CN101820532A - Method for realizing full three-dimensional intelligent virtual computer room - Google Patents
Method for realizing full three-dimensional intelligent virtual computer room Download PDFInfo
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Abstract
The invention relates to a method for realizing a full three-dimensional intelligent virtual computer room, and belongs to the fields of computer graphics and virtual reality. The method comprises the following steps of: (1) simulating a full three-dimensional system structure and state; (2) monitoring and managing the running states of multiple kinds of large computer room equipment in real time; (3) performing monitoring, transmission and three-dimensional display on signals in real time based on a C/S architecture; (4) automatically laying out and wiring in a three-dimensional space system in real time; and (5) in a three-dimensional space, performing quick positioning, three-dimensional navigation and intelligent analysis on exceptional equipment. In the method, after a two-dimensional sketch map is changed into a full three-dimensional real-time intelligent layout map, according to equipment connection information updated by a server, all equipment is subjected to real-time layout and wiring at a client, the connection relationships of the multiple kinds of equipment are more clear and intuitively, the concept of layout is added, and a phenomenon that a flow chart only has a single function of the connection relationships is improved, so each equipment comprises definite real-time position information, the exceptional equipment is quickly positioned, and the navigation display and intelligent analysis in the three-dimensional space assist users to more effectively judge problems and solve problems.
Description
Technical field
The present invention relates to computer graphics and virtual reality technology, specifically is a kind of implementation method of full three-dimensional intelligent virtual computer room.
Technical background
In broadcasting station or TV station, the system of up to a hundred equipment formations is supporting each channel to be input to the whole process of output from signal, in case wherein some equipment takes place unusual, will exert an influence to whole system, but radio station and live telecast can not be interrupted because equipment takes place unusual.Therefore, be similar to this needs in radio station at present and keep online bulky systems always, all use two cover management systems, a cover is a supervisory control system, and a cover is a back-up system.When certain equipment takes place just to start back-up system when unusual, supervisory control system can be informed that the operator on duty is definite unusual facility information is taken place simultaneously, and assists the operator on duty in the shortest time unit exception to be solved, the recovery system operation.
Domestic employed supervisory control system substantially all is the two-dimentional flow chart of watch-dog real-time status at present, general all is that the front and back level that demonstrates equipment in the system simply connects relation, and shows the real-time status of representing each equipment by change color and literal.Along with science and technology development, the equipment in radio station is more and more, if show the whole system flow process in original two-dimentional real-time monitoring system, each equipment can narrow down to the size that naked eyes can't identification, has just lost the function of supervisory control system.Even if there is huge screen can support the normal demonstration of all devices, existing system has also only comprised the simple annexation of equipment room, does not comprise the position of equipment in actual environment.Need find some equipment in so many machine room in the very first time for the operator on duty, the assistance ability of existing system is just very little.
In addition, present schematic diagrames more both domestic and external, as the schematic diagram in the airport, the navigation map in the park etc. all is the picture that manual drawing goes out, the effect for passenger or visitor only play map often still can not help the user to find the destination effectively.And after the facility of certain in the airport was reconstructed, schematic diagram just need upgrade by manually repainting.
After the present invention makes two-dimensional representation into complete three-dimensional real-time intelligent layout, equipment link information according to server update, in client all equipment is carried out place and route in real time, make that not only the annexation of each equipment is more clear, more directly perceived, and added the notion of layout, improved the simple function that flow chart has only annexation, make each equipment all comprise definite real-time position information, be convenient to unusual equipment is located rapidly, and assist more effectively decision problem and dealing with problems of user of service by the navigation demonstration in three dimensions and intellectual analysis.For the improvement of airport schematic diagram etc., the present invention adds first person navigation feature after with the intelligent distribution of airport installation again, helps the user to find the destination effectively.
Summary of the invention
The objective of the invention is to defective at the prior art existence, a kind of implementation method of full three-dimensional intelligent virtual computer room is provided, change the two-dimentional flow chart of existing supervisory control system into three-dimensional real-time intelligent layout, utilize the advantage of virtual reality technology, system is carried out the real-time intelligent layout, and take place when unusual at equipment, utilize the device location information behind the autoplacement, carry out real-time navigation by the three-dimension interaction technology, navigate to unusual equipment fast, utilize the intellectual analysis algorithm, abnormal information and experience database are compared, draw the report of possible anomaly analysis, assist the user of service faster, more effectively decision problem and dealing with problems.
Technical solution of the present invention: the implementation method of full three-dimensional intelligent virtual computer room, the main C/S framework that adopts, server end is deposited the facility information that real-time monitoring obtains, client is according to facility information, in three dimensions, carry out the real-time intelligent place and route, and take place to locate rapidly when unusual when equipment, three-dimensional navigation and intellectual analysis, this method step is as follows:
(a) full three dimension system structure and state simulation;
(b) all kinds of large-scale machine room equipment running status are monitored in real time and managed;
(c) based on signal real-time sense, transmission and the three-dimensional display of C/S framework;
(d) real-time automatic placement and routing of three dimensions system;
(e), unusual equipment is located three-dimensional navigation and intellectual analysis rapidly at three dimensions.
The concrete grammar of full three dimension system structure of above-mentioned step (a) and state simulation is:
A) passage, machine room and equipment all are that real-time three-dimensional shows;
B) circuit of equipment room also connects in three dimensions;
C) passage, the state of machine room and equipment carries out analogue simulation by three-dimensional special efficacy.
The concrete grammar that above-mentioned step (b) is monitored in real time and managed all kinds of large-scale machine room equipment running status is:
A) be that each main equipment adds a cover embedded system, major function is to obtain the humiture information of equipment and running state information etc. and all be stored in data in the server;
B) computer client at full three-dimensional intelligent virtual computer room system place obtains the real time information data of each equipment in the server, by the man-machine interface of three-dimensionalization all devices is monitored and is managed.
Above-mentioned step (c) based on the concrete grammar of signal real-time sense, transmission and the three-dimensional display of C/S framework is:
A) add a cover embedded system for each main equipment, major function is to obtain the humiture information of equipment and running state information etc., set up the system of C/S framework, the computer at each equipment and full three-dimensional intelligent virtual computer room place all is a client, built-in monitor system is linked into same server by internal lan, and by ICP/IP protocol the information data transmission that obtains is arrived server, data storing is at server end;
B) acquisition system of each equipment end is regularly carried out the collection of real-time status to equipment and is stored in the database of server end, comprises ambient condition parameter such as temperature, humidity etc., and running state parameter is as outage, and short circuit is opened circuit, and is unusual, and standby is reported to the police etc.;
C) computer client at full three-dimensional intelligent virtual computer room place, by filing an application to server, obtain the annexation that the information that needs comprises equipment, distributed intelligence and real-time status information etc. are carried out real-time placement-and-routing, and the form by three-dimensionalization shows when equipment generation abnormality.
The step of the automatic placement and routing of three dimensions system that above-mentioned step (d) is real-time is:
A) read the equipment link information of server end: Network Transmission is separated device nodes with annexation, this method at first will be preserved link information for each device nodes, the information that reads comprises: device id number, capable number, row number, input signal flow queue and output signal flow queue, residing passage of equipment and machine room information etc.;
B) device location is determined: at first, define from left to right direction as the direction of signal flow; Secondly, for efficient and accurately wiring, we will be positioned at the same row that are positioned at network with the device nodes of one-level signal flow.If an equipment is positioned at many bars stream links, then get the row maximum, can avoid loop line to cause wiring staggered like this; At last, add up the device nodes number of each row, and by predefined position mode arrangements is set according to different numbers.
Above-mentioned step (e) is located rapidly unusual equipment at three dimensions, and the step of three-dimensional navigation and intellectual analysis is:
A) equipment takes place when unusual, and the ID according to equipment searches list of devices, concrete residing machine room of the equipment that navigates to then and passage;
B) by the three-dimension interaction technology, navigate to the unusual equipment that takes place with first person, residing passage of the equipment that is introduced into or floor, the residing machine room of access arrangement again, check the details of equipment at last, the state information that comprises equipment, log-on message, management information and the equipment detail location in machine room etc.;
C) detailed data that obtains of the transducer by watch-dog is carried out proportioning with Mishap Database, and analyze the concrete abnormality that this equipment takes place: comprise delay, short circuit is opened circuit, and standby is reported to the police etc.; Provide this abnormality to the prime of this equipment and the analysis result of the influence of back level equipment with written form simultaneously, and show by the form of three-dimension interaction is auxiliary.
The present invention compared with prior art has following conspicuous outstanding substantive distinguishing features and remarkable advantage:
(1) at present monitoring of tools all to be to use the equipment flowsheet of two dimension, this method to use full three-dimension interaction system be a kind of method of innovation;
(2) this method connects two dimension and converts the notion that has added layout after the three-dimensional again to, makes each equipment all comprise definite positional information, is convenient to take place to locate rapidly when unusual at equipment;
(3) function of the first person three-dimensional navigation in this method helps the user of service to navigate to the unusual equipment of generation in the real world with method the most intuitively;
(4) intelligent analysis method in this method provides the analysis result of unit exception state, assists more effectively decision problem and dealing with problems of user of service.
(5) this method is not only applicable to the monitoring of virtual computer room, can also and derive by expansion, with the airport schematic diagram, indoor and outdoor layouts such as park schematic diagram carry out three-dimensionalizations, the layout information of three-dimensional facility not only can be provided, and advantage is simultaneously: the first, layout is that real-time three-dimensional is drawn, in case the somewhere facility is reconstructed, only need by the server apprizing system, system is model, path and the positional information of energy real-time update reconstruction facility just; The second, when the user of service is in certain position, or when wanting to reach certain position, this method has the three-dimensional navigation function, can not only help to cook up the path, and can be in three dimensions, with the first person simulation from existing position walking to the whole process of destination locations.Thoroughly reformed the two-dimensional representation of this class simple function.
Description of drawings
Fig. 1 is a full three-dimensional intelligent virtual computer room overall system block diagram.
Fig. 2 is placement-and-routing's grid model.
Fig. 3 is the geometrical model of several connecting lines.
Fig. 4 is that barrier and row's barrier schematic diagram are met in the wiring of colleague's equipment.
Fig. 5 is that the one-to-many circuit is met barrier and row's barrier schematic diagram.
Fig. 6 is a circuit point of addition offset variable schematic diagram.
Fig. 7 is the design sketch of full three-dimensional intelligent virtual computer room design.
Fig. 8 is the design effect figure of three-dimensional airport intelligent distribution figure.
Fig. 9 is the full three-dimensional intelligent virtual computer room effect sectional drawing of realizing.
Figure 10 is a device intelligence placement-and-routing effect sectional drawing.
Embodiment
The preferred embodiments of the present invention accompanying drawings is as follows:
Embodiment one: the step of the implementation method of this full three-dimensional intelligent virtual computer room is as follows:
A. full three dimension system structure and state simulation;
B. all kinds of large-scale machine room equipment running status are monitored in real time and managed;
C. based on signal real-time sense, transmission and the three-dimensional display of C/S framework;
D. real-time automatic placement and routing of three dimensions system;
E. at three dimensions, unusual equipment is located three-dimensional navigation and intellectual analysis rapidly.
Embodiment two: present embodiment is identical with embodiment one, and special feature is as follows:
The concrete grammar of full three dimension system structure of described step (a) and state simulation is:
A) passage, machine room and equipment all are that real-time three-dimensional shows;
B) circuit of equipment room also connects in three dimensions;
C) passage, the state of machine room and equipment carries out analogue simulation by three-dimensional special efficacy;
The step that described step (b) is monitored in real time and managed all kinds of large-scale machine room equipment running status is:
A) for each main equipment adds a cover embedded system, obtain the humiture information and the running state information of equipment and all be stored in data in the server;
B) computer client at full three-dimensional intelligent virtual computer room system place obtains the real time information data of each equipment in the server, by the man-machine interface of three-dimensionalization all devices is monitored and is managed.
Described step (c) based on the concrete grammar of signal real-time sense, transmission and the three-dimensional display of C/S framework is:
A) add a cover embedded system for each main equipment, obtain the humiture information and the running state information of equipment, set up the system of C/S framework, the computer at each equipment and full three-dimensional intelligent virtual computer room place all is a client, built-in monitor system is linked into same server by internal lan, and by ICP/IP protocol the information data transmission that obtains is arrived server, data storing is at server end;
B) acquisition system of each equipment end is regularly carried out the collection of real-time status to equipment and is stored in the database of server end, comprises ambient condition parameter such as temperature, humidity, running state parameter---outage, short circuit, open circuit, unusually, standby and warning;
C) computer client at full three-dimensional intelligent virtual computer room place, by filing an application to server, obtain the annexation that the information that needs comprises equipment, distributed intelligence and real-time status information etc. are carried out real-time placement-and-routing, and the form by three-dimensionalization shows when equipment generation abnormality.
The step of the automatic placement and routing of three dimensions system that described step (d) is real-time is:
A) read the equipment link information of server end: Network Transmission is separated device nodes with annexation, at first to preserve link information for each device nodes, the information that reads comprises: device id number, row number, row number, input signal flow queue and output signal flow queue, residing passage of equipment and machine room information;
B) device location is determined: at first, define from left to right direction as the direction of signal flow; Secondly, for efficient and accurately wiring, will be positioned at the same row that are positioned at network with the device nodes of one-level signal flow; If an equipment is positioned at many bars stream links, then get the row maximum, can avoid loop line to cause wiring staggered like this; At last, add up the device nodes number of each row, and by predefined position mode arrangements is set according to different numbers.
Described step (e) is located rapidly unusual equipment at three dimensions, and the step of three-dimensional navigation and intellectual analysis is:
A) equipment takes place when unusual, and the ID according to equipment searches list of devices, concrete residing machine room of the equipment that navigates to then and passage;
B) by the three-dimension interaction technology, navigate to the unusual equipment that takes place with first person, residing passage of the equipment that is introduced into or floor, the residing machine room of access arrangement again, check the details of equipment at last, comprise state information, log-on message, management information and the equipment detail location in machine room of equipment; The detailed data that transducer by watch-dog obtains is carried out proportioning with Mishap Database, analyzes the concrete abnormality that this equipment takes place: comprise delay, short circuit, open circuit, standby and warning; Provide this abnormality to the prime of this equipment and the analysis result of the influence of back level equipment with written form simultaneously, and show by the form of three-dimension interaction is auxiliary.
Embodiment three: present embodiment and embodiment one are basic identical, overall system block diagram such as Fig. 1 of this embodiment, and special feature is as follows:
The first step: to device model, the machine room model carries out modeling.
Utilize the 3Dmax modeling software, to device model, the machine room model carries out modeling, and exports to the xml form and deposit in client, is convenient to d engine and calls and play up.
Second step: set up C/S framework Data Receiving.
Placement-and-routing's information during interactive three-dimensional is used is responsible for physical layer by server end and is monitored, and is sent to client, and client is carried out network data and resolved.The network data that relates in the application comprises: facility information and equipment connecting relation.Their definition is represented by structure VRDEVICEVIEW and VRDSWITCH that respectively the information description relevant with this method is as follows: the member of DEVICEVIEW has: device numbering, input interface number, output interface number, facility information; The active connection device numbering of the member of VRDSWITCH, purpose connection device numbering.
The 3rd step: full three-dimensional intelligent place and route.
At first, need be to place and route algorithmization constraints.The design constraint of concrete placement-and-routing is as follows: client receives the all-network packet, carries out self routing according to facility information and equipment connecting relation in 3d space, and it is high that completion rate is wanted; The ability of avoiding obstacles is arranged, comprising: equipment and the connecting line that has laid; It is fast that the cloth linear velocity is wanted, and satisfies real-time rendering; Take into account the space aesthetic feeling simultaneously.
Secondly, the modeling of three-dimensional layout and wiring.At first, be grid with placement-and-routing's Region Decomposition, grid left upper apex coordinate is (1,1), the bottom right apex coordinate be (m, n).As shown in Figure 2.In order to be without loss of generality and to satisfy multi-terminal network, the definition left column is signal input row, and right column is signal output row; Definition connection line segment goes up for the right side or the right side is descended.Place-and-route algorithm all uses above-mentioned grid model.Owing to be that three-dimensional interactive is used, be different from the application that is routed in other research fields, must carry out Geometric Modeling to connecting line.This method is used 3ds Max modeling software, carries out probability statistics according to the coordinate position relation of connecting line two terminals in grid model, several substantial linear is carried out modeling, as shown in Figure 3.
Then, the design of placement algorithm.Placement algorithm design is primarily implemented in the three dimensions after the gridding and chooses the position of suitable node as equipment.The standard of our definition be direction with signal flow as limit priority, locus homogenizing and placed in the middle as inferior priority.
(1) equipment reads link information: Network Transmission is separated device nodes with annexation, and client at first will be preserved link information for each device nodes.In addition, also to preserve other useful informations so that show.Equipment in this method is by class TEquipment abstract representation.Wherein relevant with this method algorithm data member comprises: device id number, row number, row number, input signal flow queue and output signal flow queue.
(2) the equipment column position is determined:
At first, we define from left to right direction as the direction of signal flow.
Secondly, for efficient and accurately wiring, we will be positioned at the same row that are positioned at network with the device nodes of one-level signal flow.If an equipment is positioned at many bars stream links, then we get the row maximum, can avoid loop line to cause wiring staggered like this.
At last, add up the device nodes number of each row, and by predefined position mode arrangements is set according to different numbers.We carry out recursive algorithm calculated column position to device nodes whole algorithm.
(3) the equipment line position is determined: determine the line position of each equipment according to arrange information and predefine mapping relations of grid ranks.Mapping relations are as follows:
Row
i＝Center
j±(m-1)*GridSize
y+h
rand(i，j，m)
Wherein, i represents i equipment, the central point Center of the corresponding mesh space of j level
j, j level number of devices is m, definition grid y direction size is GridSize
y, h
Rand(i, j m) obey the interval
Interior Gaussian Profile.
Once more, wiring algorithm design.
(1) wiring basic algorithm: wiring is met barrier and is defined as follows: during with row wiring, suppose two terminal mesh coordinates for (m, n-i), (m, n-j), wherein whether i＞j occupied to n-j-1 cyclic query mesh node from n-i+1, if take, then is judged as and meets barrier.During different capable heterotaxy wiring, suppose two kinds of nodes for (m-k, n-i), (m-l, n-j), wherein i＞j, k＞l carry out mesh node earlier and take status inquiry from n-i+ 1 to n-j, if take, directly are judged as to meet and hinder; If not, from (m-k is n-j) to (m-l, n-j) whether the cyclic query mesh node is occupied, if take, then is judged as, meets barrier.
The wiring basic algorithm mainly is source device node and a destination device node of determining connecting line according to the DeviceId among the structure VRDSWITCH and LinkDevice.Then, inquire about both grid position attributes.According to the position attribution feature, do respective handling according to colleague, same column, three kinds of situations of different capable heterotaxy.
The colleague then connects up and meets the barrier judgement, if the result then directly connects up for not; Otherwise, then this node is met the barrier sign, arrange barrier optimization.The same column situation with go together similar.During different capable heterotaxy, purpose node line number may occur and be greater than or less than two kinds of situations of source node line number.Connect up respectively and meet the barrier judgement,, then connect up if pass through.
(2) wiring row barrier is optimized: after the wiring basic algorithm is finished, will arrange barrier optimization to overall routing according to the chance barrier sign that is identified in the wiring basic algorithm.The misroute that may occur roughly is divided into following two kinds of situations:
When two device nodes are positioned at grid with delegation, as A among Fig. 4 (a) and C node.Preliminary wiring result can be subjected to the obstruction of barrier B device nodes, causes the comprehension of information ambiguity.Shown in Fig. 4 (b).
When two device nodes are positioned at the different capable heterotaxy of grid, as A among Fig. 5 (a) and C node.This figure is that device nodes A is connected with device nodes C with device nodes B simultaneously in fact.Device nodes B becomes the obstacle node of connection line AC, the ambiguity illusion that causes BC to connect.This method is utilized the higher-dimension characteristic of three dimensional wiring, carries out the wire bond point search in Z direction reference axis, and whether check is occupied, if occupied, then Z direction deviant increases, and so carries out cyclic search, if idle, then connects up.Result behind row's barrier is shown in Fig. 4 (b) and Fig. 5 (b).When multiport is interconnected between analog machine, realize multiport transmission mode between device nodes by point of addition offset variable between equipment and line, as shown in Figure 6.
Abstract factory mode is used: when this method is stated algorithm thought in realization, utilized abstract factory mode in a large number.
Abstract factory mode is a kind of common software design pattern.This pattern provides unified establishment interface for a product family.When certain of this product family of needs is a series of, can from abstract factory, selects corresponding series and create a concrete factory class.It has following advantage:
1) specific product is separated from client codes.
2) change the series of product easily.
3) a series of products are unified to creating together.
Implementation strategy is as follows: equipment and connecting line are regarded as product a small bundle of straw, etc. for silkworms to spin cocoons on, define an abstract base class respectively.Each specific products is responsible for specific implementation, comprising: binding specific products model is provided with corresponding product attribute etc.Then, define factory respectively and create class, the corresponding product of dynamic creation as a result that obtains according to above-mentioned algorithm computation.
The 4th step: 3 D intelligent is interactive to be shown.
Experimentation is to use the Cora3D virtual reality exploitation engine (prime information Estate Division major project problem) of laboratory independent research, and its bottom figure API is DirectX9.0c.By receiving the data that the webserver transmits, the algorithm that uses this method to propose these data is handled again, obtains real-time valid data and utilizes the Cora3D graphics engine to play up.The mutual demonstration of 3 D intelligent comprises:
1) three-dimensional machine room model, device model carries out real-time layout and demonstration according to the result of intelligent distribution algorithm computation;
2) result that goes out by the intelligent wiring algorithm computation of the line of equipment and equipment room connects up in real time and shows;
3) take place when unusual when certain equipment,, locate fast and the residing machine room of unusual equipment carried out real-time placement-and-routing and demonstration by the three-dimensional animation technology;
4) by with the comparison of fault experience database, analyze the anomaly analysis report of this equipment, show by various defined 3-D effects and literal owing to show that focus is provided in a side of on this equipment,, also very directly perceived so displaying contents is very clear;
5) searching algorithm that adds paths by the roaming of first person in the three dimensions, navigates to target device place accurate location, and the performance in its position and path all is to simulate according to actual environment fully.
Experimental result
We realize method of the present invention under WindowsXP SP2 system, make and the test of reaching the standard grade the art designing who carries out the later stage at present, and the real time execution of complete three virtual computer rooms can reach more than the 50FPS, the configuration such as the table 1 of test platform.Design sketch such as Fig. 7 of full three-dimensional intelligent virtual computer room design, design effect such as Fig. 8 of three-dimensional airport intelligent distribution figure; Present full three-dimensional intelligent virtual computer room effect sectional drawing such as Fig. 9 that realizes, device intelligence placement-and-routing effect sectional drawing such as Figure 10 in some machine rooms.
Table 1 test platform
Claims (6)
1. the implementation method of a full three-dimensional intelligent virtual computer room is characterized in that its step is as follows:
A. full three dimension system structure and state simulation;
B. all kinds of large-scale machine room equipment running status are monitored in real time and managed;
C. based on signal real-time sense, transmission and the three-dimensional display of C/S framework;
D. real-time automatic placement and routing of three dimensions system;
E. at three dimensions, unusual equipment is located three-dimensional navigation and intellectual analysis rapidly.
2. the implementation method of full three-dimensional intelligent virtual computer room according to claim 1 is characterized in that: the concrete grammar of full three dimension system structure of described step (a) and state simulation is:
A) passage, machine room and equipment all are that real-time three-dimensional shows;
B) circuit of equipment room also connects in three dimensions;
C) passage, the state of machine room and equipment carries out analogue simulation by three-dimensional special efficacy.
3. the implementation method of full three-dimensional intelligent virtual computer room according to claim 1, it is characterized in that: the step that described step (b) is monitored in real time and managed all kinds of large-scale machine room equipment running status is:
A) for each main equipment adds a cover embedded system, obtain the humiture information and the running state information of equipment and all be stored in data in the server;
B) computer client at full three-dimensional intelligent virtual computer room system place obtains the real time information data of each equipment in the server, by the man-machine interface of three-dimensionalization all devices is monitored and is managed.
4. the implementation method of full three-dimensional intelligent virtual computer room according to claim 1, it is characterized in that: described step (c) based on the concrete grammar of signal real-time sense, transmission and the three-dimensional display of C/S framework is:
A) add a cover embedded system for each main equipment, obtain the humiture information and the running state information of equipment, set up the system of C/S framework, the computer at each equipment and full three-dimensional intelligent virtual computer room place all is a client, built-in monitor system is linked into same server by internal lan, and by ICP/IP protocol the information data transmission that obtains is arrived server, data storing is at server end;
B) acquisition system of each equipment end is regularly carried out the collection of real-time status to equipment and is stored in the database of server end, comprises ambient condition parameter such as temperature, humidity, running state parameter---outage, short circuit, open circuit, unusually, standby and warning;
C) computer client at full three-dimensional intelligent virtual computer room place, by filing an application to server, obtain the annexation that the information that needs comprises equipment, distributed intelligence and real-time status information etc. are carried out real-time placement-and-routing, and the form by three-dimensionalization shows when equipment generation abnormality.
5. the implementation method of full three-dimensional intelligent virtual computer room according to claim 1, it is characterized in that: the step of the automatic placement and routing of three dimensions system that described step (d) is real-time is:
A) read the equipment link information of server end: Network Transmission is separated device nodes with annexation, at first to preserve link information for each device nodes, the information that reads comprises: device id number, row number, row number, input signal flow queue and output signal flow queue, residing passage of equipment and machine room information;
B) device location is determined: at first, define from left to right direction as the direction of signal flow; Secondly, for efficient and accurately wiring, will be positioned at the same row that are positioned at network with the device nodes of one-level signal flow; If an equipment is positioned at many bars stream links, then get the row maximum, can avoid loop line to cause wiring staggered like this; At last, add up the device nodes number of each row, and by predefined position mode arrangements is set according to different numbers.
6. the implementation method of full three-dimensional intelligent virtual computer room according to claim 1, it is characterized in that: described step (e) is located rapidly unusual equipment at three dimensions, and the step of three-dimensional navigation and intellectual analysis is:
A) equipment takes place when unusual, and the ID according to equipment searches list of devices, concrete residing machine room of the equipment that navigates to then and passage;
B) by the three-dimension interaction technology, navigate to the unusual equipment that takes place with first person, residing passage of the equipment that is introduced into or floor, the residing machine room of access arrangement again, check the details of equipment at last, comprise state information, log-on message, management information and the equipment detail location in machine room of equipment; The detailed data that transducer by watch-dog obtains is carried out proportioning with Mishap Database, analyzes the concrete abnormality that this equipment takes place: comprise delay, short circuit, open circuit, standby and warning; Provide this abnormality to the prime of this equipment and the analysis result of the influence of back level equipment with written form simultaneously, and show by the form of three-dimension interaction is auxiliary.
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Cited By (28)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102065315A (en) * | 2010-12-28 | 2011-05-18 | 北京东方艾迪普科技发展有限公司 | Three-dimensional visualization method for technical information monitoring of television station |
| CN102110307A (en) * | 2010-12-28 | 2011-06-29 | 北京东方艾迪普科技发展有限公司 | Method for realizing real-time information wandering in three-dimensional scene |
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| CN102110307A (en) * | 2010-12-28 | 2011-06-29 | 北京东方艾迪普科技发展有限公司 | Method for realizing real-time information wandering in three-dimensional scene |
| CN102065315B (en) * | 2010-12-28 | 2012-07-11 | 北京东方艾迪普科技发展有限公司 | Three-dimensional visualization method for technical information monitoring of television station |
| CN102110307B (en) * | 2010-12-28 | 2014-04-30 | 北京东方艾迪普科技发展有限公司 | Method for realizing real-time information wandering in three-dimensional scene |
| CN102065315A (en) * | 2010-12-28 | 2011-05-18 | 北京东方艾迪普科技发展有限公司 | Three-dimensional visualization method for technical information monitoring of television station |
| CN102509367A (en) * | 2011-10-28 | 2012-06-20 | 江苏省电力公司常州供电公司 | Three-dimensional (3D) simulation polling system of electric power automation motor room |
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| CN103310067A (en) * | 2013-06-26 | 2013-09-18 | 上海汉乾信息科技发展有限公司 | Method for realizing real-time analog simulation monitor of devices |
| CN104423874A (en) * | 2013-09-10 | 2015-03-18 | 上海联影医疗科技有限公司 | User interface display method and device |
| CN104423874B (en) * | 2013-09-10 | 2018-12-21 | 上海联影医疗科技有限公司 | A kind of display methods and device of user interface |
| CN105223834A (en) * | 2015-09-23 | 2016-01-06 | 国网上海市电力公司 | A kind of machine room current information real-time dynamic display equipment and application thereof |
| CN105488283A (en) * | 2015-11-30 | 2016-04-13 | 中国能源建设集团广东省电力设计研究院有限公司 | Modeling method and system for machine room data transmission cable |
| CN105488283B (en) * | 2015-11-30 | 2019-01-11 | 中国能源建设集团广东省电力设计研究院有限公司 | The modeling method and system of computer room data transmission cable |
| CN105955230A (en) * | 2016-07-19 | 2016-09-21 | 南京航空航天大学 | Intelligent manufacturing workshop real-time monitoring method based on Unity 3D |
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| CN110351524A (en) * | 2019-07-19 | 2019-10-18 | 厦门尚为科技股份有限公司 | Three-dimensional visualization monitoring method, device, electronic equipment and readable storage medium storing program for executing |
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| CN112785006A (en) * | 2019-10-22 | 2021-05-11 | 捷普电子(广州)有限公司 | Machine equipment state monitoring system and method, computer readable storage medium |
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| CN112419683A (en) * | 2020-11-20 | 2021-02-26 | 广东电力信息科技有限公司 | Machine room equipment monitoring method and system |
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| CN115484172A (en) * | 2022-09-16 | 2022-12-16 | 宝吉良 | Management system and method of computer control terminal based on Internet of things |
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