CN109657958A - The modeling method and digital information system of digital information system - Google Patents
The modeling method and digital information system of digital information system Download PDFInfo
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Abstract
The present invention provides the modeling method and digital information system of a kind of digital information system, and method therein includes business stratification step, organizational hierarchy step, decoupling and structure of knowledge step and reconstructed tissue step.For above scheme of the invention respectively from the business activity of enterprise and organization activity, building obtains the digital information system of enterprise.When needing to be implemented project, using task portrait unit in the TU task unit and organizational hierarchy in the existing business layering of item association to be performed, realize reconstructed tissue, so as to by business and organize organic interconnection, realization business and organization activity it is increasingly automated, intelligent, the production function of enterprise, cost efficiency are improved from the root.
Description
Technical field
The present invention relates to information application technique fields, and in particular to a kind of modeling method and number of digital information system
Change information system.
Background technique
Fast-developing Internet of Things, big data, cloud computing, artificial intelligence at present are all changing people's from each dimension
Work and life style, improve the efficiency of the whole society.Especially towards the server-side of users, it is based on mass users Information Number
According to analytic operation, Lai Fuzuo enterprise carries out advertisement dispensing, product optimizing decision etc., and this respect development is very rapid.But as
Enterprise is there are the activity of basic intra-enterprise business and organization activity, and Contemporary Digitalization realization is but very weak, therefore for big
For type enterprise, digitlization prospect is boundless.
How total digitalization is realized if making the transition for enterprise, there is many difficulties, existing interior business islanded system,
The application of external data, many different types of service, the continuous evolution of business and the very strong establishment officer's pipe of subjectivity
Reason, these all need one strong enterprise digital information system of building.
Summary of the invention
The present invention is intended to provide the modeling method and digital information system of a kind of digital information system, with auxiliary enterprises
Realize that digitized project is established and planned.
For this purpose, the present invention provides a kind of modeling method of digital information system, comprising:
Business stratification step: by delineation of activities being multistage project according to the attribute information of business；Each project is divided into
At least one TU task unit；When each TU task unit in prime project is appointed with one or more of a certain grade project before
Business unit is associated；
Organizational hierarchy step: the attribute information of personnel is divided into multistage personage's portrait unit；Every level-one figure painting picture list
It include personnel's technical attributes and organizational attribution in member；
Decoupling and structure of knowledge step: according to the project hierarchical approaches and TU task unit stroke in the business stratification step
The mode of dividing, is several grades project to be performed by delineation of activities to be performed, and every level-one item dividing to be performed is that several are to be performed
TU task unit, when each TU task unit to be performed in prime project to be performed with one in previous stage project to be performed or
Multiple TU task units to be performed are associated；The technical attributes demand and organizational attribution for obtaining each TU task unit to be performed need
It asks；
Reconstructed tissue step: according to each job order to be performed obtained in the decoupling and structure of knowledge step
Personnel's technical attributes obtained in the technical attributes demand of member, organizational attribution demand and the organizational hierarchy step and tissue belong to
Property, determine the personnel for meeting each TU task unit demand to be performed；It is all to meet the same TU task unit need to be performed
The personnel asked are divided in same organizational unit；Each organizational unit is associated with a TU task unit to be performed.
Optionally, in the modeling method of above-mentioned digital information system, in the business stratification step further include:
It establishes business space framework submodel, delineation of activities section is indicated with X-direction in the business space framework submodel
Point, using Y-direction node as project level partitioning site, using Z-direction node as TU task unit partitioning site.
Optionally, in the modeling method of above-mentioned digital information system, in the organizational hierarchy step further include:
Tissue space framework submodel is established, using horizontal direction node as personnel in the tissue space framework submodel
Technical attributes partitioning site, the organizational attribution partitioning site using vertical direction node as personnel.
Optionally, further include following steps in the modeling method of above-mentioned digital information system:
Business delamination step: if business to be performed can not be according to the project hierarchical approaches in the business stratification step
It is divided into several grades project to be performed, then is more by the delineation of activities to be performed according to the attribute information of the business to be performed
Grade creates project to be performed, and creates project to be performed by described and be supplemented in the project according to level order；If to be performed
After business can not be divided into several note projects to be performed according to the project hierarchical approaches in the business stratification step, wherein a certain
Grade project to be performed can not be divided into several TU task units to be performed according to TU task unit division mode, then to be performed by this grade
Item dividing creates TU task unit to be performed to be multiple, and creates TU task unit supplement to be performed and this grade of item to be performed for described
In the corresponding TU task unit of mesh.
Optionally, in the modeling method of above-mentioned digital information system, in reconstructed tissue step: if according to the solution
The technical attributes demand and organizational attribution demand of each TU task unit to be performed obtained in coupling and structure of knowledge step,
Personnel's technical attributes and organizational attribution obtained in the organizational hierarchy step can not determine and meet each task to be performed
The personnel of unit demand；Then the method also includes following steps:
Organizational hierarchy spread step: using the technical attributes demand of the TU task unit to be performed and organizational attribution demand as
Personnel's technical attributes and organizational attribution are supplemented in the organizational hierarchy step.
Optionally, in the modeling method of above-mentioned digital information system, in the organizational hierarchy spread step further include:
The project to be performed terminates, and obtains the project contribution information of each personnel in each organizational unit, and will be each
The project contribution information of personnel is supplemented in the organizational hierarchy step as the technical attributes of the personnel.
The present invention also provides a kind of computer readable storage medium, it is stored with program instruction in the storage medium, calculates
It is machine-readable to take the modeling method that digital information system described in any of the above item is executed after described program command information.
The present invention also provides a kind of electronic equipment, the electronic equipment includes at least one processor and at least one processing
Device is stored with program instruction at least one processor, at least one processor read execute after described program command information with
The modeling method of upper described in any item digital information systems.
The present invention also provides a kind of digital information system, the digital information system utilizes any of the above item number
The modeling method of word information system obtains.
It is provided by the invention above technical scheme is compared with the prior art, at least have the advantages that
The modeling method and digital information system of digital information system provided by the invention, method therein includes industry
Business stratification step, organizational hierarchy step, decoupling and structure of knowledge step and reconstructed tissue step.Above scheme of the invention point
Not from the business activity of enterprise and organization activity, building obtains the digital information system of enterprise.When needing to be implemented project
When, using task portrait unit in the TU task unit and organizational hierarchy in the existing business layering of item association to be performed, realize
Reconstructed tissue realizes the increasingly automated, intelligent of business and organization activity so as to by business and organize organic interconnection,
The production function of enterprise, cost efficiency are improved from the root.
Detailed description of the invention
Fig. 1 is the flow chart of the modeling method of digital information system described in one embodiment of the invention；
Fig. 2 is business hierarchical design schematic diagram described in one embodiment of the invention；
Fig. 3 is the schematic diagram of business space framework described in one embodiment of the invention；
Fig. 4 is the schematic diagram that space framework is organized described in one embodiment of the invention；
Fig. 5 is business obtained four-dimensional digital model associated with tissue described in one embodiment of the invention；
Fig. 6 is TU task unit closed loop described in one embodiment of the invention and the schematic diagram that automation is realized；
Fig. 7 is that the decoupling of business described in one embodiment of the invention with the structure of knowledge is associated with schematic diagram；
Fig. 8 is personnel component schematic diagram described in one embodiment of the invention；
Fig. 9 is figure painting described in one embodiment of the invention as schematic diagram.
Specific embodiment
Below in conjunction with attached drawing, the embodiment of the present invention will be further explained.In the description of the present invention, it should be noted that art
The orientation or positional relationship of the instructions such as language "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outside" is
It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of describing the description that simplifies of the invention, rather than indicate or dark
Show that signified device or component there must be specific orientation, be constructed and operated in a specific orientation, therefore should not be understood as pair
Limitation of the invention.In addition, term " first ", " second ", " third " are used for description purposes only, and it should not be understood as instruction or dark
Show relative importance.Wherein, term " first position " and " second position " are two different positions.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation ", " phase
Even ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can
To be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediary
The connection of two component internals.For the ordinary skill in the art, above-mentioned term can be understood at this with concrete condition
Concrete meaning in invention.
Embodiment 1
The present embodiment provides a kind of modeling methods of digital information system, can be used in the control system of enterprise, control
System can be computer system, as shown in Figure 1, comprising:
S101: business stratification step: by delineation of activities being multistage project according to the attribute information of business；Each project is drawn
It is divided at least one TU task unit；When each TU task unit in prime project with one or more in a certain grade project before
A TU task unit is associated.
S102: the attribute information of personnel organizational hierarchy step: is divided into multistage personage's portrait unit；Every level-one figure painting
As including personnel's technical attributes and organizational attribution in unit.
S103: decoupling and structure of knowledge step: according to the project hierarchical approaches and task in the business stratification step
Dividing elements mode, is several grades project to be performed by delineation of activities to be performed, and every level-one item dividing to be performed is several
TU task unit to be performed, when each TU task unit to be performed in prime project to be performed is and in previous stage project to be performed
One or more TU task units to be performed are associated；Obtain the technical attributes demand and tissue of each TU task unit to be performed
Attribute requirements.
S104: reconstructed tissue step: each described to be performed according to obtained in the decoupling and structure of knowledge step
Personnel's technical attributes and group obtained in the technical attributes demand of TU task unit, organizational attribution demand and the organizational hierarchy step
Attribute is knitted, determines the personnel for meeting each TU task unit demand to be performed；It is all to meet the same job order to be performed
The personnel of first demand are divided in same organizational unit；Each organizational unit is associated with a TU task unit to be performed.
Business stratification step described in step S101 is illustrated below with reference to Fig. 2 and Fig. 3.As shown in Fig. 2, can root
Business is layered according to the project information (i.e. attribute information) of each business, 1 business of Tier, 2 industry of Tier are obtained after layering
Business, 3 business ... Tier n business of Tier, wherein every level-one business that is, level-one item, can all be drawn in every level-one item
It is divided into multiple tasks unit.It is illustrated by taking vehicle after sale exploration project as an example.The project information packet of vehicle exploration project after sale
2018.5E17 (Malibu), K216 EXPORT MY19^2019 E2LBS (Lacrosse) etc. are included, wherein with K216 EXPORT
For MY19^2019 E2LBS (Lacrosse), wherein first order business corresponds to KIR, is divided into multiple tasks under first order business
Unit (as shown, including virtual evaluation, synchronous publication ... servicing manual, maintenance tool etc.)；Second level business corresponds to
Object plan is delivered, deliver object includes multiple tasks unit (as shown, including Unit Repair PTOC ... in the works
Draft Version etc.)；Third level business corresponding function block task, multiple including saying Chassis of functional block task
Business unit；N-th grade of task is developed corresponding to unit, and unit exploitation is more including Front Axle Identification
A TU task unit.A mould in vehicle exploration project after sale is constituted using the multiple tasks unit of arrow connection in figure
Block component part, it should be noted that for disparate modules, it may use some TU task unit under every level-one business,
It is also possible to not need the TU task unit under certain level-one business, at this time in arrow connection procedure, need to only be directed across this level-one industry
Business.Any one of object plan TU task unit is delivered for example, not needing to use in 2018.5E17 (Malibu) module,
After then it has connected the inter-related task unit in KIR, the inter-related task unit that can be directly connected in functional block task.
In above step S101, core point is according to business to element of resource demand, business internal association degree, business
Output etc. classifies to business；Then, according to practical business situation, the main line of each type of service is taken out, with broad sense
" project " state this main line；Finally, carrying out hierarchical design to project business.Item is visually an entirety, is integrally
It is made of all TU task units in project, the essence of business hierarchical design is exactly to carry out logic arrangement to TU task unit.Layering
It designs and tree-shaped combination is carried out to the Lower level logical of business unit, accomplish to interconnect automatically between level, assign different user with different layers
The flat view of grade；In addition can also include the steps that establishing business space framework submodel, business space framework in above-mentioned steps
Submodel is as shown in figure 3, indicate delineation of activities node in the business space framework submodel with X-direction, with Y-direction node work
It so realizes that hierarchic design is clearly defined using Z-direction node as TU task unit partitioning site for project level partitioning site and appoints
The system coordinates of business unit can simplify the independence and interconnection of TU task unit in digitized process, what each TU task unit generated
Data semantic is clear, lays a solid foundation for subsequent various data operations.It is only to be developed after sale in automobile research project shown in Fig. 2
The business hierarchical design citing carried out as a whole.In fact, the possibility of Digital Realization business infinite hierarchy, business point
Layer will be guiding with business internal logic, rather than go to cater to existing organization, on the contrary, organization should deacclimatize newly
Business layered model.Good hierarchical design can be preferably minimized the friction of internal system with resource consumption, finally surmount project
It is whole to realize that the sum of part is greater than for mark.
As shown in figure 3, can be spread out the project under all types of service in business delaminating process, it is in charge of a grade with one
Business forms matrix face, forms matrix body with second task.Different type of service projects or same business disparity items, or
It more or less breaks up to space different task node；We can construct business space framework as shown in Figure 3 as a result, certainly,
Some second tasks need further to break up, and until n grades, often toward next stage, it is three-dimensional to form a new subservice.It can from figure
To find out, Business Stream corresponding to each single item business is exactly the logical combination of a succession of TU task unit, each bottom job order
The output of member is all broad sense " data ", and the state and quality of data directly reflect the executive condition of TU task unit, and then influence
The state of entire Business Stream.Data flow is the end of task management inside digital model, and data flow and the integrated of Business Stream are
Realize the basis of service closed_loop automatic management.As shown in figure 3, wherein the output of task 2 can be used as the input of task 3, it must
All tasks of next stage must be all completed that the task when prime could be executed, the state and job order metaset of bottom data
At data are associated with task dynamic realtime with each attribute of task.
It further include establishing tissue space framework submodel in above step S102, as shown in figure 4, the tissue space framework
Technical attributes partitioning site in submodel using horizontal direction node as personnel, using vertical direction node as the tissue of personnel
Attribute transposition node.It is well known that the key element of tissue is personnel, is served as theme with personnel and the other element of tissue is divided
Class, such as organization, performance management, personnel's qualification, knowledge expertise etc..There are different organizational factors in different enterprises, with
And different element emphasis.Personnel and other element are carried out intersecting to form a matrix face, then other element into one
Step expansion, forms matrix body shown in Fig. 4.The performance of a people is various dimensions in the tissue, equitably to go to measure tissue
Each of be nearly impossible, a huge tissue, manager cannot accomplish deep to everyone each dimension
Understand, even if understanding, the sensory information of these each dimension fragments can not quantify, it how to be aggregated into the overall ranking of a people,
Intuition impression can only be leaned on.After business organization and business all digitize, each dimension quantitative model can be established, personnel are existed
Activities in system are quantified, and change subjective impression is objective data.Activity data in system has all posted mostly
Label, even without data cleansing and semanteme training during quantization.
In above step S103, item is visually whole, Project decomposition to business unit decomposes business unit again
TU task unit is very specific for the demand of personnel in TU task unit, therefore according to project for the demand of personnel, from group
It knits and goes to correspond to corresponding coordinate points in space framework, corresponding personnel can be corresponded to according to coordinate points later, thus tissue pair
Personnel are answered to go the work for being engaged in TU task unit.It is coupling between TU task unit, organizational unit.TU task unit decomposition is proper, appoints
Business unit cohesion is high, business level is well defined, and can reduce the degree coupled between different task unit, reduce TU task unit
Between dependence, but coupling cannot be eliminated, this is also why to carry out business decoupling.The core of decoupling is to manage
The constraint relationship between clear different task unit, defines the input/output interface between TU task unit.In this way, final scrappy job order
Member is able to achieve project overall goals.In short, decoupling is because there are intrinsic coupled relation, the mesh of decoupling between TU task unit
Be in order to which TU task unit can preferably couple recombination.
And business decoupling is substantially exactly knowledge decoupling, the result of decoupling is in various forms such as parameter, template, algorithms
It is existing.Knowledge corresponding to each TU task unit after decoupling is dissolved in system structure, will be brought greatly to the execution of business
It is convenient, realize the automation of business.For example, definition exploitation one meets a series of property such as cost, appearance, comfortable, power
The vehicle that can be required, development task decomposes each TU task unit, and then is assigned to personnel, and correspondingly vehicle performance is decomposed respectively
A subsystem, components, vehicle, each subsystem, the space between each components and performance constraints relationship will decouple it is clear, respectively
The exploitation of components all meets the code requirement after decoupling, and the development task of each part can so be enabled all to be assigned to accordingly
Personnel, after each personnel complete the exploitation of part, each components can be combined into the vehicle of a set performance requirement.Decoupling
Integrated degree directly determines the execution efficiency of business unit and the frictional dissipation of quality, enterprises, and then influences Business Stream
Length.
In above step S104, organization is physically personnel and the grouping of other element of resource, hierarchical, group or layer
There are intrinsic diaphragms between grade, this necessarily increases the friction of business execution and resource loss.The tissue of general enterprises divides, and
It is divided referring to the division of similar mature enterprise or with the feeling of management level or certain wish, lacks a Relative quantification
The criteria for classifying.It and is to divide tissue list by the degree of coupling between the cohesion of TU task unit, TU task unit in this programme
Member, the TU task unit degree of coupling it is high be gathered in a group, be that can reduce tub of tissue to divide organization layer by layer upwards
Reason, the effective ways for linking up loss.It often will appear such a contradiction, a long business chain, in service link all
There is coupled relation, if setting a post, benefit is the communication loss between can be reduced post, but a people may be without so more
Knowledge expertise；If setting multiple posies, everyone can be professional in a service link, but the disadvantage is that the communication in link is damaged
Consumption.After the structure of knowledge, some service links can be automated, and can virtually be elongated the business chain in each post, be subtracted
Few tissue consumption.In digital model, many portfolios, knowledge expertise can quantify, and provide for the division of organization
Foundation.
After completing above-mentioned steps S101-S104, enterprise's four-dimension digital model shown in fig. 5 can be constructed, tissue
Three-dimensional X is projected mutually with business solid Y, forms the four-dimensional digital model of enterprise.Any one node P on space-time,
Certain relationship, P=f (X, Y) are all formed with other nodes.Then we can use the data of each node in model, realize
The digital management system of enterprise.
Further, further include following steps in the above method:
Business delamination step: if business to be performed can not be according to the project hierarchical approaches in the business stratification step
It is divided into several grades project to be performed, then is more by the delineation of activities to be performed according to the attribute information of the business to be performed
Grade creates project to be performed, and creates project to be performed by described and be supplemented in the project according to level order；If to be performed
After business can not be divided into several note projects to be performed according to the project hierarchical approaches in the business stratification step, wherein a certain
Grade project to be performed can not be divided into several TU task units to be performed according to TU task unit division mode, then to be performed by this grade
Item dividing creates TU task unit to be performed to be multiple, and creates TU task unit supplement to be performed and this grade of item to be performed for described
In the corresponding TU task unit of mesh.
In reconstructed tissue step: if each described to be performed according to obtained in the decoupling and structure of knowledge step
Personnel's technical attributes and group obtained in the technical attributes demand and organizational attribution demand of TU task unit, the organizational hierarchy step
Attribute is knitted, can not determine the personnel for meeting each TU task unit demand to be performed；Then the method also includes following steps:
Organizational hierarchy spread step: using the technical attributes demand of the TU task unit to be performed and organizational attribution demand as
Personnel's technical attributes and organizational attribution are supplemented in the organizational hierarchy step.
That is, if required for not including in new projects in existing business space framework and tissue space framework
Hierarchical information then directly can carry out business layering to new projects according to the actual situation, and classification foundation and layering result are increased
Into business space framework；Demand according to TU task unit to personnel is added to tissue solid as newly-increased personnel's attribute information
In frame.It so can be realized unlimited operation expanding, quick business iteration.
Using the scheme of above embodiments of the present invention, it is able to achieve the closed loop and automatic management of TU task unit.Such as Fig. 6 institute
Show, task of approving and initiate a project distribution with project information change from top to bottom, namely when needing to be implemented distribution or information and changing, from upper
Level-one TU task unit starts, and information change occurs in any level-one TU task unit, then next stage TU task unit must be adjusted
It is whole.Project delivery and project implementation state from bottom to top, inside digital model, pass through the main points category of setting task
Property, task time, task status, task input, task output, issue management, responsible person, system can be project manager
Co-ordination cover substantially.Project task and information change are transmitted down layer by layer, and project completion status up summarizes layer by layer,
Only have next stage TU task unit to complete upper level TU task unit to be likely to complete.
In addition, above scheme can also realize knowledge and business automation.As shown in fig. 7, the knowledge in tissue solid, with
TU task unit in business solid is corresponding, assigns structural knowledge to each TU task unit node in business solid, real
The automatically or semi-automatically change of existing business.Knowledge can be a simple template, be also possible to complicated data operation logic, or
The scheme of product development combines.Task processing each node meet input and output constraint go down to call these knowledge automatically,
It is converted into business algorithm, realizes automation.And in turn, the completion of each project business, business activity overall process data all by
System is accumulated, and as people obtains project experiences once, the experience that system obtains is more holographic, these information are precipitated as knowing again
Know, is utilized by following project.
As shown in figure 8, above scheme can be the people in each node and tissue space framework in business space framework
Member's grade is associated, and standard work force required for defining each node tasks according to project grade, type etc., in conjunction with appointing
Time span inside being engaged in, then can be aggregated into the demand of human resources of enterprise on a timeline.And in system smallest particles degree
On the basis of, it can be screened by different levels inside organization, count personal, manpower situation,
Can also be counted by different projects, can also daily, week, the moon, Nian Butong time scale count.Likewise, if
Each node tasks and the equipment in tissue are associated, then can summarize the device resource of enterprise on a timeline out needs
It asks.If each node tasks and every financial budget are associated, the finance of enterprise on a timeline out can be summarized
Budget model.
In above scheme, the project to be performed terminates, and obtains the project contribution letter of each personnel in each organizational unit
Breath, and be supplemented to the project contribution information of each personnel as the technical attributes of the personnel in the organizational hierarchy step.?
I.e. after the completion of each project, the every terms of information of wherein all participants can be obtained, these information are according to different dimensions
After data quantization, as shown in figure 9, can be further utilized to do, performance management, grading promotions, personnel placement etc. are various organizes to determine
Plan, the data under the same rule model are just and objective, and many subjectivities, which are entangled with to conflict with management, is all readily solved, this is big
Release to amplitude the management work of enterprise.
Obviously, above scheme digitized path provided in this embodiment is realized.Industrial upgrading is digitized, enterprise is influenced
Everyone and every business, concern and its extensively is a huge engineering, needs the status according to enterprise itself, every
The urgency level of demand is done step-by-step.For macroscopically, digitized path may be summarized to be following three phases:
One, Digital Enterprise is constructed, the steady model framework of top-down nano-fabrication is macroscopically wanted in this requirement, and business module is wanted
High cohesion, sufficiently decoupling, the iteratively faster of support module, infinite expanding；Then opening for individual module from bottom to top is carried out again
Hair, the iteration of module are minimally affected other modules under frame.
Two, in the case where digitizing frame, the activities systematization of tissue and business is done step-by-step.First module is opened
Hair, the input of module must rely on manually, and output is also called directly without other modular systems；But it is more and more with module,
Input obtains auto-associating in intermodule with output, and the efficiency of systematization also gradually releases, and the module of systematization is more, is
The efficiency of system is higher.Under the guidance of digitlization thinking, the process of tissue and business itself also obtains transformation and evolves.In addition mostly
There is part underlying services system such as product data management system in enterprise, these systems generate important source data.But these
Source data often exists in the form of isolated island.Systematization needs that source number will be produced in tissue model by modes such as enterprise's buses
According to node and call data node link together, rather than user node go rebuild data, to guarantee source data
Uniqueness synchronism.
Three, as systematization covering is more and more wider, the digital information of business activity is more and more, is based on these information,
The knowledge and Experience Design for simulating people go out various production function parameters, realize enterprise intelligent, this is the ultimate meaning of enterprise digital
Justice.Data inside system are more and more, and the parametric variable that can be used for enterprise intelligent is also just more and more, and function model is continuous
Evolution approaching to reality.
Embodiment 2
The present embodiment provides middle computer readable storage medium, program instruction, computer are stored in the storage medium
The modeling method of digital information system described in any one of embodiment 1 is executed after reading described program command information.
Embodiment 3
The present embodiment provides a kind of electronic equipment, the electronic equipment includes at least one processor and at least one processing
Device is stored with program instruction at least one processor, at least one processor executes reality after reading described program command information
Apply the modeling method of digital information system described in any one of example 1.
Embodiment 4
The present embodiment also provides a kind of digital information system, and the digital information system is using in embodiment 1
The modeling method of any one digital information system obtains.By being taken out in business in Lower level logical to business organization
As constructing traffic matrix and weave matrix, establishing enterprise digital platform architecture model, and infinite expanding enterprise on this basis
The quantitative model of every subservice activity and organization activity by business and organizes organic interconnection, realizes business and organization activity
It is increasingly automated, intelligent, the production function of enterprise, cost efficiency are improved from the root.
Finally, it should be noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although
Present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: it still may be used
To modify the technical solutions described in the foregoing embodiments or equivalent replacement of some of the technical features；
And these are modified or replaceed, technical solution of various embodiments of the present invention that it does not separate the essence of the corresponding technical solution spirit and
Range.
Claims (9)
1. a kind of modeling method of digital information system characterized by comprising
Business stratification step: by delineation of activities being multistage project according to the attribute information of business；Each project is divided at least
One TU task unit；When each TU task unit in prime project with one or more job orders in a certain grade project before
Member is associated；
Organizational hierarchy step: the attribute information of personnel is divided into multistage personage's portrait unit；Every level-one figure painting is as in unit
Including personnel's technical attributes and organizational attribution；
Decoupling and structure of knowledge step: according in the business stratification step project hierarchical approaches and TU task unit division side
Formula, is several grades project to be performed by delineation of activities to be performed, and every level-one item dividing to be performed is several tasks to be performed
Unit, when each TU task unit to be performed in prime project to be performed is one or more of with previous stage project to be performed
TU task unit to be performed is associated；Obtain the technical attributes demand and organizational attribution demand of each TU task unit to be performed；
Reconstructed tissue step: according to each TU task unit to be performed obtained in the decoupling and structure of knowledge step
Personnel's technical attributes and organizational attribution obtained in technical attributes demand, organizational attribution demand and the organizational hierarchy step, really
Surely meet the personnel of each TU task unit demand to be performed；All people for meeting the same TU task unit demand to be performed
Member is divided in same organizational unit；Each organizational unit is associated with a TU task unit to be performed.
2. the modeling method of digital information system according to claim 1, which is characterized in that the business stratification step
In further include:
It establishes business space framework submodel, delineation of activities node is indicated with X-direction in the business space framework submodel, with
Y-direction node is as project level partitioning site, using Z-direction node as TU task unit partitioning site.
3. the modeling method of digital information system according to claim 2, which is characterized in that the organizational hierarchy step
In further include:
Tissue space framework submodel is established, using horizontal direction node as the skill of personnel in the tissue space framework submodel
Art Attribute transposition node, the organizational attribution partitioning site using vertical direction node as personnel.
4. the modeling method of digital information system according to claim 1, which is characterized in that further include following steps:
Business delamination step: if business to be performed can not be divided according to the project hierarchical approaches in the business stratification step
It is then multistage new by the delineation of activities to be performed according to the attribute information of the business to be performed for several grades project to be performed
It builds project to be performed, and creates project to be performed by described and be supplemented in the project according to level order；If business to be performed
After several note projects to be performed can not be divided into according to the project hierarchical approaches in the business stratification step, wherein certain level-one is waited for
Implementation project can not be divided into several TU task units to be performed according to TU task unit division mode, then by this grade of project to be performed
Be divided into it is multiple create TU task unit to be performed, and create TU task unit supplement to be performed and this grade of project pair to be performed for described
In the TU task unit answered.
5. the modeling method of digital information system according to claim 4, it is characterised in that:
In reconstructed tissue step: if each task to be performed according to obtained in the decoupling and structure of knowledge step
Personnel's technical attributes obtained in the technical attributes demand and organizational attribution demand of unit, the organizational hierarchy step and tissue belong to
Property, it can not determine the personnel for meeting each TU task unit demand to be performed；Then the method also includes following steps:
Organizational hierarchy spread step: using the technical attributes demand of the TU task unit to be performed and organizational attribution demand as personnel
Technical attributes and organizational attribution are supplemented in the organizational hierarchy step.
6. the modeling method of digital information system according to claim 1-5, which is characterized in that the tissue
In delamination step further include:
The project to be performed terminates, and obtains the project contribution information of each personnel in each organizational unit, and by each personnel
Project contribution information be supplemented in the organizational hierarchy step as the technical attributes of the personnel.
7. a kind of computer readable storage medium, which is characterized in that be stored with program instruction in the storage medium, calculate machine-readable
Perform claim after described program command information is taken to require the modeling method of the described in any item digital information systems of 1-6.
8. a kind of electronic equipment, which is characterized in that the electronic equipment includes at least one processor and at least one processor,
Program instruction is stored at least one processor, perform claim is wanted after at least one processor reads described program command information
Seek the modeling method of the described in any item digital information systems of 1-6.
9. a kind of digital information system, which is characterized in that the digital information system utilizes any one of claim 1-6 institute
The modeling method for stating digital information system obtains.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113159470A (en) * | 2020-03-18 | 2021-07-23 | 江苏普麦信息科技有限公司 | Project management system based on process driving |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20100131330A1 (en) * | 2008-11-25 | 2010-05-27 | Microsoft Corporation | Linking enterprise resource planning data to business capabilities |
| CN103632237A (en) * | 2013-12-06 | 2014-03-12 | 北京中电普华信息技术有限公司 | Method and device for implementing organization and authority management |
| CN104125219A (en) * | 2014-07-07 | 2014-10-29 | 四川中电启明星信息技术有限公司 | Centralized identity and management method aiming at electric power information system |
| CN108932589A (en) * | 2018-07-05 | 2018-12-04 | 武汉科技大学 | A kind of IT application in enterprises project implementation management system |
-
2018
- 2018-12-12 CN CN201811514302.5A patent/CN109657958B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20100131330A1 (en) * | 2008-11-25 | 2010-05-27 | Microsoft Corporation | Linking enterprise resource planning data to business capabilities |
| CN103632237A (en) * | 2013-12-06 | 2014-03-12 | 北京中电普华信息技术有限公司 | Method and device for implementing organization and authority management |
| CN104125219A (en) * | 2014-07-07 | 2014-10-29 | 四川中电启明星信息技术有限公司 | Centralized identity and management method aiming at electric power information system |
| CN108932589A (en) * | 2018-07-05 | 2018-12-04 | 武汉科技大学 | A kind of IT application in enterprises project implementation management system |
Non-Patent Citations (1)
| Title |
|---|
| 王素立等: "基于系统关联的企业信息资源协同研究", 《技术经济与管理研究》 * |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113159470A (en) * | 2020-03-18 | 2021-07-23 | 江苏普麦信息科技有限公司 | Project management system based on process driving |
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