal The sixteen-bit binary signal of predetermined format is encoded to afterwards;The electrical connection module is connected with the coding module, for by institute State in sixteen-bit binary signal pre-determined bit data information transfer to the data processing equipment.
Data coding device 002, as shown in Figure 4 A, major function is will to sense the multichannel two that produces of instruction device 001 to enter Signal coding processed is into hexadecimal signal.Including coding module 201 and electrical connection module 202.
Wherein, the signal and place rack that coding module 201 produces sensing instruction device 001 are numbered together, are encoded into 16 binary signals of specific format, realize input information Binary Conversion.Tables 1 and 2 respectively defines binary system letter Number most-significant byte and least-significant byte form and each representative implication.
Table 1
Latter 5 in most-significant byte are used for representing that rack is numbered, and support to represent 32 racks;Remaining 3 are reserved for the expansion of rack number Column number where opening up or being defined as rack is used.
Table 2
In least-significant byte coding, U numberings are 6 binary signals, are formed by 32-52 roads single input binary signal coding.It is defeated Enter end signal according to each U in the position of rack, each U 1 signal of correspondence from lower to upper, from low level toward bit number high, is obtained 32-52 input signal.Input and the value corresponding relation such as following formula for exporting:Value=the output 6 (two of U location numbers where input System) switch to metric value, 6 after coding binary signal most multipotency represents 2^6=64 kind signals, can meet demand. The signal type of input is the trailing edge (equipment addition) or rising edge (equipment is exited) signal of single channel, and its property is true by judging position It is fixed;6 U numbering types after coding are square-wave signal.For the situation that multiple signals are input into simultaneously, encoder uses time delay Treatment, i.e., wherein signal first produces output all the way, treats one section of time delay (more than square wave duration, it is ensured that output waveform is not overlapped) Afterwards, another road signal produces output, by that analogy;Input is with the signal type corresponding relation for exporting as shown in Figure 4 B;1 judgement Position is used for judging that input is rising edge or trailing edge;1 reserved bit is reserved, is used when numbering and extend for U.
Electrical connection module 202, the main connection for completing data coding device 002 and data processing equipment 003, will compile The significance bit of 16 binary signals of the code generation of module 201 is transmitted to data processing equipment 003.
In a preferred embodiment of the invention, the data processing equipment comprising circuit link block and data storage with Computing module;The circuit link block is connected with the electrical connection module, for receiving the pre-determined bit data message;It is described Data storage is connected with computing module with the circuit link block, for storing and reading the pre-determined bit data message, with And the use state of the rack corresponding to obtaining the pre-determined bit data message is calculated according to the pre-determined bit data message.
In real work, the data processing equipment 003, as shown in figure 5, main complete receiving encoded signal Afterwards, rack utilization rate is calculated, and result is sent.Comprising circuit link block 301, data storage and computing module 302 With output interface module 303.The circuit link block 301, for being docked with electrical connection module 202, transmits encoded signal;Institute Data storage and computing module 302 are stated, using single-chip microcomputer integrated circuit chip, realizes that storage, access and the index of data are calculated Function.The data stored in built-in storage unit are divided into two kinds:1) the total U numbers of rack;2) U list of locations has been taken, using array Storage, and can dynamically add record;Stored in data transfer to built-in storage unit after coding, when calculating all kinds of indexs, Data are extracted from memory cell;Wherein described output interface module 303, there is provided output interface, number is transmitted to monitoring server According to.
To sum up, rack use state is mainly monitored in monitor in real time link by rack use state in real work System (sensing instruction device 001, data coding device 002 and data processing equipment 003) performs monitoring, for ease of showing and managing Reason control, also can connect a monitoring server by the rack use state monitoring system, and both are connected by communication network, tool Body structure refer to shown in Fig. 6;Rack real-time monitoring equipment is responsible for Real-time Collection rack state, coding and processing data;Communication Network is responsible for connecting environment and the external environment condition where monitoring server in computer room, the number that transmission output interface module 303 sends According to;Monitoring server is responsible for receiving data and showing.
The present invention also provides a kind of rack use state monitoring method, and the monitoring method is included:By being arranged at rack Equipment situation in sensing instruction device sensing unit in each unit;When the sensing instruction device has sensed that equipment pushes machine In cabinet, the sensing instruction device generation trailing edge signal is simultaneously exported to data coding device;Or, working as the sensing instruction device Sensing in rack has equipment to exit, the sensing instruction device generation rising edge signal and output to data coding device;Institute State data coding device and receive the trailing edge signal or the rising edge signal, by the trailing edge signal or the rising edge Signal is encoded to the binary signal of predetermined format after being bound with the rack numbering corresponding to it, the binary system of predetermined format is believed Number described output is to data processing equipment;The data processing equipment is calculated according to the binary signal and obtains the binary system The use state of the rack corresponding to signal.
In a preferred embodiment of the invention, the binary signal of the predetermined format is sixteen-bit binary signal; The front three of high eight-bit is used to define the extension of rack number or column number letter where rack in wherein described sixteen-bit binary signal Cease, afterwards five rack number informations for being used to define the sixteen-bit binary signal correspondence rack;The sixteen-bit binary First of low eight is that equipment is taken out or inserts and judge position in rack unit in signal, second in rack element number open up Exhibition position, six is element number information in rack afterwards.
In the above-described embodiments, the data processing equipment is calculated according to the binary signal and obtains the binary system letter The use state of the rack corresponding to number is included:The data coding device is obtained according to binary signal analysis to receive Be the trailing edge signal or the rising edge signal, according to the trailing edge signal or rising edge signal modification rack Use state list, the use state for obtaining rack is calculated according to the rack use state list.
In the above-described embodiments, according to the trailing edge signal or rising edge signal modification rack use state list Comprising:When for the rising edge signal, corresponding unit usage record position adds and makes in the rack use state list With mark;When for the trailing edge signal, corresponding unit usage record position in the deletion rack use state list Use mark.
In real work, the method for real-time monitoring flow chart for rack service condition of the invention is as shown in fig. 7, in application In be divided to two kinds of scenes:Equipment new clothes and equipment are exited.
Wherein, equipment new clothes are included:Sensing instruction device 001 has sensed equipment push-in rack (or in particular cases The artificial set module 103 of set), U correspondence indicator lamps are lighted, and produce trailing edge signal, and transmit to data coding device 002;Data coding device 002 receives signal, and 16 binary coded signals are produced by encoding, and transmits to data processing equipment 003;Data processing equipment 003 first stores binary coded signal, has taken U list of locations record and Jia 1, then log-on data Treatment.Result is exported to monitoring server by output interface module 303;
Wherein, equipment is exited and included:Sensing instruction device 001 has sensed that equipment exits rack (or in particular cases Reset artificial set module 103), U correspondence indicator lamps extinguish, and produce rising edge signal, and transmit to data coding device 002;Data coding device 002 receives signal, and 16 binary coded signals are produced by encoding, and transmits to data processing equipment 003;Data processing equipment 003 first stores binary coded signal, has taken U list of locations record and has subtracted 1, then log-on data Treatment.Result is exported to monitoring server by output interface module 303;In data handling, according to the machine for receiving U of each rack uses data in room, can as desired generate rack U utilization rate statistics, it is also possible to further analysis life Into U that is available for installing and using and server number of units, etc..
It is improved by existing cabinet design, increases a kind of rack use state real-time monitoring equipment, by real-time Show the service condition of rack unit, real-time or timing (as needed) generation indices data is activation monitoring service Device simultaneously shows;The humanization designing of the device, practicality, adapt to most of rack application scenarios, and can save human cost, Elimination manually counts the error brought, for machine room layout arrangement provides decision references.
Particular embodiments described above, has been carried out further in detail to the purpose of the present invention, technical scheme and beneficial effect Describe in detail bright, should be understood that and the foregoing is only specific embodiment of the invention, the guarantor being not intended to limit the present invention Shield scope, all any modification, equivalent substitution and improvements within the spirit and principles in the present invention, done etc., should be included in this Within the protection domain of invention.

Claims (10)

1. a kind of rack use state monitoring system, it is characterised in that the monitoring system is included:Sensing instruction device, data Code device and data processing equipment;
The sensing instruction device is arranged on rack, and sense is generated for the change conditions according to each unit in the rack for sensing Induction signal;
The data coding device is connected with the sensing instruction device, for receiving the induced signal, and by the sensing Signal is encoded to the binary signal of predetermined format after being bound with the rack numbering corresponding to the induced signal;
The data processing equipment is connected with the data coding device, described in calculating acquisition according to the binary signal The use state of the rack corresponding to binary signal.
2. rack use state monitoring system according to claim 1, it is characterised in that the sensing instruction device is included Mechanical sensing module and display module;
The mechanical sensing module is used to sense the equipment upset condition of each unit in rack, exports induced signal;
The display module is arranged in rack in each unit, for when equipment changes in the corresponding unit in rack, The service condition of the corresponding unit is pointed out by optical signal.
3. rack use state monitoring system according to claim 2, it is characterised in that the mechanical sensing module passes through The equipment upset condition of each unit in the normally closed sensing rack that compresses switch, the display module produces light to believe by light emitting diode Number.
4. rack use state monitoring system according to claim 1, it is characterised in that the sensing instruction device is also wrapped Containing artificial set module, the artificial set module includes hand switch, for when installation particular device in rack or installation lid During plate, by hand switch described in manual set, the induced signal of the particular device is sent;Or by hand described in hand-reset Dynamic switch, sends the induced signal that the particular device is exited the rack.
5. rack use state monitoring system according to claim 1, it is characterised in that the data coding device is included Coding module and electrical connection module;
The coding module is used to be encoded to after the induced signal is bound with the rack numbering corresponding to the induced signal The sixteen-bit binary signal of predetermined format;
The electrical connection module is connected with the coding module, for by predetermined figure in the sixteen-bit binary signal it is believed that Breath is transmitted to the data processing equipment.
6. rack use state monitoring system according to claim 5, it is characterised in that the data processing equipment is included Circuit link block and data storage and computing module;
The circuit link block is connected with the electrical connection module, for receiving the pre-determined bit data message;
The data storage is connected with computing module with the circuit link block, for storing and reading the predetermined figure evidence Information, and the use shape of the rack corresponding to obtaining the pre-determined bit data message is calculated according to the pre-determined bit data message State.
7. a kind of rack use state monitoring method, it is characterised in that the monitoring method is included:
By equipment situation in the sensing instruction device sensing unit that is arranged in rack each unit;
In the sensing instruction device has sensed equipment push-in rack, the sensing instruction device generation trailing edge signal is simultaneously Export to data coding device;Or,
There is equipment to exit in the sensing instruction device senses rack, the sensing instruction device generation rising edge signal is simultaneously Export to data coding device;
The data coding device receives the trailing edge signal or the rising edge signal, by the trailing edge signal or described Rising edge signal is encoded to the binary signal of predetermined format after being bound with the rack numbering corresponding to it, by the two of predetermined format Exported described in binary signal to data processing equipment;
The data processing equipment calculates making for the rack corresponding to obtaining the binary signal according to the binary signal Use state.
8. rack use state monitoring method according to claim 7, it is characterised in that the binary system of the predetermined format Signal is sixteen-bit binary signal;
The front three of high eight-bit is used to define the extension of rack number or rack column is compiled in wherein described sixteen-bit binary signal Number information, afterwards five rack number informations for being used to define the sixteen-bit binary signal correspondence rack;
First of low eight is that equipment is taken out or inserts and judge position in rack unit in the sixteen-bit binary signal, second Position is element number expansion position in rack, and six is element number information in rack afterwards.
9. rack use state monitoring method according to claim 7, it is characterised in that the data processing equipment according to The use state that the binary signal calculates the rack corresponding to the acquisition binary signal is included:According to the binary system What the signal analysis acquisition data coding device was received is the trailing edge signal or the rising edge signal, according to described Trailing edge signal or rising edge signal modification rack use state list, calculate according to the rack use state list and obtain Obtain the use state of rack.
10. rack use state monitoring method according to claim 9, it is characterised in that according to the trailing edge signal Or the rising edge signal modification rack use state list is included:When for the rising edge signal, used in the rack Corresponding unit usage record position adds and uses mark in status list;When for the trailing edge signal, the rack is deleted Corresponding unit usage record position uses mark in use state list.
CN201710228819.7A 2017-04-10 2017-04-10 Rack use state monitoring system and method Pending CN106843116A (en)

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CN110418569A (en) * 2019-07-29 2019-11-05 中国工商银行股份有限公司 Determine method and apparatus, the electronic equipment, medium of server installation site

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CN102546309A (en) * 2012-02-22 2012-07-04 浪潮电子信息产业股份有限公司 Dynamic supervision method for in-place status of data center equipment
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