CN101706840A - Product node tree based presentation method of product performance simulation information - Google Patents
Product node tree based presentation method of product performance simulation information Download PDFInfo
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Abstract
The invention provides a product node tree based presentation method of product performance simulation information, belonging to the technical field of information integration. The method mainly comprises the following steps: 1) generating the product node tree of a performance simulation model; 2) generating a data management page of the performance simulation model; 3) generating a report management page of the performance simulation model; and 4) generating a flow management page of the performance simulation model. The method solves the problem that such cross information as simulation process, tasks, report data and the like can not be expressed in an omnidirectional manner in the prior art, and has the advantages of convenience for managing the performance simulation process and convenience for inquiring the flow execution process at all times, etc.
Description
Technical field:
The invention belongs to the information integration technical field, is the method for expressing of properties of product artificial intelligence in the product design process, is specifically related to a kind of method for expressing of the properties of product artificial intelligence based on the product node tree.
Background technology:
Carry out in the performance simulation process at product, propelling generation lot of data document along with simulation process, these data files comprise the text that describes description, the CAE file that carries out the generation of performance simulation process, describe the cad file and the files such as various figure, image and animation of 2 dimensions or 3 dimension models.Along with the cooperate continuous lifting of degree of constantly complicated, the personnel of performance simulation process, simulation process need be carried out of the correct fast circulation of certain tissue with the not overlapping and data of assurance personnel, task, process.
(Bill of Material BOM) describes required parts list of product and structure thereof to have adopted Bill of Material (BOM) in the existing ERP system.Bill of Material (BOM) mainly is information such as production schedule, pattern, material list, product classification detail and manufacture process according to the pairing document form of different phase that design generates.
Though this describing mode is explained simulation result, detailed inadequately to the statement of simulation result, especially simulation process necessary in the product design is not explained.
A plurality of product design modules can't parallel computation when user collaborative is worked, and the logical relation before and after each module is more single.
Existing describing mode can't be checked different task duties, causes existing management system simultaneously and/or all intersection information such as simulation process, task, report data to be explained out.
Existing product simulation information management structure and PDM product structure can't be corresponding, can not carry out unified, complete description to product information.
Summary of the invention:
The objective of the invention is to set up a kind of information expressing method that can contain properties of product emulation overall process, solving in the prior art can't complete expression simulation process and simulation result, the task duty can't be provided, can't comprehensive statement simulation process, problems such as intersection information such as task and report data.
The technical solution that the present invention is directed to the problems referred to above is as follows:
A kind of method for expressing of the properties of product artificial intelligence based on the product node tree, its special character is, may further comprise the steps:
1) generates performance simulation model product node tree
1.1) definition content repository main structure
1.1.1) according to the concrete assembling of product, kinematic relation, this product structure is showed with multi-level complete machine, parts and part;
1.1.2) create the performance simulation model content repository, represent the root node of content repository product node tree with complete machine, represent the bottom node of content repository product node tree with part, represent the intermediate node of content repository product node tree with parts;
1.2) definition content repository node type
1.2.1) type of defined node
Node type with simulation object in content repository is defined as [A:B] form;
1.2.2) the preservation content of defined node
Under node, preserve part or partial model file, or under node, preserve parts name, parts description, node creation-time, node type, node founder, node version number information, or preserve parts name, parts description, node creation-time, node type, node founder, node version number information when under node, preserving part or partial model file;
1.3) exploitation content repository data access interface
1.3.1) the product structure node tree is mapped as the product class;
1.3.2) associative operation of data access is mapped as the member method of class;
1.3.3) be encapsulated as data access interface;
1.4) generation performance simulation model product node tree;
2) generate the performance simulation model data management page
2.1) expansion content repository node definition form, the node type of adding simulation object: comprise simulation type node type, simulation example node type, artificial tasks node type;
2.2) set up content repository node mapping relations, simulation object node and simulation type node are many-one relationship, simulation type node and simulation example node are many-one relationship, simulation example node and artificial tasks node are many-one relationship, comprise simulation object node and/or simulation type node under the simulation object node, comprise the simulation example node under the simulation type node, can only comprise the artificial tasks node under the simulation example node;
2.3) shine upon corresponding simulation type class, simulation example class and artificial tasks class according to node type
The simulation type class is deposited and is comprised father node name, simulation type name and node type;
The simulation example class is deposited and is comprised father node name, simulation example name and node type;
The artificial tasks class is deposited and is comprised father node name, preposition node name, rearmounted node name, artificial tasks name, node type and node duty;
2.4) according to step 1.3) and in data access interface, set up the emulated data management service and handle class;
The emulated data management service is handled class and is comprised: add under the product node tree respective nodes and deletion simulation type node, simulation type node under add and deletion simulation example node and simulation example node under add and the method for deletion artificial tasks node;
Add, export, revise, delete the method for corresponding node information;
Obtain the method for artificial intelligences all under all father nodes, child node and the node according to node;
2.5) the generation performance simulation model data management page
2.5.1) call data access interface, according to content repository node structure and node type structure property emulated data administrative model, page left side shows properties of product realistic model data management view;
2.5.2) according to step 1.3) and in data access interface, invocation step 2.4) in the emulated data management service handle the method for class, page right side shows node corresponding information under this node;
2.6) the obtained performance realistic model data management page;
3) generate the performance simulation model Reports Administration page:
3.1) expansion content repository node definition form, the node type of adding simulation type: simulation report node type;
3.2) set up content repository node mapping relations, simulation object node and simulation report node are many-one relationship, simulation type node and simulation report node are many-one relationship, comprise the simulation report node under the simulation object, comprise the simulation report node under the simulation type;
3.3) shine upon corresponding simulation report class according to node type, the simulation report class is deposited and is comprised simulation report name, report path, node type and preposition node name;
3.4) according to step 1.3) and in data access interface, set up the simulation report management service and handle class;
The simulation report management service is handled class and is comprised:
Under the simulation object node, add and delete the method for simulation report type node, under the simulation type node, add and delete the method for simulation report type node;
Add, export, revise, delete the method for corresponding node information;
Obtain the method for all artificial intelligences under all father nodes, child node and the node according to node;
3.5.) call data access interface, according to content repository node structure and node type structure property simulation report administrative model, page left side shows properties of product realistic model Reports Administration view;
3.6) click respective nodes, according to step 1.3) in data access interface, invocation step 3.4) in the simulation report management service handle the method for class, page right side shows corresponding simulation report information under this node;
3.7) the obtained performance realistic model Reports Administration page;
4) generate the performance simulation model workflow management page
4.1) according to step 1.3) and in data access interface, set up the simulation flow management service and handle class; The simulation flow management service is handled class and is comprised: the method for adding, export, revising and deleting simulation flow file under the corresponding simulation type node; Read, resolve and download the method for simulation flow file;
4.2) call data access interface, according to content repository node structure and node type structure property simulation flow administrative model, page left side shows properties of product realistic model workflow management view;
4.3) click respective nodes, according to step 1.3) in data access interface, invocation step 4.1) in the simulation flow management service handle the method for class, page right side shows corresponding simulation flow information under this node;
4.4) the obtained performance realistic model workflow management page.
The above step 4.4) finish after, carry out step 5): will be through step 2), step 3) and the step 4) performance simulation model data management page, the performance simulation model Reports Administration page and the performance simulation model workflow management page of handling gained merge laggard pedestrian's machine exchange and handle.
The above step 2.3) the simulation type class is deposited and is comprised that simulation type is described and the information of node creation-time; The simulation example class is deposited the information that comprises simulation example description, node creation-time and node founder; The artificial tasks class is deposited the information that comprises node creation-time, node founder, artificial intelligence tabulation, file path tabulation and picture path list; Described step 3.3) the simulation report class is deposited the information that comprises simulation report name, report path, node type, preposition node name, report creation-time, report founder, report level of confidentiality.
The above step 3.2) comprises simulation object node and simulation type node under the simulation object.
The above step 4.3) in, is simulation type, calls the simulation flow management service and handle class, read flow file and obtain all artificial tasks information, at right side page flow for displaying artificial tasks graph of a relation if click node type; If clicking node type is simulation example, call the simulation flow management service and handle class, read flow file and obtain all artificial tasks information and executing states, at right side page flow for displaying executing state figure.
The above step 2.5), be to generate the performance simulation model data management page by HTML; Described step 3.5), be to generate the performance simulation model Reports Administration page by HTML; Described step 4.2), be to generate the performance simulation model workflow management page by HTML.
The above step 2.6) nodal information in comprises the download link of emulation picture, simulation document.
The above step 1.1) complete machine comprises parts and/or part in, and parts can be secondary parts and/or the parts that parts at the corresponding levels, parts at the corresponding levels comprise.
Advantage of the present invention is as follows:
1, according to comprehensive performance simulation information, is convenient to the performance simulation process is managed;
2, be convenient to querying flow implementation at any time;
3, can inquire about the data (simulation process data and simulation result data) of any link in the simulation process at any time;
4, estimate product: help product design is estimated exactly and retrofited;
5, intelligence generates the product simulation report, is convenient to managerial personnel's trace analysis properties of product at any time;
6, realize and have now the real-time interlock of ripe PDM product structure, guarantee that the user inquires about product related information easily.
Description of drawings:
Fig. 1 is the realization flow synoptic diagram of properties of product artificial intelligence method for expressing of the present invention.
Fig. 2 is a content repository node mapping relations synoptic diagram of the present invention.
Fig. 3 is a performance simulation model data management view of the present invention.
Fig. 4 is the whole three-view diagram of PSM of the present invention.
Embodiment:
Method for expressing PSM (the Performance Simulation Model of the properties of product artificial intelligence based on the product node tree provided by the invention, performance simulation model) is specially at properties of product simulation analysis process, the model of properties of product emulation relevant information control and management is provided for enterprise.This model comprises information such as product simulation object, simulation type, simulation flow, artificial tasks and simulation report, is a kind of method of the emulation relevant information being carried out three-dimensional expression by 3-D view.
Simulation object is exactly the product object that need carry out simulation analysis, can be that product also can be parts or a part of forming product; The analysis result that simulation type obtains is as required determined; Simulation flow is exactly to finish the process that a concrete simulation analysis need experience, and is made of a plurality of artificial tasks usually; Usually simulation type and simulation flow are one to one.
Artificial tasks is a step of finishing a simulation analysis indispensability, and a plurality of artificial tasks constitute a simulation flow; Simulation report is that the whole simulation analysis result is carried out the whole document of describing, and it also is the basic foundation that the user carries out design decision.
PSM product node tree is from EBOM (Engineering BOM), and EBOM is the data structure of using in the product engineering design management, and it has accurately described the design objective of product and the design relation between part and the part usually.Organize the object model of PSM by EBOM, on this basis, realize the organic unity of data management, Reports Administration and workflow management.
At first, need to generate performance simulation model product node tree.The product node tree is used for structuring and the unstructured data that the retention simulation process produces.
1) generates performance simulation model product node tree
1.1) definition content repository main structure
1.1.1) according to the concrete assembling of product, kinematic relation, this product structure is showed with multi-level complete machine, parts and part;
1.1.2) use content repository to increase income to realize Apache Jackrabbit, create the performance simulation model content repository, the root node of representing content repository product node tree with complete machine, represent the bottom node of content repository product node tree with part, represent the intermediate node of content repository product node tree with parts; Complete machine comprises parts and/or part, and parts can be secondary parts and/or the parts that parts at the corresponding levels, parts at the corresponding levels comprise, and part is represented the least unit of product structure;
1.2) definition content repository node type
1.2.1) type of defined node
Node type with simulation object in content repository is defined as [A:B] form; The node type of part and assembly is [PSM:Object] form, and this node can be mutually nested in content repository;
1.2.2) the preservation content of defined node
Under node, preserve part or partial model file, or under node, preserve parts name, parts description, node creation-time, node type, node founder, node version number information, or preserve parts name, parts description, node creation-time, node type, node founder, node version number information when under node, preserving part or partial model file;
1.3) exploitation content repository data access interface (Data Access Object), based on ApacheJackrabbit api function interface, utilize the JAVA language development; The execution of data access interface comprises the operations such as interpolation, deletion, modification, inquiry and organization node tree of content repository product node.
1.3.1) the product structure node tree is mapped as the product class;
1.3.2) associative operation of data access is mapped as the member method of class;
1.3.3) be encapsulated as data access interface (PSMDAO);
1.4) generation performance simulation model product node tree;
2) generate the performance simulation model data management page based on performance simulation model product node tree: structuring and unstructured information in the management simulation flow;
2.1) expansion content repository node definition form, add the simulation object node type: comprise simulation type node type, simulation example node type, artificial tasks node type; Wherein [PSM:AnalysisType] simulation type is represented the analysis type of simulation object, [PSM:Intance] simulation example node is represented emulation execution example (simulation type is carried out specific implementation under the analytic target), and [PSM:SimulationTask] artificial tasks node is represented the simulation process under the analysis type;
2.2) set up content repository node mapping relations, simulation object node and simulation type node are many-one relationship, simulation type node and simulation example node are many-one relationship, simulation example node and artificial tasks node are many-one relationship, comprise simulation object node and/or simulation type node under the simulation object node, comprise the simulation example node under the simulation type node, can only comprise the artificial tasks node under the simulation example node, its corresponding relation as shown in Figure 2;
2.3) the simulation type class deposits and comprise father node name, simulation type name and node type, can comprise that also simulation type is described and the information of node creation-time; The simulation example class is deposited and is comprised father node name, simulation example name and node type, also can comprise simulation example description, node creation-time and node founder's information; The artificial tasks class is deposited and is comprised father node name, preposition node name, rearmounted node name, artificial tasks name, node type and node duty, also can comprise the information of node creation-time, node founder, artificial intelligence (MetaData) tabulation, file path tabulation and picture path list;
2.4) according to step 1.3) and in data access interface (PSMDAO), set up the emulated data management service and handle class (PSMDAO.EDM);
The emulated data management service is handled class and is comprised: add under the product node tree respective nodes and deletion simulation type node, simulation type node under add and deletion simulation example node and simulation example node under add and the method for deletion artificial tasks node;
Add, export, revise, delete the method for corresponding node information;
Obtain the method for artificial intelligences all under all father nodes, child node and the node according to node; Wherein artificial intelligence is divided into structural data and unstructured data;
2.5) generate the performance simulation model data management page by HTML, structuring and unstructured information in the management simulation flow;
2.5.1) call data access interface (PSMDAO), according to content repository node structure and node type structure property emulated data administrative model, page left side shows properties of product realistic model data management view, as shown in Figure 3;
2.5.2) click respective nodes, according to step 1.3) in data access interface (PSMDAO), invocation step 2.4) in the emulated data management service handle the method for class (PSMDAO.EDM), page right side shows node corresponding information under this node; Nodal information comprises the download link of emulation picture, simulation document;
2.6) acquisition emulated data administration page;
3) generate the performance simulation model Reports Administration page based on performance simulation model product node tree, wherein simulation report comprises the performance simulation report of describing single simulation object all properties and the simulation report of describing single simulation type;
3.1) expansion content repository node definition form, the node type of adding simulation type.[PSM:Report] simulation report node is represented the simulation result report under simulation object or the simulation type.
3.2) set up content repository node mapping relations, simulation object node and simulation report node are many-one relationship, simulation type node and simulation report node are many-one relationship, comprise the simulation report node under the simulation object, also can comprise simulation object node, simulation type node, can only comprise the simulation report node under the simulation type;
3.3) shine upon corresponding simulation report class according to node type, the simulation report class is deposited and is comprised simulation report name, report path, node type and preposition node name, also can deposit information such as report creation-time, report founder, report level of confidentiality;
3.4) according to step 1.3) and in data access interface (PSMDAO), set up the simulation report management service and handle class (PSMDAO.RM);
The simulation report management service is handled class and is comprised:
Under the simulation object node, add and delete the method for simulation report type node, under the simulation type node, add and delete the method for simulation report type node;
Add, export, revise, delete the method for corresponding node information;
Obtain the method for all artificial intelligences under all father nodes, child node and the node according to node;
3.5.) call data access interface (PSMDAO), according to content repository node structure and node type structure property simulation report administrative model, page left side shows properties of product realistic model Reports Administration view;
3.6) click respective nodes, according to step 1.3) in data access interface (PSMDAO), invocation step 3.4) in the simulation report management service handle the method for class (PSMDAO.RM), page right side shows corresponding simulation report information under this node;
3.7) the obtained performance realistic model Reports Administration page;
4) generate the performance simulation model workflow management page
4.1) according to step 1.3) and in data access interface, set up the simulation flow management service and handle class; The simulation flow management service is handled class and is comprised: the method for adding, export, revising and deleting simulation flow file under the corresponding simulation type node; Read, resolve and download the method for simulation flow file;
4.2) call data access interface, according to content repository node structure and node type structure property simulation flow administrative model, page left side shows properties of product realistic model workflow management view;
4.3) click respective nodes, according to step 1.3) in data access interface, invocation step 4.1) in the simulation flow management service handle the method for class, page right side shows corresponding simulation flow information under this node;
If clicking node type is simulation type [PSM:AnalysisType], call the simulation flow management service and handle class (PSMDAO.SFM), read flow file and obtain all artificial tasks information, at right side page flow for displaying artificial tasks graph of a relation;
If clicking node type is simulation example [PSM:Instance], call the simulation flow management service and handle class (PSMDAO.SFM), read flow file and obtain artificial tasks information and executing state, at right side page flow for displaying executing state figure;
4.4) the obtained performance realistic model workflow management page.
5) in the product simulation process, application product performance simulation model (PSM)
The performance simulation model do as one likes energy realistic model data management page, the performance simulation model Reports Administration page and three pages of the performance simulation model workflow management page constitute, each page is one-side information performance, in the product simulation process, above-mentioned three pages use simultaneously as expressing integral body, as shown in Figure 4.
Claims (8)
1. the method for expressing based on the properties of product artificial intelligence of product node tree is characterized in that, may further comprise the steps:
1) generates performance simulation model product node tree
1.1) definition content repository main structure
1.1.1) according to the concrete assembling of product, kinematic relation, this product structure is showed with multi-level complete machine, parts and part;
1.1.2) create the performance simulation model content repository, represent the root node of content repository product node tree with complete machine, represent the bottom node of content repository product node tree with part, represent the intermediate node of content repository product node tree with parts;
1.2) definition content repository node type
1.2.1) type of defined node
Node type with simulation object in content repository is defined as [A:B] form;
1.2.2) the preservation content of defined node
Under node, preserve part or partial model file, or under node, preserve parts name, parts description, node creation-time, node type, node founder, node version number information, or preserve parts name, parts description, node creation-time, node type, node founder, node version number information when under node, preserving part or partial model file;
1.3) exploitation content repository data access interface
1.3.1) the product structure node tree is mapped as the product class;
1.3.2) associative operation of data access is mapped as the member method of class;
1.3.3) be encapsulated as data access interface;
1.4) generation performance simulation model product node tree;
2) generate the performance simulation model data management page
2.1) expansion content repository node definition form, the node type of adding simulation object: comprise simulation type node type, simulation example node type, artificial tasks node type;
2.2) set up content repository node mapping relations, simulation object node and simulation type node are many-one relationship, simulation type node and simulation example node are many-one relationship, simulation example node and artificial tasks node are many-one relationship, comprise simulation object node and/or simulation type node under the simulation object node, comprise the simulation example node under the simulation type node, can only comprise the artificial tasks node under the simulation example node;
2.3) shine upon corresponding simulation type class, simulation example class and artificial tasks class according to node type
The simulation type class is deposited and is comprised father node name, simulation type name and node type;
The simulation example class is deposited and is comprised father node name, simulation example name and node type;
The artificial tasks class is deposited and is comprised father node name, preposition node name, rearmounted node name, artificial tasks name, node type and node duty;
2.4) according to step 1.3) and in data access interface, set up the emulated data management service and handle class;
The emulated data management service is handled class and is comprised: add under the product node tree respective nodes and deletion simulation type node, simulation type node under add and deletion simulation example node and simulation example node under add and the method for deletion artificial tasks node;
Add, export, revise, delete the method for corresponding node information;
Obtain the method for artificial intelligences all under all father nodes, child node and the node according to node;
2.5) the generation performance simulation model data management page
2.5.1) call data access interface, according to content repository node structure and node type structure property emulated data administrative model, page left side shows properties of product realistic model data management view;
2.5.2) according to step 1.3) and in data access interface, invocation step 2.4) in the emulated data management service handle the method for class, page right side shows node corresponding information under this node;
2.6) the obtained performance realistic model data management page;
3) generate the performance simulation model Reports Administration page:
3.1) expansion content repository node definition form, the node type of adding simulation object or simulation type: simulation report node type;
3.2) set up content repository node mapping relations, simulation object node and simulation report node are many-one relationship, simulation type node and simulation report node are many-one relationship, comprise the simulation report node under the simulation object, comprise the simulation report node under the simulation type;
3.3) shine upon corresponding simulation report class according to node type, the simulation report class is deposited and is comprised simulation report name, report path, node type and preposition node name;
3.4) according to step 1.3) and in data access interface, set up the simulation report management service and handle class;
The simulation report management service is handled class and is comprised:
Under the simulation object node, add and delete the method for simulation report type node, under the simulation type node, add and delete the method for simulation report type node;
Add, export, revise, delete the method for corresponding node information;
Obtain the method for all artificial intelligences under all father nodes, child node and the node according to node;
3.5.) call data access interface, according to content repository node structure and node type structure property simulation report administrative model, page left side shows properties of product realistic model Reports Administration view
3.6) click respective nodes, according to step 1.3) in data access interface, invocation step 3.4) the simulation report management service handles the method in the class, page right side shows corresponding simulation report information under this node;
3.7) the obtained performance realistic model Reports Administration page;
4) generate the performance simulation model workflow management page
4.1) according to step 1.3) and in data access interface, set up the simulation flow management service and handle class; The simulation flow management service is handled class and is comprised: the method for adding, export, revising and deleting simulation flow file under the corresponding simulation type node; Read, resolve and download the method for simulation flow file;
4.2) call data access interface, according to content repository node structure and node type structure property simulation flow administrative model, page left side shows properties of product realistic model workflow management view;
4.3) click respective nodes, according to step 1.3) in data access interface, invocation step 4.1) in the simulation flow management service handle the method for class, page right side shows corresponding simulation flow information under this node;
4.4) the obtained performance realistic model workflow management page.
2. the method for expressing of a kind of properties of product artificial intelligence based on the product node tree according to claim 1, it is characterized in that: after described step 4.4) finishing, carry out step 5): will be through step 2), step 3) and the step 4) performance simulation model data management page, the performance simulation model Reports Administration page and the performance simulation model workflow management page of handling gained merge laggard pedestrian's machine exchange and handle.
3. the method for expressing of a kind of properties of product artificial intelligence based on the product node tree according to claim 1 and 2 is characterized in that: described step 2.3) the simulation type class is deposited and is comprised that simulation type is described and the information of node creation-time; The simulation example class is deposited the information that comprises simulation example description, node creation-time and node founder; The artificial tasks class is deposited the information that comprises node creation-time, node founder, artificial intelligence tabulation, file path tabulation and picture path list; Described step 3.3) the simulation report class is deposited the information that comprises simulation report name, report path, node type, preposition node name, report creation-time, report founder, report level of confidentiality.
4. the method for expressing of a kind of properties of product artificial intelligence based on the product node tree according to claim 3 is characterized in that: described step 3.2) comprise simulation object node and simulation type node under the simulation object.
5. the method for expressing of a kind of properties of product artificial intelligence based on the product node tree according to claim 4, it is characterized in that: described step 4.3), if clicking node type is simulation type, call the simulation flow management service and handle class, read flow file and obtain all artificial tasks information, at right side page flow for displaying artificial tasks graph of a relation; If clicking node type is simulation example, call the simulation flow management service and handle class, read flow file and obtain all artificial tasks information and executing states, at right side page flow for displaying executing state figure.
6. the method for expressing of a kind of properties of product artificial intelligence based on the product node tree according to claim 5 is characterized in that: described step 2.5), be to generate the performance simulation model data management page by HTML; Described step 3.5), be to generate the performance simulation model Reports Administration page by HTML; Described step 4.2), be to generate the performance simulation model workflow management page by HTML.
7. the method for expressing of a kind of properties of product artificial intelligence based on the product node tree according to claim 6, it is characterized in that: the nodal information described step 2.6) comprises the download link of emulation picture, simulation document.
8. the method for expressing of a kind of properties of product artificial intelligence based on the product node tree according to claim 7, it is characterized in that: complete machine comprises parts and/or part described step 1.1), and parts can be secondary parts and/or the parts that parts at the corresponding levels, parts at the corresponding levels comprise.
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| CN112861456A (en) * | 2021-01-29 | 2021-05-28 | 中国电子科技集团公司第二十九研究所 | Process IP simulation model packaging and library management method and system and storage medium |
| CN113420520A (en) * | 2021-06-25 | 2021-09-21 | 海光信息技术股份有限公司 | Integrated circuit device design simulation method, device, apparatus and readable storage medium |
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| CN109947705A (en) * | 2017-11-28 | 2019-06-28 | 中国石油化工股份有限公司 | A kind of access System and method for of petroleum works data |
| CN109375525A (en) * | 2018-10-15 | 2019-02-22 | 中国核电工程有限公司 | A kind of instrument control finished product file importing modeling method based on verification platform |
| CN112861456A (en) * | 2021-01-29 | 2021-05-28 | 中国电子科技集团公司第二十九研究所 | Process IP simulation model packaging and library management method and system and storage medium |
| CN113420520A (en) * | 2021-06-25 | 2021-09-21 | 海光信息技术股份有限公司 | Integrated circuit device design simulation method, device, apparatus and readable storage medium |
| CN113420520B (en) * | 2021-06-25 | 2024-01-23 | 海光信息技术股份有限公司 | Integrated circuit device design simulation method, device, apparatus and readable storage medium |
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