CN106127402A - Enterprise information system optimization method based on framework meta-model and instrument - Google Patents
Enterprise information system optimization method based on framework meta-model and instrument Download PDFInfo
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- CN106127402A CN106127402A CN201610509113.3A CN201610509113A CN106127402A CN 106127402 A CN106127402 A CN 106127402A CN 201610509113 A CN201610509113 A CN 201610509113A CN 106127402 A CN106127402 A CN 106127402A
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/067—Enterprise or organisation modelling
Abstract
The present invention relates to a kind of enterprise information system optimization method based on framework meta-model and instrument, wherein method comprises the following steps: read the system model that enterprise information system to be optimized is corresponding；Read the relationship type between the framework element of the framework meta-model corresponding with described system model pre-set and constraints；According to described relationship type and described constraints, described system model carried out the matching analysis, and according to enterprise information system described in the matching analysis result optimizing.Said method is based on the framework meta-model pre-set, by system model corresponding for enterprise information system and framework meta-model are carried out meeting the matching analysis of relationship type and constraints, and then according to the matching analysis result, enterprise information system is optimized, without hand inspection and optimization, avoid the artificial subjective factor impact on optimum results simultaneously, thus improve the automaticity and accuracy that enterprise information system is optimized.
Description
Technical field
The present invention relates to Enterprise Informatization Technology field, particularly relate to a kind of company information system based on framework meta-model
System optimization method and instrument.
Background technology
Increasingly sophisticated along with the development of informationization technology and business event, large enterprise has gradually formed oneself
Enterprise information system, to realize the high-efficiency management to enterprise.At present, the inspection of enterprise information system optimizes is all that employing is traditional
The mode of specialist examination realizes, and along with relating to gradually increasing of business scope, technology innovation is rapid, and enterprise information system is often
Large-scale, achievement is more, relation between element is complicated, the mode of traditional specialist examination often is faced with Expert Resources not
Foot, the problem that workload is big, cost is high, accuracy rate is low, cause the Accuracy and high efficiency of enterprise information system to be difficult to ensure that.
Summary of the invention
Based on this, it is necessary to for the Expert Resources faced when enterprise information system being carried out in prior art and check and optimize
Not enough, workload is big, cost is high, accuracy rate is low, causes the problem that the reasonability of enterprise information system and accuracy are difficult to ensure that,
A kind of enterprise information system optimization method based on framework meta-model and instrument are provided.
For solving the problems referred to above of the prior art, the present invention takes following technical scheme:
A kind of enterprise information system optimization method based on framework meta-model, said method comprising the steps of:
Read the system model that enterprise information system to be optimized is corresponding；
Read the relationship type between the framework element of the framework meta-model corresponding with described system model pre-set
And constraints；
According to described relationship type and described constraints, described system model carried out the matching analysis, and according to coupling point
Enterprise information system described in analysis result optimizing.
Correspondingly, the present invention also proposes a kind of enterprise information system optimization tool based on framework meta-model, described instrument
Including:
System model read module, for reading the system model that enterprise information system to be optimized is corresponding；
Meta-model read module, for reading the framework of the framework meta-model corresponding with described system model pre-set
The constraints between relationship type and each described framework element between element；
System optimization module, for mating described system model according to described relationship type and described constraints
Analyze, and according to enterprise information system described in the matching analysis result optimizing.
Above-mentioned enterprise information system optimization method based on framework meta-model and instrument are based on the framework unit mould pre-set
Type, by carry out system model corresponding for enterprise information system and framework meta-model meeting relationship type and constraints
Partition is analysed, and then is optimized enterprise information system according to the matching analysis result, it is not necessary to manually corresponding to enterprise information system
System model check one by one and optimize, avoid the artificial subjective factor impact on optimum results simultaneously, thus improve
The automaticity that enterprise information system is optimized and accuracy.
Accompanying drawing explanation
Fig. 1 is the flow process signal of enterprise information system optimization method based on framework meta-model in one of them embodiment
Figure；
Fig. 2 is the structural representation that in one of them embodiment, enterprise information system based on framework meta-model optimizes system
Figure.
Detailed description of the invention
Below in conjunction with accompanying drawing and preferred embodiment, technical scheme is described in detail.
Wherein in an embodiment, shown in Figure 1, a kind of enterprise information system optimization side based on framework meta-model
Method, the method comprises the following steps:
S100 reads the system model that enterprise information system to be optimized is corresponding.
In this step, utilize corresponding tool to read the system model that enterprise information system to be optimized is corresponding, such as, read
Take each element etc. of system model.
S200 reads the relation between the framework element of the framework meta-model corresponding with described system model pre-set
Type and constraints.
In the present embodiment, framework meta-model is all key elements and the mould of relation describing and constituting enterprise information system
Type set, generally comprises business structure meta-model, application architecture meta-model, data framework meta-model and Technical Architecture meta-model,
And framework meta-model is corresponding with system model, the two has the component of correspondence, and this step can read and pre-set
Relationship type peace treaty between each framework element such as classification of transaction module, application module, technology modules etc. of framework meta-model
Bundle condition.
As the optional embodiment of one, the relationship type between each framework element is according to the concrete pass of framework element
System can be divided into following several: uses relationship type, relations of distribution type, the relation of subdivision type, conspiracy relation type and realization
Relationship type, such as framework elements A and framework element B, if the relationship type of framework elements A and framework element B is
Use relationship type, then it represents that framework element B is used by framework elements A；If framework elements A and the relationship type of framework element B
For relations of distribution type, then it represents that framework element B describes the relations of distribution of framework elements A；If framework elements A and framework element
The relationship type of B is the relation of subdivision type, then it represents that framework element B can be subdivided into framework elements A；If framework elements A and framework
The relationship type of element B is conspiracy relation type, then it represents that framework element B describes the conspiracy relation of framework elements A；If framework
The relationship type of elements A and framework element B is implementation relation type, then it represents that framework element B achieves framework elements A.Pass through
Segmentation to the relationship type between framework element, is conducive to improving the accuracy that enterprise information system optimizes.
In step s 200, except each framework element reading the framework meta-model corresponding with system model pre-set
Between relationship type outside, also read the constraints between each framework element.As the optional embodiment of one, read
Each framework element between constraints include grade constraints, obligate condition and quantity constraints, specifically
Ground, grade constraints can utilize the function i.e. Level function representation that the grade of the framework element to layering is set, and
Represent the bottom in the framework element of layering with Max, Min represents the superiors in the framework element of layering, such as industry
Business is classified for this framework element, and it only has one-level business classification x and secondary traffic classification y, then Level (y)=Level
X ()+1, secondary traffic classification y can also be expressed as Level (y)=Max.In the constraints read between each framework element
Time, such as read between framework elements A and framework element B when obligating condition, the condition of obligating includes obligating
Framework elements A and obligate two kinds of actual conditionses of framework element B: when obligating framework elements A and not obligating framework
During element B, expression there will necessarily be and meets corresponding relationship type between framework element B with framework elements A；When not obligating frame
Constitutive element A and when obligating framework element B, represents there will necessarily be and meets corresponding pass between framework elements A with framework element B
Set type；When obligating framework elements A and obligating framework element B, expression there will necessarily be and meets framework elements A and frame
Constitutive element B meets relationship type therebetween；When neither obligating framework elements A, the most do not obligate framework element B
Time, framework elements A can not be there is and meet corresponding relationship type with framework element B, framework can not also be there is simultaneously in expression
Element B meets corresponding relationship type with framework elements A.Number constraint condition refers to number between framework elements A and framework element B
Relation in amount, such as n-> the 1 corresponding one or more framework elements A of one framework element B of expression, and there is not a framework
The corresponding multiple framework element B of elements A；2-> 1 represents the corresponding framework element B of two framework elements A of existence；N-> m represents can
To be the corresponding multiple framework element B of a framework elements A, it is also possible to be the corresponding multiple framework elements A of a framework element B.Logical
Cross the multiple constraints reading framework meta-model, provide constraint bar for the matching analysis between framework meta-model and system model
Part, is conducive to the accuracy analyzing Model Matching, thus improves the accuracy that enterprise information system optimizes further.
S300 carries out the matching analysis according to described relationship type and described constraints to described system model, and according to
Enterprise information system described in partition analysis result optimizing.
In this step, according to the system model that the enterprise information system to be optimized read in the step s 100 is corresponding
Relationship type between each framework element of the framework meta-model read in step s 200, constraints, to system
Model carries out the matching analysis, it is thus achieved that the matching analysis result, and this result includes the analysis result of each element, unit in system model
The analysis result etc. of the relation between element, according to the matching analysis result, those skilled in the art can use existing optimization side
Enterprise information system is optimized by formula and optimization tool.
According to relationship type and constraints, system model carried out the matching analysis, and according to the matching analysis result optimizing
During enterprise information system, as a kind of specific embodiment, this process comprises the following steps: read the element of system model；
Judge whether element meets relationship type and the constraints of element framework element corresponding in framework meta-model, if it is not, then
The relationship type of the framework element according to correspondence and constraints adjust relationship type and the constraints of element, to company information
System is optimized.In the present embodiment, each of system model corresponding to enterprise information system to be optimized is first read
Element, it is thus achieved that constitute the information of each element of system model；Then judge whether each element of system model meets framework
The relationship type between framework element corresponding in meta-model and constraints, such as, judge the element a and element b of system model
Whether meet in framework meta-model the relationship type between framework elements A and framework element B and constraints, wherein system model
Framework element corresponding in framework meta-model for element a be framework elements A, the element b of system model is in framework meta-model
Corresponding framework element is framework element B, if a determination be made that element a and element b is satisfied by, shows element in system model
Relation between a and element b is correct, is otherwise wrong, when judging that element a and element b is unsatisfactory for relationship type peace treaty
During bundle condition, now adjust element a according to the relationship type between corresponding framework elements A and framework element B and constraints
Relationship type and constraints with element b, it is achieved the optimization to system model, and then realize excellent to enterprise information system
Change.By whether each element of system model being met the judgement of relationship type and constraints, it is possible to realize system model
And the matching analysis accurately and rapidly between framework meta-model, thus improve enterprise information system optimization based on framework meta-model
The efficiency of method.
On the basis of above-mentioned detailed description of the invention, further, enterprise information system based on framework meta-model
Optimization method is further comprising the steps of: when the element judging system model is unsatisfactory for corresponding relationship type and constraints,
Corresponding element, relationship type and constraints are stored, and generation error information text.Such as, framework elements A and frame
The relationship type of constitutive element B is the relation of subdivision type, and the condition of obligating in constraints is for obligating framework elements A
And do not obligate framework element B, when the middle element a and element b judging system model is unsatisfactory for framework elements A and framework element
Relationship type between B and constraints, or it is unsatisfactory for the relationship type between framework elements A and framework element B and constraint
During any one in both conditions, now corresponding element, relationship type and constraints are stored, will element a,
Element b, the relation of subdivision type and condition of obligating store, and think the following optimization data traceability to enterprise information system
Offer data are supported；Generation error information text simultaneously, by error message such as element a, element b, the relation of subdivision type and pressure
Constraints etc. are shown on text with written form, to remind user and to check for user.
Above-mentioned enterprise information system optimization method based on framework meta-model, based on the framework meta-model pre-set, passes through
System model corresponding for enterprise information system and framework meta-model are carried out meeting the matching analysis of relationship type and constraints,
And then according to the matching analysis result, enterprise information system is optimized, it is not necessary to the system mould the most corresponding to enterprise information system
Type checks one by one and optimizes, and avoids the artificial subjective factor impact on optimum results simultaneously, thus improves enterprise
Automaticity that information system is optimized and accuracy.
Meanwhile, the present invention also proposes a kind of enterprise information system optimization tool based on framework meta-model, sees Fig. 2 institute
Showing, this instrument includes:
System model read module 100, for reading the system model that enterprise information system to be optimized is corresponding；
Meta-model read module 200, for reading the framework meta-model corresponding with described system model pre-set
Relationship type between framework element and constraints；
System optimization module 300, for carrying out described system model according to described relationship type and described constraints
The matching analysis, and according to enterprise information system described in the matching analysis result optimizing.
Specifically, in the present embodiment, to read enterprise information system to be optimized corresponding for system model read module 100
System model.System model read module 100 utilizes corresponding tool to read the system mould that enterprise information system to be optimized is corresponding
Type, such as, reads the relation etc. between each element and each element of system model.
Framework meta-model is all key elements and the model set of relation describing and constituting enterprise information system, typically wraps
Include business structure meta-model, application architecture meta-model, data framework meta-model and Technical Architecture meta-model, and framework meta-model with
System model is corresponding, and the two has the component of correspondence, and meta-model read module 200 can read the framework pre-set
Relationship type between each framework element such as classification of transaction module, application module, technology modules etc. of meta-model and constraint bar
Part.
As the optional embodiment of one, the relationship type between each framework element is according to the concrete pass of framework element
System can be divided into following several: uses relationship type, relations of distribution type, the relation of subdivision type, conspiracy relation type and realization
Relationship type, such as framework elements A and framework element B, if the relationship type of framework elements A and framework element B is
Use relationship type, then it represents that framework element B is used by framework elements A；If framework elements A and the relationship type of framework element B
For relations of distribution type, then it represents that framework element B describes the relations of distribution of framework elements A；If framework elements A and framework element
The relationship type of B is the relation of subdivision type, then it represents that framework element B can be subdivided into framework elements A；If framework elements A and framework
The relationship type of element B is conspiracy relation type, then it represents that framework element B describes the conspiracy relation of framework elements A；If framework
The relationship type of elements A and framework element B is implementation relation type, then it represents that framework element B achieves framework elements A.Pass through
Segmentation to the relationship type between framework element, is conducive to improving the accuracy that enterprise information system optimizes.
Meta-model read module 200 is except each framework reading the framework meta-model corresponding with system model pre-set
Outside relationship type between element, also read the constraints between each framework element.As the optional embodiment of one,
Constraints between each framework element that meta-model read module 200 reads includes grade constraints, obligates bar
Part and quantity constraints, specifically, grade constraints can utilize the grade of the framework element to layering to be set
Function i.e. Level function representation, and the bottom in the framework element of layering is represented with Max, Min represents the framework element of layering
In the superiors, such as business classifies this framework element, its only have one-level business classification x and secondary traffic classification
Y, then Level (y)=Level (x)+1, secondary traffic classification y can also be expressed as Level (y)=Max.Reading each
During constraints between framework element, such as read between framework elements A and framework element B when obligating condition, by force
Constraints processed includes obligating framework elements A and obligating two kinds of actual conditionses of framework element B: when obligating framework
Elements A and when not obligating framework element B, represents there will necessarily be and meets corresponding pass between framework element B with framework elements A
Set type；When not obligating framework elements A and obligating framework element B, represent and there will necessarily be framework elements A and framework
Corresponding relationship type is met between element B；When obligating framework elements A and obligating framework element B, expression must
Exist and meet framework elements A and the satisfied relationship type therebetween of framework element B；When neither obligating framework elements A, also
When not obligating framework element B, can not there is framework elements A and meet corresponding relationship type with framework element B in expression, with
Time can not also there is framework element B and meet corresponding relationship type with framework elements A.Number constraint condition refers to framework element
Quantitative relation, such as n-between A and framework element B > the 1 corresponding one or more framework elements of one framework element B of expression
A, and there are not the corresponding multiple framework element B of a framework elements A；2-> 1 represents the corresponding framves of two framework elements A of existence
Constitutive element B；N-> m represents it can is the corresponding multiple framework element B of a framework elements A, it is also possible to be a framework element B pair
Should multiple framework elements A.By reading the multiple constraints of framework meta-model, between framework meta-model and system model
The matching analysis provides constraints, is conducive to the accuracy analyzing Model Matching, thus improves enterprise information system further
The accuracy optimized.
System model optimizes the company information system to be optimized that module 300 reads according to system model read module 100
Relation between each framework element of the framework meta-model that the system model of system correspondence and meta-model read module 200 read
Type, constraints, carry out the matching analysis to system model, it is thus achieved that the matching analysis result, and this result includes in system model
The analysis result etc. of the relation between the analysis result of each element, element, according to the matching analysis result, system model optimizes mould
System model is optimized by block 300, and realizes the optimization to enterprise information system further according to the system model after optimizing.
As a kind of specific embodiment, system optimization module 300 includes reading submodule, judges submodule and optimization
Submodule, reading submodule is for reading the element of system model；Judge that submodule is used for judging whether element meets element and exist
The relationship type of framework element corresponding in framework meta-model and constraints；Optimize submodule for judging sentencing of submodule
When disconnected result is no, relationship type and constraints according to corresponding framework element adjust the relationship type of element and retrain bar
Part, is optimized enterprise information system.In the present embodiment, first reading submodule reads company information system to be optimized
Each element of the system model that system is corresponding, it is thus achieved that constitute the information of each element of system model；Then judge that submodule is sentenced
Whether each element of disconnected system model meets the relationship type between framework element corresponding in framework meta-model and constraint bar
Part, such as, judge in system model, whether element a and element b meets between the framework elements A of framework meta-model and framework element B
Relationship type and constraints, wherein corresponding in framework meta-model for the element a of system model framework element is framework unit
The framework element that element A, the element b of system model are corresponding in framework meta-model is framework element B, if a determination be made that element
A and element b is satisfied by, and shows in system model that the relation between element a and element b is correct, is otherwise wrong, when sentencing
Disconnected submodule judges when element a and element b is unsatisfactory for relationship type and constraints, now optimizes submodule according to corresponding frame
Relationship type and constraints between constitutive element A and framework element B adjust the relationship type of element a and element b and retrain bar
Part, it is achieved the optimization to system model, and then realize the optimization to enterprise information system.System optimization mould in present embodiment
Block utilizes reading submodule, judges submodule and optimize the systemic effect of submodule, by each element of system model being
The no judgement meeting relationship type and constraints, it is possible to realize between system model and framework meta-model accurately and rapidly
Partition is analysed, thus improves enterprise information system based on framework meta-model and optimize efficiency.
On the basis of above-mentioned detailed description of the invention, further, enterprise information system based on framework meta-model
System optimization module in optimization system also includes sub module stored, when judging that submodule judges that the element of system model is unsatisfactory for
When corresponding relationship type and constraints, sub module stored is for carrying out corresponding element, relationship type and constraints
Storage, and generation error information text.Such as, the relationship type of framework elements A and framework element B is the relation of subdivision type, and
Condition of obligating in constraints is for obligating framework elements A and not obligating framework element B, when judging submodule
Judge relationship type and constraint bar that the middle element a and element b of system model be unsatisfactory between framework elements A and framework element B
Part, or be unsatisfactory in both the relationship type between framework elements A and framework element B and constraints any one time,
Now corresponding element, relationship type and constraints are stored by sub module stored, will element a, element b, segmentation pass
Set type and obligate condition and store, thinks that the following optimization data traceability to enterprise information system provides data to prop up
Hold；Generation error information text simultaneously, by error message such as element a, element b, the relation of subdivision type with obligate condition etc.
It is shown on text with written form, to remind user and to check for user.
Above-mentioned enterprise information system based on framework meta-model optimization system, based on the framework meta-model pre-set, is passed through
System model corresponding for enterprise information system and framework meta-model are carried out meeting the matching analysis of relationship type and constraints,
And then according to the matching analysis result, enterprise information system is optimized, it is not necessary to the system mould the most corresponding to enterprise information system
Type checks one by one and optimizes, and avoids the artificial subjective factor impact on optimum results simultaneously, thus improves enterprise
Automaticity that information system is optimized and accuracy.
Each technical characteristic of embodiment described above can combine arbitrarily, for making description succinct, not to above-mentioned reality
The all possible combination of each technical characteristic executed in example is all described, but, as long as the combination of these technical characteristics is not deposited
In contradiction, all it is considered to be the scope that this specification is recorded.
Embodiment described above only have expressed the several embodiments of the present invention, and it describes more concrete and detailed, but also
Can not therefore be construed as limiting the scope of the patent.It should be pointed out that, come for those of ordinary skill in the art
Saying, without departing from the inventive concept of the premise, it is also possible to make some deformation and improvement, these broadly fall into the protection of the present invention
Scope.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. an enterprise information system optimization method based on framework meta-model, it is characterised in that comprise the following steps:
Read the system model that enterprise information system to be optimized is corresponding；
Read the relationship type peace treaty between the framework element of the framework meta-model corresponding with described system model pre-set
Bundle condition；
According to described relationship type and described constraints, described system model carried out the matching analysis, and tie according to the matching analysis
Fruit optimizes described enterprise information system.
Enterprise information system optimization method based on framework meta-model the most according to claim 1, it is characterised in that according to
Described relationship type and described constraints carry out the matching analysis to described system model, and according to the matching analysis result optimizing institute
The process stating enterprise information system comprises the following steps:
Read the element of described system model；
Judge described element whether meet described element framework element corresponding in described framework meta-model relationship type and
Constraints, if it is not, then according to relationship type and the relationship type of the constraints described element of adjustment of corresponding framework element
And constraints, described enterprise information system is optimized.
Enterprise information system optimization method based on framework meta-model the most according to claim 2, it is characterised in that also wrap
Include following steps:
Will determine that element, relationship type and constraints when result is no store, and generation error information text.
Enterprise information system optimization method based on framework meta-model the most according to any one of claim 1 to 3, it is special
Levy and be,
Described relationship type includes using relationship type, relations of distribution type, the relation of subdivision type, conspiracy relation type and realization
Relationship type.
Enterprise information system optimization method based on framework meta-model the most according to any one of claim 1 to 3, it is special
Levy and be,
Described constraints includes grade constraints, obligates condition and quantity constraints.
6. an enterprise information system optimization tool based on framework meta-model, it is characterised in that including:
System model read module, for reading the system model that enterprise information system to be optimized is corresponding；
Meta-model read module, for reading the framework element of the framework meta-model corresponding with described system model pre-set
Between relationship type and constraints；
System optimization module, divides for described system model being carried out coupling according to described relationship type and described constraints
Analysis, and according to enterprise information system described in the matching analysis result optimizing.
Enterprise information system optimization tool based on framework meta-model the most according to claim 6, it is characterised in that described
System optimization module includes reading submodule, judges submodule and optimize submodule,
Described reading submodule is for reading the element of described system model；
Described judge that submodule is for judging whether described element meets the frame that described element is corresponding in described framework meta-model
The relationship type of constitutive element and constraints；
Described optimization submodule is for when the judged result of described judgement submodule is no, according to the pass of corresponding framework element
Set type and constraints adjust relationship type and the constraints of described element, are optimized described enterprise information system.
Enterprise information system optimization tool based on framework meta-model the most according to claim 7, it is characterised in that described
System optimization module also includes sub module stored,
Element, relationship type and constraint bar when described sub module stored is for being no by the judged result of described judgement submodule
Part stores, and generation error information text.
9. according to the enterprise information system optimization tool based on framework meta-model described in any one of claim 6 to 8, its feature
It is,
Described relationship type includes using relationship type, relations of distribution type, the relation of subdivision type, conspiracy relation type and realization
Relationship type.
10., according to the enterprise information system optimization tool based on framework meta-model described in any one of claim 6 to 8, it is special
Levy and be,
Described constraints includes grade constraints, obligates condition and quantity constraints.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103440232A (en) * | 2013-09-10 | 2013-12-11 | 青岛大学 | Automatic sScientific paper standardization automatic detecting and editing method |
| CN103440233A (en) * | 2013-09-10 | 2013-12-11 | 青岛大学 | Automatic sScientific paper standardization automatic detecting and editing system |
| CN104199975A (en) * | 2014-09-23 | 2014-12-10 | 中国南方电网有限责任公司 | Configurable WORD file structured extraction method |
| CN104217306A (en) * | 2014-09-23 | 2014-12-17 | 中国南方电网有限责任公司 | Computer modeling method of full operation flow based on structuralization |
-
2016
- 2016-06-29 CN CN201610509113.3A patent/CN106127402A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103440232A (en) * | 2013-09-10 | 2013-12-11 | 青岛大学 | Automatic sScientific paper standardization automatic detecting and editing method |
| CN103440233A (en) * | 2013-09-10 | 2013-12-11 | 青岛大学 | Automatic sScientific paper standardization automatic detecting and editing system |
| CN104199975A (en) * | 2014-09-23 | 2014-12-10 | 中国南方电网有限责任公司 | Configurable WORD file structured extraction method |
| CN104217306A (en) * | 2014-09-23 | 2014-12-17 | 中国南方电网有限责任公司 | Computer modeling method of full operation flow based on structuralization |
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