CN109711639A - A kind of greening supply chain collaborative design and optimization system and method - Google Patents
A kind of greening supply chain collaborative design and optimization system and method Download PDFInfo
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- CN109711639A CN109711639A CN201910039530.XA CN201910039530A CN109711639A CN 109711639 A CN109711639 A CN 109711639A CN 201910039530 A CN201910039530 A CN 201910039530A CN 109711639 A CN109711639 A CN 109711639A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Abstract
The present invention provides a kind of greening supply chain collaborative design and optimization system and method, is related to manufacturing technology field.The system includes User Information Database, achievement data library, information of supply chain storing data library, system management module, INDEX MANAGEMENT module, collaborative design module and Solution Analysis module；User Information Database is used to store the registration information of user；Achievement data library is for storing each index and its weight；Information of supply chain storing data library is for storing product related information；System management module is for being managed user information and project information；INDEX MANAGEMENT module is managed indication information and its weight；Solution Analysis module is compared multiple design results, selects optimal greening supply chain project.Greening supply chain collaborative design provided by the invention and optimization system and method realize the data sharing between supply chain participant, keep the cooperative cooperating between supply chain participant more convenient.
Description
Technical field
The present invention relates to manufacturing technology field more particularly to a kind of greening supply chain collaborative design and optimization system and
Method.
Background technique
Industry is manufactured while the economic sustained and rapid development in promotion China, also brings huge pressure to resource and environment
Power.Designed by greening supply chain, product can be made to obtain, process from material, pack, store in a warehouse, transport, use to scrap processing
During the entire process of to the negative effect of environment minimum, resource efficiency highest, make enterprise in economic growth, resource consumption and environment
Optimal balance is obtained between protection, reaches the maximization of enterprise income and the minimum of environment expense.Therefore, greening supply chain
Collaborative design and optimization become the important means that enterprise obtains and retains its competitive edge.But most existing supply chain design systems
Only using cost or profit as design objective, minority system considers carbon emission, but does not have yet by economy, environment, social tripartite
The system that the index in face is included in scope of design comprehensively occurs.The collaborative design of existing greening supply chain is also deposited with optimization system simultaneously
Be difficult to set in index weights, design result show it is not intuitive, lack the problems such as effective analysis to result.
Summary of the invention
The technical problem to be solved by the present invention is in view of the above shortcomings of the prior art, provide a kind of greening supply chain collaboration
Design and optimization system and method is realized and is optimized to the greening supply chain for manufacturing industry.
In order to solve the above technical problems, the technical solution used in the present invention is: one side, a kind of greening supply chain collaboration
Design and optimization system, including User Information Database, achievement data library, information of supply chain storing data library, system administration mould
Block, INDEX MANAGEMENT module, collaborative design module and Solution Analysis module；
The User Information Database is used for the registration information of design Storage greening supply chain user；The achievement data library
For storing the weight for realizing that greening supply chain designs used index and each index；Information of supply chain storing data library
Raw material information, product information, raw material and the percent information of product, supplier information, manufacturer for storing product believe
Breath, reseller information and customer order information；The system management module includes user management submodule, project management submodule
With rights management submodule；
The user management submodule for realizing user registration, log in, user information modification, user information inquiry and
User information deletes function；
The project management submodule for realizing the creation of supply chain design project, modification, inquiry and design deletion
Function；
The rights management submodule is looked into for realizing the setting of user right, the modification of user right, user right
It askes, the deletion function of user right；User can only check and using authorized module and function, the module of other unauthorizeds and
Function is invisible to user；The module and function that system manager can check and use to user authorize, can also be right
Authorization is inquired and is modified；
The INDEX MANAGEMENT module includes indication information management submodule, index selection management submodule and index weights pipe
Manage submodule；
Indication information management submodule for realizing indication information addition, modify, check and delete function；
The index selection management submodule designs selection, the selection result of institute's service index for realizing greening supply chain
Preservation, inquiry, modification and delete function；
Setting, setting of the index weights management submodule for realizing greening supply chain design institute's service index weight
As a result preservation, the system automatic setting control function for modifying, checking and deleting function and index weights；
The collaborative design module includes Product Information Management submodule, supplier information management submodule, manufacturer's letter
Breath management submodule, reseller information management submodule, customer order information manage submodule, information shows management submodule,
Optimization algorithm, which manages submodule and solves schemes show, manages submodule；
The Product Information Management submodule for realizing the typing of raw material information and product information, modification, inquiry and
Delete function, setting, modification, inquiry and the deletion function of raw material and product quantity ratio；
The supplier information management submodule is for realizing the typing of supplier information, modification, inquiry and deletes function；
Manufacturer's information management submodule is for realizing the typing of manufacturer's information, modification, inquiry and deletes function；
The reseller information management submodule is for realizing the typing of reseller information, modification, inquiry and deletes function；
The customer order information management submodule is for realizing the typing of customer order information, modification, inquiry and deletion
Function；
The information shows management submodule for realizing the map view displaying of supply chain participant, supply chain participant
Supply chain view show, the conversion functions of supply chain participant addresses and longitude and latitude；
Optimization algorithm management submodule with include the setting that parameter is carried out to the optimization algorithm of use, preservation, modification,
System intialization parameter setting, starting algorithm Automated Design or optimization greening supply chain function are selected in inquiry and deletion；
The solution shows submodule for realizing the map view displaying of solution, the supply chain of solution
View is shown, the product view of solution shows function；
The Solution Analysis module includes scheme histogram comparison submodule, scheme problems and advantages submodule, side
Case Pareto optimality curve submodule；
The scheme histogram comparison submodule is for realizing Scheme Choice to be compared, the comparison of single index histogram, mostly finger
Function is checked and deleted to the comparison of mark histogram, at the preservation of comparing result；
The scheme have weakness analysis submodule for realizing Scheme Choice to be analyzed, scheme benefit analysis result show,
Scheme weakness analysis result is shown, is analyzed the preservation of result, is checked and delete function；
The scheme Pareto optimality curve submodule is for realizing Scheme Choice to be analyzed, scheme Pareto optimality curve
It generates, scheme Pareto optimality curve details check, the preservation of result, check and delete function.
Preferably, it includes account, password, company, position, phone, mailbox, card that the user's registration, which needs the information of typing,
Piece number code.
Preferably, it includes project name, number, classification, date that the creation of the project, which needs the information of typing,；User can
The inquiry of project is carried out according to project name, number, classification, date.
Preferably, the default index stored in the achievement data library includes economic indicator, environmental index and social indicator
Three categories are other；The economic indicator include product price, product quality, cost of founding the factory, production cost, transportation cost, operation at
Originally, enterprise profit and Output Growth；The environmental index includes production carbon emission, operation carbon emission, transport carbon emission, production
Water pollution, land utilization ratio, rubbish generate ratio, pollution prevention and noxious material discharge；The social indicator includes accident rate, member
Work training degree, governmental support degree, Employees ' Satisfaction Degree, social environment and preferential policy；The indication information includes index name, list
Position, classification, description.
Preferably, the raw material information includes title, number, packaging type, bar code, lot number, weight, the appearance of raw material
Amount, price and the free index of other users；The product information include the title of product, number, packaging type, bar code, lot number,
Weight, capacity, price and the free index of other users.
Preferably, the reseller information include serial number, title, Corporate Identity code, type of service, name of contact person,
Contact phone, address, postcode, inventory's upper limit, unit inventory prices and the free index of other users.
Preferably, the supplier information include serial number, title, Corporate Identity code, type of service, name of contact person,
Contact phone, address, postcode, the raw material of offer, unit price, the upper limit of the number, numerical lower limits and the free finger of other users
Mark.
Preferably, manufacturer's information include serial number, title, Corporate Identity code, type of service, name of contact person,
Contact phone, address, postcode, the product of production, the unit cost of production, unit price, the upper limit of the number, numerical lower limits and its
The free index of his user.
Preferably, the customer order information include serial number, title, type of service, name of contact person, contact phone,
Address, postcode, order name of product, order product quantity, unit price and the free index of other users.
On the other hand, it is carried out the present invention also provides a kind of using greening supply chain collaborative design of the invention and optimization system
The method of supply chain design, comprising the following steps:
After step 1, user are registered by system management module, logged in and authorized by system manager, checks and make
With system corresponding function；Function workable for whole is shown with tree menu, according to permission difference, the function that user can use
It is different；
Step 2, user by INDEX MANAGEMENT module it is customized need to index to be used, or from defined achievement data
Selective goal in library；After index selects, each index weights of submodule manual setting are managed by index weights or by system
Automatically it is arranged or reads previously stored setting；
Step 3, user create multiple greening supply chain design and optimization projects, and can be reserved for, modify or delete and is multiple green
Color supply chain design project；
Step 4, user pass through the raw material information in collaborative design module typing supply chain, production according to specific conditions of the enterprise
Product information, the percent information of raw material and product, supplier information, manufacturer's information, reseller information, customer order information,
And it can modify, check and delete to typing information；
Step 5, user intuitively check that the information of the supplier of typing, manufacturer, retail trader and client, system provide ground
Figure view and supply chain view；
Step 6, user are managed the parameter of the customized optimization algorithm of submodule by optimization algorithm or are joined using system default
Number, system carry out greening supply chain collaborative design automatically according to the information that user inputs；
Step 7, after completing supply chain design, system passes through solution and shows that submodule provides map view and supply
Chain view checks the design result of generation for user；
Step 8, system provide a variety of analyses and comparing function by Solution Analysis module, and user is according to multiple designs
As a result histogram comparison, scheme problems and advantages, Pareto optimality curve select optimal green from a variety of alternatives
Supply chain project.
The beneficial effects of adopting the technical scheme are that a kind of greening supply chain collaborative design and optimization system
And method, it fully considers environmental problem, the dozens of index of greening supply chain overall process is included in design and optimization range；User
It can free index, and can be with each index weights of self-setting, or by system as design and optimal conditions from achievement data library
The weight for calculating each index automatically according to algorithm, has both accuracy and convenience；Use optimization algorithm, solution quality
The optimization collocation to resource, efficiency may be implemented in height；A variety of view Exhibition Designs are provided as a result, effect is intuitive, conveniently makes
With；Multi-level simulation tool to design result is provided, provides detailed advisory opinion for user；Realize the number between supply chain participant
According to sharing, keep the cooperative cooperating between supply chain participant more convenient.
Detailed description of the invention
Fig. 1 is a kind of structural block diagram of greening supply chain collaborative design and optimization system provided in an embodiment of the present invention；
Fig. 2 be it is provided in an embodiment of the present invention using a kind of greening supply chain collaborative design of the invention and optimization system into
The flow chart of the collaborative design of row greening supply chain and optimization；
Fig. 3 is progress greening supply chain collaborative design provided in an embodiment of the present invention and the data flow signal of optimization process
Figure.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiments of the present invention will be described in further detail.Implement below
Example is not intended to limit the scope of the invention for illustrating the present invention.
In the present embodiment, a kind of greening supply chain collaborative design and optimization system, as shown in Figure 1, including user information number
According to library, achievement data library, information of supply chain storing data library, system management module, INDEX MANAGEMENT module, collaborative design module and
Solution Analysis module；User Information Database, achievement data library and information of supply chain storing data library can take in distal end
Business device operation, can also run, system management module, INDEX MANAGEMENT module, collaborative design module and solution party in local client
Case analysis module is run in local client.
The system management module includes user management submodule, project management submodule and rights management submodule；
The user management submodule for realizing user registration, log in, user information modification, user information inquiry and
User information deletes function；
It includes account, password, company, position, phone, mailbox, passport NO. that the user's registration, which needs the information of typing,.
The project management submodule for realizing the creation of supply chain design project, modification, inquiry and design deletion
Function；
It includes project name, number, classification, date that the creation of the project, which needs the information of typing,；User can be according to item
The inquiry of mesh title, number, classification, date progress project.
The rights management submodule is looked into for realizing the setting of user right, the modification of user right, user right
It askes, the deletion function of user right；User can only check and using authorized module and function, the module of other unauthorizeds and
Function is invisible to user；The module and function that system manager can check and use to user authorize, can also be right
Authorization is inquired and is modified；
The INDEX MANAGEMENT module includes indication information management submodule, index selection management submodule and index weights pipe
Manage submodule；
The default index stored in the achievement data library includes economic indicator, environmental index and social indicator three categories
Not；The economic indicator includes product price, product quality, cost of founding the factory, production cost, transportation cost, operation cost, enterprise
Profit and Output Growth；The environmental index include production carbon emission, operation carbon emission, transport carbon emission, production water pollution,
Land utilization ratio, rubbish generate ratio, pollution prevention and noxious material discharge；The social indicator includes accident rate, staffs training
Degree, governmental support degree, Employees ' Satisfaction Degree, social environment and preferential policy；The indication information includes index name, unit, class
Not, description；
Indication information management submodule for realizing indication information addition, modify, check and delete function；
Index selection management module is for realizing the selection of greening supply chain design institute's service index, selection result
It saves, inquiry, modify and delete function；
Setting, setting of the index weights management submodule for realizing greening supply chain design institute's service index weight
As a result preservation, the system automatic setting control function for modifying, checking and deleting function and index weights；
The collaborative design module includes Product Information Management submodule, supplier information management submodule, manufacturer's letter
Breath management submodule, reseller information management submodule, customer order information manage submodule, information shows management submodule,
Optimization algorithm, which manages submodule and solves schemes show, manages submodule；
The Product Information Management submodule for realizing the typing of raw material information and product information, modification, inquiry and
Delete function, setting, modification, inquiry and the deletion function of raw material and product quantity ratio；
The raw material information includes title, number, packaging type, bar code, lot number, weight, capacity, the price of raw material
And the free index of other users；The product information includes title, number, packaging type, bar code, lot number, weight, the appearance of product
Amount, price and the free index of other users.
The supplier information management submodule is for realizing the typing of supplier information, modification, inquiry and deletes function；
The supplier information includes serial number, title, Corporate Identity code, type of service, name of contact person, contact person's electricity
Words, address, postcode, the raw material of offer, unit price, the upper limit of the number, numerical lower limits and the free index of other users；
Manufacturer's information management submodule is for realizing the typing of manufacturer's information, modification, inquiry and deletes function；
Manufacturer's information includes serial number, title, Corporate Identity code, type of service, name of contact person, contact person's electricity
Words, address, postcode, the product of production, the unit cost of production, unit price, the upper limit of the number, numerical lower limits and other users are certainly
Select index.
The reseller information management submodule is for realizing the typing of reseller information, modification, inquiry and deletes function；
The reseller information includes serial number, title, Corporate Identity code, type of service, name of contact person, contact person's electricity
Words, address, postcode, inventory's upper limit, unit inventory prices and the free index of other users.
The customer order information management submodule is for realizing the typing of customer order information, modification, inquiry and deletion
Function；
The customer order information includes serial number, title, type of service, name of contact person, contact phone, address, postal
Volume, order name of product, order product quantity, unit price and the free index of other users.
The information shows management submodule for realizing the map view displaying of supply chain participant, supply chain participant
Supply chain view show, the conversion functions of supply chain participant addresses and longitude and latitude；
The optimization algorithm management submodule is used to carry out the optimization algorithm of use the setting of parameter, preservation, modifies, looks into
It askes and deletes, select system intialization parameter setting, starting algorithm Automated Design or optimization greening supply chain function；The present embodiment
In, optimization algorithm uses the compound multi-objective decision algorithm of dual-stage；
The solution shows submodule for realizing the map view displaying of solution, the supply chain of solution
View is shown, the product view of solution shows function；
The Solution Analysis module includes scheme histogram comparison submodule, scheme problems and advantages submodule, side
Case Pareto optimality curve submodule；
The scheme histogram comparison submodule is for realizing Scheme Choice to be compared, the comparison of single index histogram, mostly finger
Function is checked and deleted to the comparison of mark histogram, at the preservation of comparing result；
The scheme have weakness analysis submodule for realizing Scheme Choice to be analyzed, scheme benefit analysis result show,
Scheme weakness analysis result is shown, is analyzed the preservation of result, is checked and delete function；
The scheme Pareto optimality curve submodule is for realizing Scheme Choice to be analyzed, scheme Pareto optimality curve
It generates, scheme Pareto optimality curve details check, the preservation of result, check and delete function.
Using a kind of greening supply chain collaborative design of the invention and optimization system carry out greening supply chain collaborative design with
The method of optimization, as shown in Fig. 2, specifically includes the following steps:
After step 1, user are registered by system management module, logged in and authorized by system manager, checks and make
With system corresponding function；Function workable for whole is shown with tree menu, according to permission difference, the function that user can use
It is different；
Step 2, user by INDEX MANAGEMENT module it is customized need to index to be used, or from defined achievement data
Selective goal in library；After index selects, each index weights of submodule manual setting are managed by index weights or by system
Automatically it is arranged or reads previously stored setting；
Step 3, user create multiple greening supply chain design and optimization projects, and can be reserved for, modify or delete and is multiple green
Color supply chain design project；
Step 4, user pass through the raw material information in collaborative design module typing supply chain, production according to specific conditions of the enterprise
Product information, the percent information of raw material and product, supplier information, manufacturer's information, reseller information, customer order information,
And it can modify, check and delete to typing information；
Step 5, user intuitively check that the information of the supplier of typing, manufacturer, retail trader and client, system provide ground
Figure view and supply chain view；
Step 6, user are managed the parameter of the customized optimization algorithm of submodule by optimization algorithm or are joined using system default
Number, system carry out greening supply chain collaborative design automatically according to the information that user inputs；
Step 7, after completing supply chain design, system passes through solution and shows that submodule provides map view and supply
Chain view checks the design result of generation for user；
Step 8, system provide a variety of analyses and comparing function by Solution Analysis module, and user is according to multiple designs
As a result histogram comparison, scheme problems and advantages, Pareto optimality curve select optimal green from a variety of alternatives
Supply chain project.
In the present embodiment, greening supply chain is carried out with optimization system using greening supply chain collaborative design of the invention and is cooperateed with
The data flow of design and optimization process is as shown in figure 3, it can be seen from the figure that using greening supply chain collaborative design of the invention
With optimization system carry out supply chain design when can by the percent information of raw material information, product information, raw material and product, supply
Quotient's information, manufacturer's information, reseller information, customer order information is answered all to take into account, by economy, environment, social tripartite
The index in face is included in scope of design comprehensively, and can automatic or manual setting target weight, automatically generated most eventually by algorithm
Excellent greening supply chain design scheme, the program can obtain optimal balance at economy, environment, three aspect of society.In addition, of the invention
Greening supply chain collaborative design and optimization system a variety of comparisons and analysis also have been carried out to design result, for corporate decision maker
Decision assistant is provided.
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 to technical solution documented by previous embodiment, or some or all of the technical features are equal
Replacement；And these are modified or replaceed, model defined by the claims in the present invention that it does not separate the essence of the corresponding technical solution
It encloses.
Claims (10)
1. a kind of greening supply chain collaborative design and optimization system, it is characterised in that: including User Information Database, achievement data
Library, information of supply chain storing data library, system management module, INDEX MANAGEMENT module, collaborative design module and Solution Analysis
Module；
The User Information Database is used for the registration information of design Storage greening supply chain user；The achievement data library is used for
Storage realizes that greening supply chain designs the weight of used index and each index；Information of supply chain storing data library is used for
Store the percent information of the raw material information of product, product information, raw material and product, supplier information, manufacturer's information, point
Sell quotient's information and customer order information；The system management module includes user management submodule, project management submodule and power
Limit management submodule；
The user management submodule for realizing user registration, log in, user information modification, user information inquiry and user
Information deletion function；
The project management submodule for realizing the creation of supply chain design project, modification, inquiry and design deletion function；
The rights management submodule is for realizing the setting of user right, the modification of user right, the inquiry of user right, use
The deletion function of family permission；User can only check and using authorized module and function, the module and function of other unauthorizeds
It is invisible to user；The module and function that system manager can check and use to user authorize, can also be to authorization
It is inquired and is modified；
The INDEX MANAGEMENT module includes indication information management submodule, index selection management submodule and index weights management
Module；
Indication information management submodule for realizing indication information addition, modify, check and delete function；
The index selection management submodule is for realizing the selection of greening supply chain design institute's service index, the guarantor of selection result
Deposit, inquire, modify and delete function；
The index weights management submodule designs the setting of institute's service index weight, setting result for realizing greening supply chain
Preservation, modify, check and delete the system automatic setting control functions of function and index weights；
The collaborative design module includes Product Information Management submodule, supplier information management submodule, manufacturer's message tube
It manages submodule, reseller information management submodule, customer order information management submodule, information and shows management submodule, optimization
Algorithm management submodule and solution schemes show manage submodule；
The Product Information Management submodule is for realizing the typing of raw material information and product information, modification, inquiry and deletion
Setting, modification, inquiry and the deletion function of function, raw material and product quantity ratio；
The supplier information management submodule is for realizing the typing of supplier information, modification, inquiry and deletes function；
Manufacturer's information management submodule is for realizing the typing of manufacturer's information, modification, inquiry and deletes function；
The reseller information management submodule is for realizing the typing of reseller information, modification, inquiry and deletes function；
The customer order information management submodule is for realizing the typing of customer order information, modification, inquiry and deletes function；
The information shows management submodule for realizing map view displaying, the confession of supply chain participant of supply chain participant
Chain view is answered to show, the conversion function of supply chain participant addresses and longitude and latitude；
Optimization algorithm management submodule is with including setting, preservation, modification, the inquiry for carrying out parameter to the optimization algorithm of use
And deletion, select system intialization parameter setting, starting algorithm Automated Design or optimization greening supply chain function；
The solution shows submodule for realizing the map view displaying of solution, the supply chain view of solution
It shows, the product view of solution shows function；
The Solution Analysis module includes scheme histogram comparison submodule, scheme problems and advantages submodule, scheme pa
Tired support optimal curve submodule；
The scheme histogram comparison submodule is for realizing Scheme Choice to be compared, the comparison of single index histogram, multi objective column
Function is checked and deleted to the comparison of shape figure, at the preservation of comparing result；
The scheme has weakness analysis submodule for realizing Scheme Choice to be analyzed, the displaying of scheme benefit analysis result, scheme
Weakness analysis result is shown, is analyzed the preservation of result, is checked and delete function；
The scheme Pareto optimality curve submodule is raw for realizing Scheme Choice to be analyzed, scheme Pareto optimality curve
It checked at, scheme Pareto optimality curve details, the preservation of result, check and delete function.
2. a kind of greening supply chain collaborative design according to claim 1 and optimization system, it is characterised in that: the user
It includes account, password, company, position, phone, mailbox, passport NO. that registration, which needs the information of typing,.
3. a kind of greening supply chain collaborative design according to claim 1 and optimization system, it is characterised in that: the project
Creation to need the information of typing include project name, number, classification, date；User can according to project name, number, classification,
The inquiry of date progress project.
4. a kind of greening supply chain collaborative design according to claim 1 and optimization system, it is characterised in that: the index
The default index stored in database includes that economic indicator, environmental index and social indicator three categories are other；The economic indicator packet
Include product price, product quality, cost of founding the factory, production cost, transportation cost, operation cost, enterprise profit and Output Growth；
The environmental index includes producing carbon emission, operation carbon emission, transport carbon emission, production water pollution, land utilization ratio, rubbish to produce
Raw ratio, pollution prevention and noxious material discharge；The social indicator includes accident rate, staffs training degree, governmental support degree, employee
Satisfaction, social environment and preferential policy；The indication information includes index name, unit, classification, description.
5. a kind of greening supply chain collaborative design according to claim 1 and optimization system, it is characterised in that: the former material
Material information includes the free finger of title, number, packaging type, bar code, lot number, weight, capacity, price and other users of raw material
Mark；The product information includes title, number, packaging type, bar code, lot number, weight, capacity, price and other use of product
The free index in family.
6. a kind of greening supply chain collaborative design according to claim 1 and optimization system, it is characterised in that: the distribution
Quotient's information includes serial number, title, Corporate Identity code, type of service, name of contact person, contact phone, address, postcode, library
Deposit the upper limit, unit inventory prices and the free index of other users.
7. a kind of greening supply chain collaborative design according to claim 1 and optimization system, it is characterised in that: the supply
Quotient's information includes serial number, title, Corporate Identity code, type of service, name of contact person, contact phone, address, postcode, mentions
Raw material, unit price, the upper limit of the number, numerical lower limits and the free index of other users of confession.
8. a kind of greening supply chain collaborative design according to claim 1 and optimization system, it is characterised in that: the production
Quotient's information includes serial number, title, Corporate Identity code, type of service, name of contact person, contact phone, address, postcode, life
Product, the unit cost of production, unit price, the upper limit of the number, numerical lower limits and the free index of other users of production.
9. a kind of greening supply chain collaborative design according to claim 1 and optimization system, it is characterised in that: the client
Order information include serial number, title, type of service, name of contact person, contact phone, address, postcode, order name of product,
Order product quantity, unit price and the free index of other users.
10. a kind of greening supply chain collaborative design and optimization method, it is characterised in that: the following steps are included:
After step 1, user are registered by system management module, logged in and authorized by system manager, check and using being
System corresponding function；Function workable for whole shows that, according to permission difference, the function that user can use is not with tree menu
Together；
Step 2, user pass through the customized need index to be used of INDEX MANAGEMENT module, or from defined achievement data library
Selective goal；After index selects, by index weights manage each index weights of submodule manual setting or by system it is automatic
It is arranged or reads previously stored setting；
Step 3, user create multiple greening supply chain design and optimization projects, and can be reserved for, modify or delete multiple greens and supply
Answer chain design object；
Step 4, user are believed according to specific conditions of the enterprise by raw material information, the product in collaborative design module typing supply chain
Percent information, supplier information, manufacturer's information, the reseller information, customer order information of breath, raw material and product, and can
Typing information is modified, checks and deleted；
Step 5, user intuitively check that the information of the supplier of typing, manufacturer, retail trader and client, system provide map view
Figure and supply chain view；
Step 6, user manage the parameter of the customized optimization algorithm of submodule by optimization algorithm or use system default parameter, are
The information inputted automatically according to user of uniting carries out greening supply chain collaborative design；
Step 7, after completing supply chain design, system pass through solution show submodule provide map view and supply chain view
Figure checks the design result of generation for user；
Step 8, system provide a variety of analyses and comparing function by Solution Analysis module, and user is according to multiple design results
Histogram comparison, scheme problems and advantages, Pareto optimality curve optimal green supply is selected from a variety of alternatives
Chain project.
Priority Applications (1)
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