CN103838912B - A kind of multi-field cooperative operation system - Google Patents
A kind of multi-field cooperative operation system Download PDFInfo
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- CN103838912B CN103838912B CN201310712182.0A CN201310712182A CN103838912B CN 103838912 B CN103838912 B CN 103838912B CN 201310712182 A CN201310712182 A CN 201310712182A CN 103838912 B CN103838912 B CN 103838912B
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Abstract
A kind of multi-field cooperative operation system, comprise simulation tool software, emulation data resolution module and data exchange module corresponding to described simulation tool software, data exchange module comprises parameter input and parameter output, emulation data resolution module comprises parsing data input pin, resolve data output end and Parameter analysis of electrochemical unit, simulation tool software comprises simulation parameter input, simulation parameter outfan and simulation unit, simulation tool software by transmitting emulation data to emulating data resolution module, emulation data resolution module is sent to data exchange module after emulation data parsing is become analytic parameter, by data exchange module, analytic parameter is passed to the simulation tool software of next process again, thereby reach the emulation tool data collaborative work of different field, effectively reduce data transmission and output, the time of input.
Description
[technical field]
The present invention relates to a kind of cooperative operation system, the multi-field association between a kind of multi-domain simulation tool software
Same work system.
[background technology]
At present, using file mode to realize data exchange in multi-field co-design simulation process is modal technology
Scheme, such as most PDM(product data management) system and most of SDM(emulate data management) system.
In PDM system, pay close attention to the management of type product structure tree, and the result data that product is final, as set
Meter model, phantom, drawing, design documentation.These data be carry out unifying in the way of file storing, organize, inquire about, clear
Look at, and examine, the data of these document forms, completely by being uploaded to system manually, plurality of during
Data exchange is also by completing manually.
And in SDM system, pay close attention to design and simulation process and the inputoutput data of process, intermediate data and result
No matter data, be input data or output data, and the mode manually that is essentially all is uploaded, and also has least a portion of SDM system
System, its process data is automatically to upload, and i.e. in process performs, starts tool software, and design and simulation engineer is at tool software
In perform design and simulation work, preserve design simulation results, system takes back the result of tool software automatically, but in difference
Data transmission work between the simulation tool software in field, basic or must rely on and inputted manually.
Therefore, in the prior art, after design engineer completes design and simulation work, being also necessary to will be manually by imitative
True data is uploaded to system, the most manually correlates the data transitive relation between the analogue system of variant field, needs to spend many
Time；Furthermore, in the prior art, need manually to participate in the data transmission guaranteeing between each link in links, and
The emulation data contained in a usual design of Simulation task are very many and complicated, with manpower intervention in each link
Mode carry out data transmission, virtually add much time and manpower, also extend the cycle of whole design simultaneously.
In view of this, for industry, a kind of can automatically automatically emulate in multi-field design of Simulation software
The system that data transmission and data convert, has urgent necessity in fact.
[summary of the invention]
For solving the problems referred to above, the present invention provides a kind of multi-field cooperative operation system, comprises simulation tool software, correspondence
In emulation data resolution module and the data exchange module of simulation tool software, wherein, data exchange module comprises parameter input
End and parameter output, exportable first supplemental characteristic of parameter output；Emulation data resolution module comprises parsing data input
End, parsing data output end and Parameter analysis of electrochemical unit, resolve data input pin and can receive the first supplemental characteristic, via Parameter analysis of electrochemical
Unit can resolve formation the first analytic parameter, is exported the first analytic parameter to soft to emulation tool by resolving data output end
Part；Simulation tool software comprises simulation parameter input, simulation parameter outfan and simulation unit, and simulation parameter input receives
First analytic parameter, and the first analytic parameter is sent to simulation unit, the emulation data of self are combined first by simulation unit
Analytic parameter forms the second supplemental characteristic, and emulation data output end exports the second supplemental characteristic to the solution emulating data resolution module
Analysis data input pin, resolves data input pin and the second supplemental characteristic is sent to Parameter analysis of electrochemical unit, and Parameter analysis of electrochemical unit is by the
Two supplemental characteristics resolve to the second analytic parameter, via resolving data output end, described second analytic parameter are sent to data friendship
The parameter input of die change block.
Further, including resolution unit storage vault, multiple resolution unit storage vaults store multiple corresponding different
The Parameter analysis of electrochemical unit of type parameter.
Further, including resolution unit storage vault, resolution unit storage vault stores multiple correspondences
The described Parameter analysis of electrochemical unit of dissimilar parameter.
Further, including client, client is provided with described simulation tool software.
Further, client includes emulation data resolution module, and Parameter analysis of electrochemical unit is stored in
In emulation data resolution module.
Further, including calculation server, calculation server comprises Parameter analysis of electrochemical module, and Parameter analysis of electrochemical unit stores up
Exist in the Parameter analysis of electrochemical module in calculation server.
Further, emulation data resolution module comprises software tool bound cell, software tool plug-in unit list further
The running of unit's supervisory control simulation unit.
Further, include data storage bank, data storage bank store the first supplemental characteristic, emulation data, second
Supplemental characteristic, the second analytic parameter.
Further, including task module, task module comprises task data, and task data is transmitted by task module
To simulation tool software.
Further, Parameter analysis of electrochemical unit can be divided into the first Parameter analysis of electrochemical unit and the second Parameter analysis of electrochemical list further
Unit, first Parameter analysis of electrochemical unit resolves the first supplemental characteristic is the first analytic parameter, and the second Parameter analysis of electrochemical unit resolves second is joined
Number data are the second analytic parameter.
Therefore, present invention is primarily targeted at a kind of multi-field cooperative operation system of offer, owing to including emulation number
According to parsing module, the data parsing that thereby can be formed by simulation tool software is fixed data form, meanwhile, and can be by fixing
The data parsing of form is simulation tool software receptible data form, and will resolve after data directly input emulation work
In tool, can effectively carry out the data exchange work between multiple different field simulation tool software.
Furthermore, another object of the present invention in providing a kind of multi-field cooperative operation system, due to various data parsings and
The work of data transmitting and converting is all directed through system automation and completes, and therefore can save and enter data into system manually in a large number
Time, save manpower and also shorten exploitation time-histories.
[accompanying drawing explanation]
Fig. 1 is the multi-field cooperative operation system data transmission schematic diagram that the present invention proposes.
Fig. 2 is the multi-field cooperative operation system Organization Chart that the present invention proposes.
Fig. 3 is the multi-field cooperative operation system Organization Chart of another embodiment of the present invention.
Fig. 4 is the multi-field cooperative operation system Organization Chart of another embodiment of the present invention.
[component symbol explanation]
Client 1
First supplemental characteristic 10
First analytic parameter 11
Emulation data 12
Simulation tool software 100
Simulation parameter input 101
Simulation parameter outfan 102
Simulation unit 103
Calculation server 2
Second supplemental characteristic 20
Second analytic parameter 21
Emulation data resolution module 200
Resolve data input pin 201
Resolve data output end 202
Parameter analysis of electrochemical unit 203
First Parameter analysis of electrochemical unit 204
Second Parameter analysis of electrochemical unit 205
Software tool bound cell 206
Data exchange server 3
Data exchange module 300
Parameter input 301
Parameter output 302
Resolution unit storage vault 4
Data storage bank 5
Resource allocation server 6
High-effective Service device 7
Task module 9
Task data 91
[detailed description of the invention]
The present invention mainly discloses a kind of multi-field cooperative operation system, and wherein simulation software operation and design of Simulation is basic
Principle is known to those skilled in the technology concerned, therefore with following description, no longer sets emulation data and emulation
It is counted as completely describing.Meanwhile, graphic with hereinafter compareed, that main expression is relevant with feature of present invention structural representation, and
The most also need not completely draw according to actual size, formerly illustrate.
Refer to Fig. 1, the multi-field cooperative operation system data transmission schematic diagram proposed for the present invention, multi-field collaborative work
Simulation tool software 100 is included, corresponding to the emulation data resolution module 200 of simulation tool software and data exchange as system
Module 300, wherein, data exchange module 300 comprises parameter input 301 and parameter output 302, and parameter output 301 can
Export the first supplemental characteristic 10；Emulation data resolution module 200 comprises parsing data input pin 201, resolves data output end 202
And Parameter analysis of electrochemical unit 203, resolve data input pin 201 and can receive the first supplemental characteristic 10, can via Parameter analysis of electrochemical unit 203
Resolve and form the first analytic parameter 11, by resolving data output end 202, first analytic parameter 11 is exported to simulation tool software
100；Simulation tool software 100 comprises simulation parameter input 101, simulation parameter outfan 102 and simulation unit 103, emulation
Parameter input 101 receives the first analytic parameter 11, and the first analytic parameter 11 is sent to simulation unit 103, simulation unit
The emulation data 12 of self are combined the first analytic parameter 11 by 103 forms the second supplemental characteristic 20, and emulation data output end 102 is defeated
Go out the second supplemental characteristic 20 to emulation data resolution module 200 parsing data input pin 201, resolve data input pin 201 will
Second supplemental characteristic 20 is sent to Parameter analysis of electrochemical unit 203, and the second supplemental characteristic 20 is resolved to second by Parameter analysis of electrochemical unit 203
Analytic parameter 21, the parameter the second analytic parameter 21 being sent to data exchange module 300 via parsing data output end 202 is defeated
Enter end 301.Wherein, under some enforcement states Parameter analysis of electrochemical unit 203 can be divided into further the first Parameter analysis of electrochemical unit 204 and
Second Parameter analysis of electrochemical unit 205, it is the first analytic parameter 11 that the first Parameter analysis of electrochemical unit 204 resolves the first supplemental characteristic 10, the
It is the second analytic parameter 21 that two Parameter analysis of electrochemical unit 205 resolve the second supplemental characteristic 20.Further, in emulation data parsing
In module 200, can further include software tool bound cell 206, software tool bound cell 206 can supervisory control simulation work
Tool software 100 running, to guarantee that data during design of Simulation store and conversion correct.
During being embodied as, for a large-scale design object, multiple different neck may be used simultaneously
The simulation tool software 100 in territory, such as, in the design of an optical device under water, may include optical design emulation soft
Part, structure design and simulation software and fluid mechanical emulation software, the simulation tool software 100 in these three different majors field has
There is respective data form, once after optical simulation engineer completes task, by optical simulation data through emulation data solution
Analysis module 200 resolves to the data (such as xml form or txt form) of specific format, and now, when structure design engineer runs
During structure design and simulation software, the optical simulation number forming set form after resolving can be transferred from data exchange module 300
According to, then the optical simulation data after resolving are converted to structure design and simulation through emulation data resolution module 200 softer
The data form that part can identify and energy is corresponding, and corresponding optical simulation data are automatically entered structure design and simulation software
In, structure design engineer can carry out the design of Simulation of structure on the basis of optical simulation data again, and afterwards, structure designs
The emulation data combining optical simulation data and structure simulation data are sent to emulate data resolution module 200 by engineer again,
Again above-mentioned emulation data parsing is become set form via emulation data resolution module 200 and be sent to data exchange module
300, similarly, fluid mechanical design engineer, when performing fluid mechanical emulation software, can transfer and previously combine optical simulation
Data and the data of structure simulation data, then resolve to fluid mechanical emulation software can identify through emulation data resolution module
Data form, carry out hydromechanical artificial tasks the most again.
Refer again to Fig. 2, for the multi-field cooperative operation system structure chart of the present invention.The present invention multi-field collaborative work system
System further includes client 1, calculation server 2, data exchange server 3, resolution unit storage vault 4, data storage bank
5.Client 1 is provided with simulation tool software 100 and emulation data resolution module 200, deposits in emulation data resolution module 200
It is placed with the Parameter analysis of electrochemical unit 203 of corresponding simulation tool software 100；In another state, refer to Fig. 3, if emulation data
Amount is very big, when needing substantial amounts of computer calculation resources, and configurable calculation server 2, calculation server 2 can comprise emulation number
According to parsing module 200, emulation data resolution module 200 can store the parametric solution of simulation tool software 100 in corresponding client 1
Analysis unit 203, thereby during emulation data parsing, can be not take up the calculation resources of client 1.
Data exchange server 3, includes data exchange module 300, and data exchange module 300 is by previous emulation tool
The second analytic parameter 21 that software 100 is formed after emulation data resolution module 200 resolves, transmission to data storage bank 5 is entered
Row stores, and is transmitted by the second analytic parameter 21 to another emulation data resolution module 200 as the first supplemental characteristic 10,
Thereby form the process of data exchange.
Furthermore, in resolution unit storage vault 4, the various dissimilar parameter of multiple correspondence or different emulation work can be deposited
The Parameter analysis of electrochemical unit 203 of tool software 100, client 1 can transfer corresponding Parameter analysis of electrochemical list to resolution unit storage vault 4
Unit, or calculation server 2 can according in client 1 arrange simulation tool software 100 to resolution unit storage vault 4 transfer phase
The Parameter analysis of electrochemical unit 203 answered.
Additionally, data storage bank 5 can deposit first supplemental characteristic the 10, first analytic parameter 11, emulation data 12, second are joined
Number data 20 and the second analytic parameter 21, the first supplemental characteristic 10 can be by being formed from other simulation tool softwares 100
Second analytic parameter 21, it is also possible to be that task data 91 is through emulation data parsing mould from the task data 91 in task module 9
Block 200 forms the first analytic parameter 11 after resolving and is resent to simulation tool software 100 and carries out design of Simulation.
Refer again to Fig. 4, resource allocation server 6 can comprised further, and High-effective Service device 7, scheduling of resource service
Device 6 can transfer the calculation resources of High-effective Service device 7, uses and provides more data parsing speed.
Therefore, by described above, multi-field cooperative operation system provided by the present invention, by emulation data parsing mould
Block, data parsing simulation tool software or task data formed is fixed data form, meanwhile, by the number of set form
According to resolving to the receptible data form of simulation tool software, and will resolve after data directly input in emulation tool, can
Effectively carry out the data exchange work between multiple different field simulation tool software.Further it is proposed that multi-field
Cooperative operation system, owing to various data parsings and the work of data transmitting and converting are all directed through system automation and complete, therefore
The time entering data into system in a large number manually can be saved, save manpower and shorten exploitation time-histories.
The foregoing is only the present invention preferably embodiment, be not limited to the interest field of the present invention；Simultaneously with
On description, personage special for correlative technology field should understand and implement, and therefore other are without departing from disclosed
The equivalence that spirit has been descended changes or modifies, and should be included in claim.
Claims (9)
1. a multi-field cooperative operation system, comprises simulation tool software, emulation number corresponding to described simulation tool software
According to parsing module and data exchange module, it is characterised in that:
Described data exchange module comprises parameter input and parameter output, exportable first parameter number of described parameter output
According to；
Described emulation data resolution module comprises parsing data input pin, resolves data output end and Parameter analysis of electrochemical unit, described
Resolve data input pin and receive described first supplemental characteristic, form the first analytic parameter via described Parameter analysis of electrochemical unit, by institute
State parsing data output end and export described first analytic parameter to described simulation tool software；
Described simulation tool software comprises simulation parameter input, simulation parameter outfan and simulation unit, described simulation parameter
Input receives described first analytic parameter, and the first analytic parameter is sent to described simulation unit, and described simulation unit will
The emulation data of self combine described first analytic parameter and form the second supplemental characteristic, and the output of described emulation data output end is described
The described parsing data input pin of the second supplemental characteristic extremely described emulation data resolution module, described parsing data input pin is by institute
Stating the second supplemental characteristic and be sent to described Parameter analysis of electrochemical unit, described second supplemental characteristic is resolved to by described Parameter analysis of electrochemical unit
Second analytic parameter, is sent to described data exchange module via described parsing data output end by described second analytic parameter
Described parameter input.
Multi-field cooperative operation system the most according to claim 1, it is characterised in that: comprise resolution unit further and store
Storehouse, described resolution unit storage vault stores the described Parameter analysis of electrochemical unit of the dissimilar parameter of multiple correspondences.
Multi-field cooperative operation system the most according to claim 2, it is characterised in that: further include client, institute
State client and described simulation tool software is installed.
Multi-field cooperative operation system the most according to claim 3, it is characterised in that: described client includes described imitative
True data parsing module, described Parameter analysis of electrochemical unit is stored in described emulation data resolution module.
Multi-field cooperative operation system the most according to claim 3, it is characterised in that: comprise calculation server further,
Described calculation server comprises described emulation data resolution module, and described Parameter analysis of electrochemical unit is stored in described calculation server
Described emulation data resolution module.
Multi-field cooperative operation system the most according to claim 1, it is characterised in that: described emulation data resolution module enters
One step comprises software tool bound cell, and described software tool bound cell monitors the running of described simulation tool software.
Multi-field cooperative operation system the most according to claim 1, it is characterised in that: comprise data storage bank further,
Described data storage bank stores described first supplemental characteristic, described first analytic parameter, described emulation data, described second parameter
Data, described second analytic parameter.
Multi-field cooperative operation system the most according to claim 1, it is characterised in that: comprise task module, institute further
Stating task module and comprise task data, described task module is by described task data transmission extremely described emulation data resolution module.
Multi-field cooperative operation system the most according to claim 1, it is characterised in that: described Parameter analysis of electrochemical unit is further
It is divided into the first Parameter analysis of electrochemical unit and the second Parameter analysis of electrochemical unit, the first parameter number described in described first Parameter analysis of electrochemical unit resolves
According to for described first analytic parameter, the second supplemental characteristic described in described second Parameter analysis of electrochemical unit resolves is described second to resolve ginseng
Number.
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101770541A (en) * | 2010-02-03 | 2010-07-07 | 北京航空航天大学 | Satellite data system simulation platform based on AOS standards |
| CN102289535A (en) * | 2011-06-07 | 2011-12-21 | 北京航空航天大学 | Spacecraft power system energy analysis simulation platform |
| WO2013159586A1 (en) * | 2012-04-24 | 2013-10-31 | 中国人民解放军国防科学技术大学 | Distributed simulation data processing method and device |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101770541A (en) * | 2010-02-03 | 2010-07-07 | 北京航空航天大学 | Satellite data system simulation platform based on AOS standards |
| CN102289535A (en) * | 2011-06-07 | 2011-12-21 | 北京航空航天大学 | Spacecraft power system energy analysis simulation platform |
| WO2013159586A1 (en) * | 2012-04-24 | 2013-10-31 | 中国人民解放军国防科学技术大学 | Distributed simulation data processing method and device |
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