CN103095789A - Information and communications technology (ICT) technical support design of industrial value chain planning configuration environment - Google Patents

Information and communications technology (ICT) technical support design of industrial value chain planning configuration environment Download PDF

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CN103095789A
CN103095789A CN 201110372571 CN201110372571A CN103095789A CN 103095789 A CN103095789 A CN 103095789A CN 201110372571 CN201110372571 CN 201110372571 CN 201110372571 A CN201110372571 A CN 201110372571A CN 103095789 A CN103095789 A CN 103095789A
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value chain
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李宗诚
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Abstract

The invention provides information and communications technology (ICT) technical support design of industrial value chain planning configuration environment. The ICT technical support design of the industrial value chain planning configuration environment is established on a novel logic basis, a mathematics basis and a scientific basis, for the purpose of transforming a 'cloud' calculation system into a 'world' calculation system connecting all, taking internet users as a center and further a multi-level value chain as a center, taking linkage and coordination of a cognitive system and a practice system based on a computer aided system and the internet as a principal line of the evolution process of a high-grade intelligent integrated system (HIIS) by establishing of a network configuration dynamics basic model, a normal form and an equation system, and a game organization synergetics basic model, a normal form and an equation system.

Description

The ICT technical support design of industry value chain planning and configuration environment
Technical field
(generic name is " GVC network technology support system [DCN/IIL (VCSE) to this invention 600 patent of invention clusters that to be applicant Li Zongcheng formally submit to State Patent Office by electronic system in September, 2011; Li Zongcheng, 2011] " the 335th.
(generic name is " GVC network technology support system [DCN/IIL (VCSE) for this invention and patent of invention cluster; Li Zongcheng, 2011] " the 321st, the 322nd, the 323rd, the 324th, the 325th, the 326th, the 327th, the 328th, the 329th, the 330th, the 331st, the 332nd, the 333rd, the 334th, the 336th, the 337th, the 338th, the 339th, the 340th, together; jointly consist of patent of invention group " industry value chain planning and configuration ICT technique support system (ICT-PAM/[IVC] Li Zongcheng, 2011) ".
" GVC network technology support system [DCN/IIL (VCSE) that the applicant proposes to comprise this invention, is made of 600 patents of invention, Li Zongcheng, 2011] ", its bulking property target is, take global value Chain System (GVC) as core, the connection of carrying out based on computer and network thereof with Natural Intelligence and Artificial Intelligence and coordinate main line as general intelligence integrated system (GIIS) Upgrade process, set up brand-new logical foundations (Li Zongcheng, 2011), Fundamentals of Mathematics (Li Zongcheng, 2011), scientific basic (Li Zongcheng, 2011) and brand-new technical foundation (Li Zongcheng, 2011) and engineering foundation (Li Zongcheng, 2011), be relative closure, relatively static " resource pool "---system for cloud computing injects soul, intelligence and life, build global intelligent integral contract network computer architecture (CS/HSN (GII)), Global Internet is made become the technique support system that really has life and ecological holographic joint management character.On this basis, take global value Chain System (GVC) as core, the connection of carrying out based on computer aided system and the Internet with cognitive system and practice system and coordinate main line as high-grade intelligent integrated system (HIIS) evolution process, foundation is based on the intelligent integrated science system (IIS of metasystem (MS) science brand-new theoretical (Li Zongcheng, 2011); IIT; Li Zongcheng, 2011), logistics net, energy net, Network and Finance Network and the knowledge knowledge network of each field all departments combine together with being dispersed in all over the world with the novel Global Internet of life-giving vigor, carry out energetically the GVC system engineering, foundation really has the dynamic Correspondent network system of global intelligent integral (DCN/HII (GVC)) of life and ecological holographic joint management character, thereby builds intelligent integrated net, life the Internet and ecological operation net.GVC system engineering technology Cluster Exploitation total strategy---inventor Li Zong really is referred to as " since the beginning of history " plan by implementing, and " cloud " counting system that flicker is indefinite is transformed into the Correspondent all things on earth, connects " world " counting system of longitude and latitude.
The main purpose of this invention, be by brand-new logical foundations (Li Zongcheng, 2011), Fundamentals of Mathematics (Li Zongcheng, 2011), scientific basic (Li Zongcheng, 2011) and brand-new technical foundation (Li Zongcheng, the ICT network docking technique of environment 2011) and engineering foundation (Li Zongcheng, 2011), is provided for the industry value chain planning and configuration.
In this specification, all related Mathematical Modelings are really independent foundation of inventor Li Zong substantially, have original creativity.
This invention belongs to that (network technology of PA/IVC) is supported the field towards industry value chain planning and configuration, planning organization and planning management, be towards industry value chain and then towards the intelligent integrated technical foundation of industry value chain planning and configuration system, people, mechanism and tissue guided into the key of " world " (brand-new counting system) of Correspondent all things on earth from flicker indefinite " cloud " (counting system).
PA/IVC is a kind of solution of industry value chain system engineering, by means of brand-new Information technology and the network technology, among service strategy and the inside and outside related system of the operation mode whole industry value chain planning and configuration take information system as trunk of importing with industry value chain, it is the just change on science and technology, but involves related comprehensive integration and the configuration all about the flow process on the cross-region of personnel, fund, logistics, manufacturing and industry value chain tissue or transnational border of industry value chain organization internal and outside.　　
PA/IVC is physical resources configuration (logistics), human resources configuration (stream of people), fund resources configuration (wealth stream), information resources configuration (information flow) the integrated industry value chain configuration software for the inside and outside association of industry value chain planning and configuration.Analyze and Li Zongcheng proposes towards the inside and outside related ultimate consumer of industry value chain planning and configuration, social governor motion, the SHF of relative analyzes both at home and abroad, describes vertical related department of future generation, horizontal related department and value resource planning (VRP) software by the DIM that generates the business towards the rule designer of the inside and outside association of industry value chain planning and configuration, system integrator, module.It will comprise the user of the inside and outside association of industry value chain planning and configuration/service system framework, use graphical user interface, use open system and make.Except existing standard feature, it also comprises other characteristic, as the adjustment report of the quality of the inside and outside association of industry value chain planning and configuration, process enactment configuration and the inside and outside association of industry value chain planning and configuration etc.Particularly, thus the basic technology that PA/IVC adopts will be more prone to upgrading will for simultaneously the user software of the inside and outside association of industry value chain planning and configuration and the independence of hardware two aspects.The key of PA/IVC be all users of the inside and outside association of industry value chain planning and configuration can cutting its use, thereby have natural ease for use.
Background technology
In recent years, the fusion of ICT industry three macroreticulars and system for cloud computing technology were pushed ahead international and domestic always energetically.Grid attempts to realize the overall sharing of interconnected internet resource, comprises information resources, data resource, computational resource and software resource etc.
But at present, the fusion of ICT industry three macroreticulars just is being absorbed in the desperate situation of dying young, the novelty wretched insufficiency of cloud computing technology, and the application of cloud computing meets with all restrictions, and the exploitation of cloud computing system meets with heat, cold difficult situation out of trade in the industry.Along with the fast development of computer technology and the network technology, along with the increase day by day of financial innovation and financial risks, market competition is further aggravated, and space and the scope of industry value chain competition further enlarge, and the integrated of global economy also constantly pushed ahead.Twentieth century progressively develops into mainly towards the thought of the comprehensive configuration of industry value chain internal resource the configuration thought of how effectively utilizing and configuring whole resource the nineties thereupon.Under this situation, at first Li Zongcheng has proposed the concept report of PA/IVC.
Set up Correspondent set based on intelligent compositive economy multiattribute measure space, based on the Correspondent operator of intelligent compositive economy more rules metric matrix, become based on intelligent compositive economy multiple-factor on the comprehensive Correspondent relation of power and the basis based on the Correspondent function of intelligent compositive economy multiplicity algebra system, the inventor proposes to develop and to set up the brand-new network system that logistics network, knowledge network and banking network is combined together take information network as platform---" whole world is the Correspondent network dynamically "; And then propose to develop and to set up and a kind of cloud computing and grid computing included at interior brand-new counting system---towards " world " computation schema of knowledge resource configuration, physical resources configuration and allocation of financial resource; Again and then propose to develop and to set up a kind of take computer operating system and internet operating system as the crucial brand-new operation system that various cognitive operation and practical operation are combined together---and " holographic co-operation system " (OS/HSO).
the dynamic Correspondent network system of GVC DCN/IIL (VCSE) that the inventor proposes, refer to the multimodal value chain system (VCS of multi-layer, from value of the product chain PVC, industry value chain IVC, to industry value chain IVC, zone value chain RVC, so that national value chain NVC, GVC GVC) be core, with telecommunications network (MCN), computer network (WWW) and broadcasting and television network (BTN) three macroreticulars are fused to the major technique support, with logistics net (MN), energy drift net (EN), information network (IN), Network and Finance Network (FN) and knowledge knowledge network (KN) five macroreticulars combine together, full field is provided, total system, the global open network system of overall process comprehensive integration business service.
The whole world that the inventor proposes to develop and to set up is Correspondent network and world calculating and the holographic co-operation (abbreviation OS/HSO of system dynamically, Operating System of Holo-synergetic Oganization), be a complete complex system.The world is calculated and is intended to by the logistics under the information network support, knowledge, the full Correspondent network of finance, the computational entity that a plurality of costs are relatively low is integrated into a complete Integrated Intelligent System with powerful calculating ability, and by information network inside and outside SaaS/HSO(Li Zong is sincere, 2010), PaaS/HSO(Li Zong is sincere, 2010), IaaS/HSO(Li Zong is sincere, 2010), MSP/HSO (Li Zongcheng, the brand-new business model such as 2010) is distributed to this powerful computing capability in the terminal use's hand of information network inside and outside.
The whole world dynamically Correspondent network calculations concept can be regarded as a kind of application model that perforation is got up of logistics network, knowledge network and banking network being collected take information network as platform.The dynamic Correspondent network calculations (Li Zongcheng, 2010) in the whole world is computer-oriented and information network not only, and Logistics Oriented network, knowledge network and banking network.It attempts to surmount, and information is calculated and information network calculates, and information is calculated and information network calculating collects to connect and move with logistics network, knowledge network and banking network and is closely linked, and realization is intelligent integrated.
As the basis of this invention, brand-new logical foundations comprises holographic Correspondent logic (Li Zongcheng, 2011), the two poles of the earth Correspondent logic (Li Zongcheng, 2011), the holographic Correspondent logic (Li Zongcheng, 2011) in the two poles of the earth; Brand-new Fundamentals of Mathematics comprise holographic Correspondent mathematics (Li Zongcheng, 2011), the two poles of the earth Correspondent mathematics (Li Zongcheng, 2011), system's Analysis on Vicissitudes mathematics (Li Zongcheng, 2011); Brand-new scientific basic comprises resource distribution dynamics (Li Zongcheng, 2011), holographic organization synergetics (Li Zongcheng, 2011), the system behavio(u)r theory of value (Li Zongcheng, 2011), game coordination (Li Zongcheng, 2011), the equilibrium economics (Li Zongcheng that liquidates, 2011), holographic Correspondent physics (Li Zongcheng, 2011), and perforation science (interdisciplinary science and Cross science)---the metasystem science (Li Zongcheng that is formed by the large comprehensive of a series of brand-new theories, 2011) and intelligent integrated science (Li Zongcheng, 2011); Brand-new technical foundation is take value chain system as core, towards the synergitic brand-new systems technology of holography (cluster); Brand-new engineering foundation is take value chain system as core, towards the synergitic brand-new system engineering of holography (cluster).
Summary of the invention
(1) for industry value chain, the inventor is at the brand-new logical foundations (Li Zongcheng of its independent foundation, 2011), Fundamentals of Mathematics (Li Zongcheng, 2011), scientific basic (Li Zongcheng, 2011) and brand-new technical foundation (Li Zongcheng, 2011) and engineering foundation (Li Zongcheng, 2011) on, for " cloud " counting system that flicker is indefinite is transformed into the Correspondent all things on earth, connect " world " counting system of longitude and latitude, adhere to take the global value Chain System as core, with the connection of cognitive system (RS and computer aided system thereof) and practice system (PS and computer aided system thereof) with coordinate main line as high-grade intelligent integrated system (HIIS) evolution process, set up the dynamical foundation of planning and configuration Environment Design.
(1. 1) inventor regards industry value chain as resource configuration system and process, and sets up network configuration dynamics normal form.Therefore, with the lowermost layer of hierarchical chart as evaluation index, we can be according to the relation between environmental factor and bearing capacity, set up judgment matrix, the methods such as the maximal eigenvector method of integrated use sum of squares approach, Saaty, geometric average method, expert's method are determined this one deck to the relative importance (weight) of last layer.Utilize the counting backward technique in the AHP method, each value of statistical indicant unanimously can be standardized, that is: by utilizing formula
Figure DEST_PATH_IMAGE002
Solve the nondimensionalization problem between index, and make in matrix after variation each element value 0 and l between, and its monotonicity is constant.
Because value chain system's can be divided into value of the product Chain System PVC, enterprise value Chain System EVC, industrial value Chain System IVC and national economy value chain system's NVC and these five levels of global economy value chain system's GVC, we can correspondingly be divided into five levels with the various environment in the planning and configuration system, that is:
Essential Environment (narrow sense environment) BE of PVC regeneration product planning and configuration (PA/PVC), Essential Environment (narrow sense environment) BE of EVC regeneration product planning and configuration (PA/EVC), Essential Environment (narrow sense environment) BE of planning and configuration is produced in IVC regeneration, and (Essential Environment (narrow sense environment) BE of planning and configuration is produced in PA/IVC) and NVC regeneration, and (Essential Environment (narrow sense environment) BE (PA/GVC) of planning and configuration is produced in PA/NVC) and GVC regeneration,
The combinational environment CE of planning and configuration is produced in PVC regeneration, and (the combinational environment CE of planning and configuration is produced in PA/PVC), EVC regeneration, and (the combinational environment CE of planning and configuration is produced in PA/EVC), IVC regeneration, and (the combinational environment CE of planning and configuration is produced in PA/IVC) and NVC regeneration, and (the combinational environment CE (PA/GVC) of planning and configuration is produced in PA/NVC) and GVC regeneration;
The single system environment SSE of planning and configuration is produced in PVC regeneration, and (the single system environment SSE of planning and configuration is produced in PA/PVC), EVC regeneration, and (the single system environment SSE of planning and configuration is produced in PA/EVC), IVC regeneration, and (the single system environment SSE of planning and configuration is produced in PA/IVC) and NVC regeneration, and (the single system environment SSE (PA/GVC) of planning and configuration is produced in PA/NVC) and GVC regeneration;
The Complex System Environment CSE of planning and configuration is produced in PVC regeneration, and (the Complex System Environment CSE of planning and configuration is produced in PA/PVC), EVC regeneration, and (the Complex System Environment CSE of planning and configuration is produced in PA/EVC), IVC regeneration, and (the Complex System Environment CSE of planning and configuration is produced in PA/IVC) and NVC regeneration, and (the Complex System Environment CSE (PA/GVC) of planning and configuration is produced in PA/NVC) and GVC regeneration;
The complex large system environment GSE of planning and configuration is produced in PVC regeneration, and (the complex large system environment GSE of planning and configuration is produced in PA/PVC), EVC regeneration, and (the complex large system environment GSE of planning and configuration is produced in PA/EVC), IVC regeneration, and (the complex large system environment GSE of planning and configuration is produced in PA/IVC) and NVC regeneration, and (the complex large system environment GSE (PA/GVC) of planning and configuration is produced in PA/NVC) and GVC regeneration.
For the planning and configuration of industry value chain, we should consider following three kinds of configuration surroundings:
(I) fundamental plan configuration surroundings
Figure DEST_PATH_IMAGE004
: the complementarity of product-based inscape (raw material, parts and relevant auxiliary products) and same project ( a, like product, similar enterprise, belong to field, similar industry together, belong to the zone together, belong to country together) the multi-layer value chain ( MVC a ) upper formed planning and configuration environment (CDE I);
(II) subordinate planning and configuration environment
Figure DEST_PATH_IMAGE006
: project-based complementarity and disparity items ( aWith b) the multi-layer value chain ( MVC a With MVC b ) between formed planning and configuration environment (CDE II);
(III) derivation planning configuration surroundings
Figure DEST_PATH_IMAGE008
: in similar projects (like product, similar enterprise, belong to field, similar industry together, belong to the zone together, belong to country together) aDifferent multi-layer value chains ( MVC a, i With MVC a, j , i≠ j) between formed planning and configuration environment (CDE III).
Furthermore, we should consider following different situation:
The cooperation configuration surroundings that forms in same industry value chain
Figure DEST_PATH_IMAGE010
Produce in same industry value chain regeneration the cooperation configuration surroundings that forms on stages
Figure DEST_PATH_IMAGE012
Produce in same industry value chain regeneration the cooperation configuration surroundings that forms on the links of stages
Figure DEST_PATH_IMAGE014
The target that oneself is respectively arranged due to the cooperative economy SA of system and executive system EA S A With E A , thereby the cooperative economy system S A And executive system E A Behavior between interaction several situations may appear:
I) cooperative economy system S A And executive system E A Have common target, their behavior is synergistic;
II) cooperative economy system S A And executive system E A Have opposite target, their behavior is mutually to hinder;
III) neither belong to common situation, also do not belong to conflict situations, this is situation not in the know, in this case, and the effect of executive system to cooperative economy system's a kind of non-premediation of generation (involuntary) of complexity.
Traditional planned economy is the economy of administrationization basically, in this economy, and the first situation commonly.
If with four parameters ( U N , V N ; U A , V A ) represent the state of cooperative economy system, so, the operation of cooperative economy system just can be envisioned as certain natural resources amount U N Or Administrative resource amount U A With certain stock number V N Or V A A series of exchanges.
V N Depend on U N And cooperative economy system S A And natural environment E N Structure and behavior, V N Depend on U A And cooperative economy system S A And executive system E A Structure and behavior.See conversely, U N Depend on V N And planning and configuration system S A And natural environment E N Structure and behavior, U A Depend on V A And planning and configuration system S A And executive system E A Structure and behavior.All in all, following expression should be arranged:
V N = V N ( U N , U A , S A , E N , E A ) ( 2. 13. 3 a )
U N = U N ( V N , V A , S A , E N , E A ) ( 2. 13. 4 a )
V A = V A ( U N , U A , S A , E N , E A ) ( 2. 13. 3 b )
U A = U A ( V N , V A , S A , E N , E A ) ( 2. 13. 4 b )
Now according to (2. 13. 3) formula discuss extremely favourable ( U N , V N ; U A , V A ) basis amount in exchange V N0 With V A0
For the cooperative economy system
Figure DEST_PATH_IMAGE016
, natural environment And executive system
Figure DEST_PATH_IMAGE020
Extensive class
Figure DEST_PATH_IMAGE022
,
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With , under conflict situations, exist the basis amount
Figure DEST_PATH_IMAGE028
V N ( U N , U A , S A , E N , E A ) = V N ( U N , U A , S A 0 , E N 0 , E A 0 ) ( 2. 13. 5 a )
V A ( U N , U A , S A , E N , E A ) = V A ( U N , U A , S A 0 , E N 0 , E A 0 ) ( 2. 13. 5 b )
In (2. 13. 5) formula S A0 Be class
Figure 42862DEST_PATH_IMAGE022
In extreme value (optimum) system, E N0 Be class
Figure 100948DEST_PATH_IMAGE024
In extreme value (optimum) environment, E A0 Be class
Figure 677423DEST_PATH_IMAGE026
In extreme value (optimum) system.When the planning and configuration system S A With administrative environment E A Interaction when belonging to situation not in the know, (2. 13. 5) formula can be rewritten as
Figure DEST_PATH_IMAGE032
V N ( U N , U A , S A , E N , E A ) = V N ( U N , U A , S A 0 , E N 0 , E A 0 ) ( 2. 13. 6 a )
Figure DEST_PATH_IMAGE034
V A ( U N , U A , S A , E N , E A ) = V A ( U N , U A , S A 0 , E N 0 , E A 0 ) ( 2. 13. 6 b )
In the situation that do not have max and min, correspondingly get sup and inf in (2. 13. 5) and (2. 13. 6) formula.
Order xRepresent state variable, it describes the state of planning and configuration system; a, bRepresent control variables, b, aNatural environment and administrative environment are described respectively.The canonical form of Cusp Catastrophe is v( x)= x 4+ a x 2+ b x, its dynamical equation is
Figure DEST_PATH_IMAGE036
Here vBe damping constant, its value is very little.Under this condition, the transient process of system is very short, along with a, bVariation, xDetermined at once.The state of control variables decision systems.
Change former problem, consider aAlso as the situation of state variable.If x 1= x, x 2= a, and x 2Dynamical equation be
C is a normal number. vNot bery little.Obtain new problem
Figure DEST_PATH_IMAGE040
Figure 666107DEST_PATH_IMAGE038
The planning and configuration system is in non-steady state, and its motion is subjected to v, bControl.In this problem, x 1, x 2Represent planning and configuration internal system state, v, bRepresent environment (control).Environment no longer determines state, and it only affects the state variation of planning system.
Fig. 1 be with A, B2 is the phase path of starting point C A , C N v, bVariation can cause the variation of track.
Fig. 2 is C A With vVariation.Fig. 3 is C A With bVariation.
From these figures we can find, though Environmental variations can not cause the sudden change between state, can cause two sudden changes between track.
When structure economic system, natural environment and this three's of administrative restriction Coordination Model, we can consider three problems: the one, the administration domination is processed as exogenous variable and with alternative manner, namely provided by the external world, produce update information after model running, administrative parameter is revised, and feasibility is controlled in administration made an appraisal.The 2nd, the uncertain problem of relation between each socio-economic factor.This relation is nonlinear at least, or decide with certain probability.The 3rd, the uncertain problem of consequence.Same policy is at different times, and all can there be different effects the different location.Analyze this problem usable probability model, can also provide the distribution of solution except providing desired value, need a large amount of data reliably but do like this.By administrative submodel set out the economy that consists of with administrative, can make economic system, natural environment and this three of administrative environment mutually produce information with the natural resources Coordination Model, and form closed-system in kind, administrative instruction stream mutual exchanging action.
Administration change prediction under the operation given first certain condition of this model by the Structural Transformation piece of supplying with, obtains the effective supply to cooperative economy.Therewith abreast, available various mathematical methods are analyzed the cooperation economic structure, determine the effect of each economic department in reaching the planned target process.
The model general diagram is as shown in Fig. 4.In model, administrationization economic entity and environmental resource provide mathematical analysis, the required initial data of planning, and appraisement system provides one group of interpretational criteria of model running.Suppose that the Multidimensional Value criterion is definite by following process: at first according to policymaker, designer and relevant expert's suggestion, determine various single criterions, and according to criterion value system of various rules of combination composition, the result of model running is made an appraisal.Collect the data vector of gained X 1With the interpretational criteria vector X 2Send into together administration and Economic Analysis Model, can provide the result of administrationization economic analysis; The administrative vector of this two-part output X 4With structure vector X 5Multidate information about planned economy all departments is provided again.
(1. 2) all in all, the following basic natural environmental condition of arbitrary industry value chain planning and configuration systems face:
We can regard the internal structure of cooperative economy system as be comprised of this three functions of economical running, population production and development of resources group 3-D solid structure.
As shown in Fig. 5, three-dimensional value function is rolled into a ball the composition structure respectively characteristics, and function is had one's own work to do and unified value goal.Here it is, and they carry out power conversion and material recycle by energy flow, material stream, monetary value flow, form different product to adapt to the requirement of planning index.
This section is set up correlation distribution equation system and the model thereof of nature and Social Ecology pattern synergetics for cooperation (non-complete collaborative) economic large system Primary Study, and is basic to begin to take shape nature and Social Ecology pattern Analysis with Synergetics.
At first the new equation system that this section is set up is the combination and unification of non-linear stochastic differential equation group and certainty constraints relation, is secondly real system function of state and the rationally combination and unification of system mode function (or non-reasonable system mode function) on nature and Social Ecology rule synergetics equation group basis.
In industry value chain planning and configuration action scope, activities is to iThe utilization of kind of resource will be subject to nature the iBut plant the restriction of the bearing capacity (but but comprising instantaneous bearing capacity and long-term bearing capacity) of resource aspect.
The present following several respects of this basic restriction table:
a. in industry value chain planning and configuration action scope, activities is to iPlant the actual utilization of resource y 1 i Be subject to nature iPlant Gong the amount of resource y * 1 i Restriction, namely y 1 i ≤ y * 1 i
b. in industry value chain planning and configuration action scope, activities is to iPlant the actual converted amount of resource y 2 i Be subject to nature iPlant the convertible amount of resource y * 2 i Restriction, namely y 2 i ≤ y * 2 i
c. in industry value chain planning and configuration action scope, activities is to iThe reality of planting resource substitutes amount y 3 i Be subject to nature iPlant the alternative amount of resource y * 3 i Restriction, namely y 3 i ≤ y * 3 i
d. in industry value chain planning and configuration action scope, activities is to iThe actual reproduction amount of the data of kind y 4 i Be subject to nature iPlant the reproducible amounts of resource y * 4 i Restriction, namely y 4 i ≤ y * 4 i
Industry value chain planning and configuration system consists of industry value chain planning and configuration natural ecosystems jointly with natural environment on every side.For this class system, we need to divide five action scopes to consider industry value chain planning and configuration ecological balance condition.
In the Self-organizing Competition action scope, realize balance of nature aspect certain resource, industry value chain planning and configuration system just is subject to following essential condition constraint:
a1. nature is iPlant the bearing capacity of resource aspect BN i ( t) attenuation rate β i ( t) the time period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 232 )
a2. the industry value chain planning and configuration system of Self-organizing Competition G 1To iPlant the utilization of natural resources DG 1, i ( t) the time period of considering [ t 0, t 1] in must be close to nature at the bearing capacity aspect i kind resource BN i ( t), namely
| DG 1, i ( t ) – BN i ( t ) | ≤ η i β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 233 )
Organize the Competition territory concentrating, realize balance of nature aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition and retrain:
b1. nature is iPlant the bearing capacity of resource aspect BN i ( t) attenuation rate β i ( t) the period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 234 )
b2. concentrate the industry value chain planning and configuration system of tissue competition G 2To iPlant the utilization of natural resources DG 2, i ( t) the time period of considering [ t 0, t 1] in must be close to nature at the bearing capacity aspect i kind resource BN i ( t), namely
| DG 2, i ( t ) – BN i ( t ) | ≤ η i β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 235 )
In basic synergy territory, realize balance of nature aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition and retrain:
c1. nature is iPlant the bearing capacity of resource aspect BN i ( t) attenuation rate β i ( t) the period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 236 )
c2. the industry value chain planning and configuration system that substantially works in coordination with G 3To iPlant the utilization of natural resources DG 3, i ( t) the time period of considering [ t 0, t 1] in must be close to nature the iPlant the bearing capacity of resource aspect BN i (t), namely
| DG 3, i ( t ) – BN i ( t ) | ≤ η i β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 237 )
In the Self-organizing Cooperation action scope, realize balance of nature aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition constraint:
d1. nature is iPlant the bearing capacity of resource aspect BN i ( t) attenuation rate β i ( t) the period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 238 )
d2. the industry value chain planning and configuration system of Self-organizing Cooperation G 4To iPlant the utilization of natural resources DG 4, i ( t) the period of considering [ t 0, t 1] in must be close to nature the iPlant the bearing capacity of resource aspect BN i ( t), namely
| DG 4, i ( t ) – BN i ( t ) | ≤ η i β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 239 )
In concentrated Cooperation action scope, realize balance of nature aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition constraint:
e1. nature is iPlant the bearing capacity of resource aspect BN i ( t) attenuation rate β i ( t) the period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 240 )
e2. concentrate the industry value chain planning and configuration system of Cooperation G 5To iPlant the utilization of natural resources DG 5, i ( t) the period of considering [ t 0, t 1] in must be close to nature the iPlant the bearing capacity of resource aspect BN i ( t), namely
| DG 5, i ( t ) – BN i ( t ) | ≤ η i β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 241 )
(1. 3) all in all, the following basic social environment condition of arbitrary industry value chain planning and configuration systems face:
In industry value chain planning and configuration action scope, activities is to iThe utilization of kind of resource will be subject to society the iBut plant the restriction of the bearing capacity (but but comprising instantaneous bearing capacity and long-term bearing capacity) of resource aspect.
The present following several respects of this basic restriction table:
a. in industry value chain planning and configuration action scope, activities is to iPlant the actual utilization of resource z 1 i Be subject in society iPlant Gong the amount of resource z * 1 i Restriction, namely z 1 i ≤ z * 1 i
b. in industry value chain planning and configuration action scope, activities is to iPlant the actual converted amount of resource z 2 i Be subject to society to the iPlant Gong the amount of resource z * 2 i Restriction, namely z 2 i ≤ z * 2 i
c. in industry value chain planning and configuration action scope, activities is to iThe reality of planting resource substitutes amount z 3 i Be subject in society iPlant the alternative amount of resource z * 3 i Restriction, namely z 3 i ≤ z * 3 i
d. in industry value chain planning and configuration action scope, activities is to iPlant the actual reproduction amount of resource z 4 i Be subject in society iPlant the reproducible amounts of resource z * 4 i Restriction, namely z 4 i ≤ z * 4 i
Industry value chain planning and configuration system consists of industry value chain planning and configuration Social Ecology system jointly with social environment on every side.For this class system, we need to divide five action scopes to consider the Social Ecology equilibrium condition.
In the Self-organizing Competition action scope, realize the Social Ecology balance aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition constraint:
a1. society is the iPlant the bearing capacity of resource aspect BS i ( t) attenuation rate α i ( t) the time period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 242 )
a2. the industry value chain planning and configuration system of Self-organizing Competition G 1To iPlant the utilization of resource DG 1, i ( t) the time period of considering [ t 0, t 1] in must be close to society the iPlant the bearing capacity of resource aspect BS i ( t), namely
| DG 1, i ( t ) – BS i ( t ) | ≤ η i α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 243 )
Organize the Competition territory concentrating, realize the Social Ecology balance aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition and retrain:
b1. society is the iPlant the bearing capacity of resource aspect BS i ( t) attenuation rate α i ( t) the time period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 244 )
b2. concentrate the industry value chain planning and configuration system of tissue competition G 2To iPlant the utilization of resource DG 2, i ( t) the period of considering [ t 0, t 1] in must be close to society the iPlant the bearing capacity of resource aspect BS i ( t), namely
| DG 2, i ( t ) – BS i ( t ) | ≤ η i α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 245 )
In basic synergy territory, realize the social practice balance aspect certain resource, industry value chain planning and configuration system will be subject to following essential condition constraint:
c1. society is the iKind resource aspect is bearing capacity BS i ( t) attenuation rate α i ( t) the time period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 246 )
c2. the industry value chain planning and configuration system that substantially works in coordination with G 3To iPlant the utilization of resource DG 3, i ( t) the time period of considering [ t 0, t 1] in must be close to society the iPlant the bearing capacity of resource aspect BS i ( t), namely
| DG 3, i ( t ) – BS i ( t ) | ≤ η i α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 247 )
In the Self-organizing Cooperation action scope, realize the Social Ecology balance aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition constraint:
d1. society is the iPlant the bearing capacity of resource aspect BS i ( t) attenuation rate α i ( t) the time period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 248 )
d2. the industry value chain planning and configuration system of Self-organizing Cooperation G 4To iPlant the utilization of resource DG 4, i ( t) the period of considering [ t 0, t 1] in must be close to society the iPlant the bearing capacity of resource aspect BS i ( t), namely
| DG 4, i ( t ) – BS i ( t ) | ≤ η i α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 249 )
In concentrated Cooperation action scope, realize the Social Ecology balance aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition constraint:
e1. society is the iPlant the bearing capacity of resource aspect BS i ( t) attenuation rate α i ( t) the time period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 250 )
e2. concentrate the industry value chain planning and configuration system of Cooperation G 5To iPlant the utilization of resource DG 5, i ( t) the time period of considering [ t 0, t 1] in must be close to society the iPlant the bearing capacity of resource aspect BS i ( t), namely
| DG 5, i ( t ) – BS i ( t ) | ≤ η i α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 251 )
(2) for industry value chain, the inventor is at the brand-new logical foundations (Li Zongcheng of its independent foundation, 2011), Fundamentals of Mathematics (Li Zongcheng, 2011), scientific basic (Li Zongcheng, 2011) and brand-new technical foundation (Li Zongcheng, 2011) and engineering foundation (Li Zongcheng, 2011) on, for " cloud " counting system that flicker is indefinite is transformed into the Correspondent all things on earth, connect " world " counting system of longitude and latitude, adhere to take the global value Chain System as core, with the connection of cognitive system (RS and computer aided system thereof) and practice system (PS and computer aided system thereof) with coordinate main line as high-grade intelligent integrated system (HIIS) evolution process, set up the know-why of planning and configuration Environment Design.
(2. 1) large system of whole industry value chain planning and configuration and exist feedback mechanism widely with the interaction of nature one social environment is as shown in Fig. 6.Industry value chain planning and configuration tissue makes decisions according to certain target (or complex), input certain people, thing, information, the activity (also having feedback mechanism here) that the mankind are coordinated between different departments field, people, thing, information that result output is new.This brings huge motive force on the one hand the Existence and development of society, can cause negative effect to natural environment on the other hand.Two feedback informations are arranged respectively here, the one, the social base of industry value chain planning and configuration main body or system (bearing capacity) compares with the social quality index (desired value) on operation basis, finding out that deviation that mankind's activity brings is progressively dwindled or the information when widening feeds back to policy-making body, is the feedback factor of industry value chain planning and configuration process in this social base; On the other hand, the harmful effect that people, thing, the information of output causes to natural environment, compare with natural quality index (desired value), this information is fed to decision-making section, to affect next decision process, environmental aspect is exactly the feedback factor that the industry value chain planning and configuration affects natural environment here.Wherein social base index (desired value) is all that industry value chain planning and configuration tissue is determined according to the overall goal of the coordinated development of each different stages of development with environmental aspect index (desired value).Industry value chain planning and configuration tissue uses feedback mechanism to regulate according to this target and controls to keep mankind's activity not depart from predeterminated target, keep human history and stablize sustained and coordinated development.
For holographic synergetic industry value chain planning and configuration environment, we need to carry out component analysis and evaluation, and then carry out step analysis and evaluation.
As a kind of system of complexity, holographic synergetic industry value chain planning and configuration environment has general nature environment and balance of nature condition and mass society environment and the Social Ecology equilibrium condition thereof of oneself.The effect basis of holographic synergetic industry value chain planning and configuration environment is IVC planning and configuration nature bearing capacity and IVC planning and configuration Social Capacity.The restriction that holographic synergetic the Internet operational system should be subject to IVC planning and configuration nature bearing capacity is subject to the restriction of IVC planning and configuration Social Capacity again.From the process of reproduction, holographic synergetic industry value chain planning and configuration environment comprises: collaborative subsystem environment, collaborative consumption subsystem environment, coordinated exchange subsystem environment and the collaborative assignment subsystem environment produced.
IVC planning and configuration nature bearing capacity and IVC planning and configuration Social Capacity consist of constraints to the effect of the Internet operation on the whole.Every democratic system and every principle of centrality consist of constraints to the main body of the Internet operation on the whole.To the mankind on the whole, the prime design requirement of internet environment is, impels the operation of the Internet should be tending towards the social the Internet balance of a certain period, is tending towards again the ecological the Internet balance of a certain period; Should constantly keep long-term social the Internet balance, constantly keep again long-term ecological the Internet balance.The design centre of internet environment is to provide rational systems, effective policy environment and sound social security for setting up large collaborative the Internet main body.
(2. 2) inventor inquires into the planning and configuration environment of product-based effect structure on the Internet (EVS [PES]).User's planning and configuration environment of product-based effect structure on the Internet should comprise following several different levels:
The planning and configuration environment of product-based effect structure on Intranet (EVS [PES])
The planning and configuration environment of product-based effect structure on the industry the Internet (EVS [PES])
The planning and configuration environment of product-based effect structure (EVS [PES]) on national the Internet
The planning and configuration environment of product-based effect structure in industry value chain (EVS [PES])
The inventor inquires on the Internet planning and configuration environment based on Technological Economy foundation structure (RCS [TKS/EBS]).Based on the planning and configuration environment of Technological Economy foundation structure, should comprise following several different levels on the Internet:
On Intranet based on the planning and configuration environment of Technological Economy foundation structure (RCS [TKS/EBS])
On the industry the Internet based on the planning and configuration environment of Technological Economy foundation structure (RCS [TKS/EBS])
On national the Internet based on the planning and configuration environment of Technological Economy foundation structure (RCS [TKS/EBS])
In industry value chain based on the planning and configuration environment of Technological Economy foundation structure (RCS [TKS/EBS])
The inventor inquires on the Internet planning and configuration environment based on internal-external conspiracy relation (SOS [ESS/ISS]).Based on the planning and configuration environment of internal-external conspiracy relation, should comprise following several different levels on the Internet:
On Intranet based on the planning and configuration environment of internal-external conspiracy relation (SOS [ESS/ISS])
On the industry the Internet based on the planning and configuration environment of internal-external conspiracy relation (SOS [ESS/ISS])
On national the Internet based on the planning and configuration environment of internal-external conspiracy relation (SOS [ESS/ISS])
In industry value chain based on the planning and configuration environment of internal-external conspiracy relation (SOS [ESS/ISS])
General synergetic industry value chain planning and configuration environment comprises the collaborative configuration system environments of following nine types:
(A1) the outside collaborative/inner industry value chain planning and configuration system environments of concentrating collaborative type (as administrative configuration-system environment, budget configuration-system environment, the combination of speculating configuration-system environment, derivative configuration-system environment etc.) of concentrating;
(A2) the outside collaborative/inner industry value chain planning and configuration system environments of disperseing collaborative type (as administrative configuration-system environment, budget configuration-system environment, the combination of speculating configuration-system environment, derivative configuration-system environment etc.) of concentrating;
(A3) the outside industry value chain planning and configuration system environments (as the combination of administrative configuration-system environment, budget configuration-system environment, congenial configuration-system environment, derivative configuration-system environment etc.) of concentrating collaborative/inner collecting and distributing collaborative type;
(A4) outer scattered collaborative/the inner industry value chain planning and configuration system environments of concentrating collaborative type (as administrative configuration-system environment, budget configuration-system environment, the combination of speculating configuration-system environment, derivative configuration-system environment etc.);
(A5) outer scattered collaborative/inner industry value chain planning and configuration system environments of disperseing collaborative type (as administrative configuration-system environment, budget configuration-system environment, the combination of speculating configuration-system environment, derivative configuration-system environment etc.);
(A6) outer scattered collaborative/the industry value chain planning and configuration system environments of inner collecting and distributing collaborative type (as administrative configuration-system environment, budget configuration-system environment, the combination of speculating configuration-system environment, derivative configuration-system environment etc.);
(A7) outside collecting and distributing collaborative/the inner industry value chain planning and configuration system environments of concentrating collaborative type (as administrative configuration-system environment, budget configuration-system environment, the combination of speculating configuration-system environment, derivative configuration-system environment etc.);
(A8) outside collecting and distributing collaborative/inner industry value chain planning and configuration system environments of disperseing collaborative type (as administrative configuration-system environment, budget configuration-system environment, the combination of speculating configuration-system environment, derivative configuration-system environment etc.);
(A9) the industry value chain planning and configuration system environments of outside collecting and distributing working in coordination with/inner collecting and distributing collaborative type (as the combination of administrative configuration-system environment, budget configuration-system environment, congenial configuration-system environment, derivative configuration-system environment etc.).
For synergetic and holographic synergetic industry value chain planning and configuration system, the various factors of integrated environment and condition consist of respectively two basic aspects: IVC planning and configuration nature bearing capacity and IVC planning and configuration Social Capacity.Here, IVC planning and configuration nature bearing capacity refers to that nature provides the ability of certain or various resource and condition for the operation and development of the Internet, and IVC planning and configuration Social Capacity refers to that society provides the ability of certain or various resource and condition for the operation and development of the Internet.For the bulking property innovation of the Internet operation, IVC planning and configuration nature bearing capacity and IVC planning and configuration Social Capacity are all the importances of can not ignore.
According to the synergitic general rationality requirement of holography, we not only should consider, estimate IVC planning and configuration nature bearing capacity and IVC planning and configuration Social Capacity from individual IVC user or the IVC user's of mechanism scope, and should further consider, estimate IVC planning and configuration nature bearing capacity and IVC planning and configuration Social Capacity from all IVC users.Whole world IVC planning and configuration nature bearing capacity is not the simple summation of various countries IVC planning and configuration nature bearing capacity, the simple summation that global IVC planning and configuration Social Capacity neither various countries IVC planning and configuration Social Capacity.In fact, between various countries IVC planning and configuration nature bearing capacity, between various countries IVC planning and configuration Social Capacity and between various countries IVC planning and configuration nature bearing capacity and various countries IVC planning and configuration Social Capacity, exist conspiracy relation widely.
(2. 3) are according to the synergitic general rationality requirement of holography, we not only should consider, estimate in the past IVC planning and configuration nature bearing capacity and IVC planning and configuration Social Capacity, and the natural bearing capacity of the IVC planning and configuration that should consider, estimate the current period and IVC planning and configuration Social Capacity, also should consider, estimate IVC planning and configuration nature bearing capacity and the IVC planning and configuration Social Capacity of period (or over a long time) in the future.No matter IVC planning and configuration nature bearing capacity or IVC planning and configuration Social Capacity are not the simple summations of Residual Load Bearing Capacity, current bearing capacity and potential bearing capacity.Between Residual Load Bearing Capacity, current bearing capacity and potential bearing capacity, exist conspiracy relation.
(B1) in the multiple inscape of IVC planning and configuration nature bearing capacity system, the macrovariable that plays the dominating system effect can be divided into three kinds:
a. the material flow variables M SE ( t); b. the energy flow variable E SE ( t); c. collaborative variable K SEN ( t).
According to IVC planning and configuration nature bearing capacity concept, " IVC planning and configuration nature bearing capacity dynamical equation " is as follows:
P SEN ( t ) = P SEN [ M SE ( t ), E SE ( t ), K SEN ( t ) ] = F SEN ( X SE 1 ( t ), X SE 2 ( t ), …, X SE 6 ( t )) ( 2. 15. 8 )
In formula, P SEN ( t)--- tThe IVC planning and configuration nature bearing capacity exponential quantity in period; X SE1 ( t)--- tThe bearing capacity of the ground key element index in period; X SE2 ( t)--- tThe energy bearing capacity key element index in period; X SE3 ( t)--- tThe waters bearing capacity key element index in period; X SE4 ( t)--- tThe Forest carrying capacity key element index in period; X SE5 ( t)--- tThe mineral reserve bearing capacity key element index in period; X SE6 ( t)--- tThe atmosphere bearing capacity key element index in period; F SEN ( X SE1 ( t), X SE2 ( t) ..., X SE6 ( t))---about X SE i ( t) nonlinear function.
(B2) in the multiple inscape of IVC planning and configuration Social Capacity system, the macrovariable that plays the dominating system effect can be divided into three kinds:
a. " firmly " variable H SE ( t); b. " soft " variable S SE ( t); c. " working in coordination with " variable K SES ( t).
According to IVC planning and configuration Social Capacity concept, " IVC planning and configuration Social Capacity dynamical equation " is as follows:
P SES ( t ) = P SES [ H SE ( t ), S SE ( t ), K SES ( t ) ] = F SES ( Y SE 1 ( t ), Y SE 2 ( t ), …, Y SE 6 ( t )) ( 2. 15. 9 )
In formula, P SES ( t)--- tThe IVC planning and configuration Social Capacity exponential quantity in period; Y SE1 ( t)--- tThe political bearing capacity key element index in period; Y SE2 ( t)--- tThe cultural bearing capacity key element index in period; Y SE3 ( t)--- tThe science bearing capacity key element index in period; Y SE4 ( t)--- tThe education bearing capacity key element index in period; Y SE5 ( t)--- tThe defence bearing capacity key element index in period; Y SE6 ( t)--- tThe diplomatic bearing capacity key element index in period; F S ( Y SE1 ( t), Y SE2 ( t) ..., Y SE6 ( t))---about Y SE i ( t) nonlinear function.
(B3) IVC planning and configuration nature bearing capacity with IVC planning and configuration Social Capacity interconnects, mutually collaborative, composition " synthetic environmental carrying capacity ".Synthetic environmental carrying capacity totally can be regarded as and is made of a large amount of matter essential factor and spirit factors, social pattern key element and natural form key element.For synthetic environmental carrying capacity, the examination method that applicable dynamics and statistics combine.
Formula (2. 15. 8) and (2. 15. 9) are combined, can provide " synthetic environmental carrying capacity dynamical equation " as follows:
P SE ( t ) = P SE [ M SE ( t ), E SE ( t ), K SEN ( t ), H SE ( t ), S SE ( t ), K SES ( t ) ]
= F SE ( X SE 1 ( t ), X SE 2 ( t ), …, X SE 6 ( t ); Y SE 1 ( t ), Y SE 2 ( t ), …, Y SE 6 ( t )) ( 2. 15. 10 )
In formula, P SE ( t)--- tThe synthetic environmental carrying capacity exponential quantity in period;
F SE ( X SE 1 ( t ), X SE 2 ( t ), …, X SE 6 ( t ); Y SE 1 ( t ), Y SE 2 ( t ), …, Y SE 6 ( t ))
---about X SE i ( t) and Y SE i ( t) nonlinear function.
(2. 4) multimodal planning and configuration environment of multi-layer
I, the outside cooperation/inner resource distribution environment CDE [VC, ECC/ICC] that concentrates type of cooperation that concentrates
I B1) cooperation/inner type of cooperation configuration surroundings of concentrating is concentrated in the outside that forms in same industry value chain
Figure DEST_PATH_IMAGE042
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I B2) produce in same industry value chain regeneration the outside that forms on stages and concentrate cooperation/inner type of cooperation configuration surroundings of concentrating
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I B3) produce in same industry value chain regeneration the outside that forms on the links of stages and concentrate cooperation/inner type of cooperation configuration surroundings of concentrating
II, the outside cooperation/inner resource distribution environment CDE [VC, ECC/IDC] that disperses type of cooperation that concentrates
II B1) cooperation/inner type of cooperation configuration surroundings that disperses is concentrated in the outside that forms in same industry value chain
Figure DEST_PATH_IMAGE048
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II B2) produce in same industry value chain regeneration the outside that forms on stages and concentrate cooperation/inner type of cooperation configuration surroundings that disperses
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II B3) produce in same industry value chain regeneration the outside that forms on the links of stages and concentrate cooperation/inner type of cooperation configuration surroundings that disperses
Figure DEST_PATH_IMAGE052
III, the outside resource distribution environment CDE [VC, ECC/IMC] that concentrates cooperation/inner collecting and distributing type of cooperation
III B1) cooperation/inner collecting and distributing type of cooperation configuration surroundings is concentrated in the outside that forms in same industry value chain
Figure DEST_PATH_IMAGE054
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III B2) produce in same industry value chain regeneration the outside that forms on stages and concentrate cooperation/inner collecting and distributing type of cooperation configuration surroundings
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III B3) produce in same industry value chain regeneration the outside that forms on the links of stages and concentrate cooperation/inner collecting and distributing type of cooperation configuration surroundings
Figure DEST_PATH_IMAGE058
The resource distribution environment CDE [VC, EDC/ICC] of type of cooperation is concentrated in IV, outer loose cooperation/inside
IV B1) the type of cooperation configuration surroundings is concentrated in the outer loose cooperation that forms in same industry value chain/inside
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IV B2) outer loose cooperation that forms on same industry value chain regeneration product stages/concentrated type of cooperation configuration surroundings in inside
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IV B3) outer loose cooperation that forms on the links of same industry value chain regeneration product stages/concentrated type of cooperation configuration surroundings in inside
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The resource distribution environment CDE [VC, EDC/IDC] of V, outer loose cooperation/outer loose cooperation type
V B1) outer loose cooperation that forms in same industry value chain/outer loose cooperation type configuration environment
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V B2) outer loose cooperation that forms on same industry value chain regeneration product stages/outer loose cooperation type configuration environment
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V B3) outer loose cooperation that forms on the links of same industry value chain regeneration product stages/outer loose cooperation type configuration environment
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The resource distribution environment CDE [VC, EDC/IMC] of VI, outer loose cooperation/inner collecting and distributing type of cooperation
VI B1) outer loose cooperation that forms in same industry value chain/inner collecting and distributing type of cooperation configuration surroundings
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VI B2) outer loose cooperation that forms on same industry value chain regeneration product stages/inner collecting and distributing type of cooperation configuration surroundings
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VI B3) outer loose cooperation that forms on the links of same industry value chain regeneration product stages/inner collecting and distributing type of cooperation configuration surroundings
The resource distribution environment CDE [VC, EMC/ICC] of type of cooperation is concentrated in VII, outside collecting and distributing cooperation/inside
VII B1) the type of cooperation configuration surroundings is concentrated in the outside collecting and distributing cooperation that forms in same industry value chain/inside
Figure DEST_PATH_IMAGE078
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VII B2) the outside collecting and distributing cooperation that forms on same industry value chain regeneration product stages/concentrated type of cooperation configuration surroundings in inside
Figure DEST_PATH_IMAGE080
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VII B3) the outside collecting and distributing cooperation that forms on the links of same industry value chain regeneration product stages/concentrated type of cooperation configuration surroundings in inside
Figure DEST_PATH_IMAGE082
VIII, outside collecting and distributing cooperation/inside disperse the resource distribution environment CDE [VC, EMC/IDC] of type of cooperation
VIII B1) the outside collecting and distributing cooperation that forms in same industry value chain/inside disperses the type of cooperation configuration surroundings
Figure DEST_PATH_IMAGE084
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VIII B2) the outside collecting and distributing cooperation that forms on same industry value chain regeneration product stages/inside dispersion type of cooperation configuration surroundings
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VIII B3) the outside collecting and distributing cooperation that forms on the links of same industry value chain regeneration product stages/inside dispersion type of cooperation configuration surroundings
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The resource distribution environment CDE [VC, EMC/IMC] of IX, outside collecting and distributing cooperation/inner collecting and distributing type of cooperation
IX B1) the outside collecting and distributing cooperation that forms in same industry value chain/inner collecting and distributing type of cooperation configuration surroundings
Figure DEST_PATH_IMAGE090
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IX B2) the outside collecting and distributing cooperation that forms on same industry value chain regeneration product stages/inner collecting and distributing type of cooperation configuration surroundings
Figure DEST_PATH_IMAGE092
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IX B3) the outside collecting and distributing cooperation that forms on the links of same industry value chain regeneration product stages/inner collecting and distributing type of cooperation configuration surroundings
Figure DEST_PATH_IMAGE094
(3) for industry value chain, the inventor is at the brand-new logical foundations (Li Zongcheng of its independent foundation, 2011), Fundamentals of Mathematics (Li Zongcheng, 2011), scientific basic (Li Zongcheng, 2011) and brand-new technical foundation (Li Zongcheng, 2011) and engineering foundation (Li Zongcheng, 2011) on, for " cloud " counting system that flicker is indefinite is transformed into the Correspondent all things on earth, connect " world " counting system of longitude and latitude, adhere to take the global value Chain System as core, it is suitable to introduce, be used for reflecting respectively general Complex Adaptive Systems basic motive, base load, basic effect, basic consumption, the various basic collaborative variable of inner cooperation and competition and outside cooperation and competition, set up the engineering scheme of planning and configuration environment.
(3. 1) for environment and planning and configuration system, we can consider several so interactional factors: social environment, natural environment, economic equilibrium condition, ecological balance condition, decision structure, message structure, dynamic structure etc.
Environment-institutional structure system mainly reflects environment and the interactional rule of economic structure.From dynamic relationship, the planning and configuration system is characterized by the intensity of decision-making, the vertical interchange speed of information, scope and the quantity of distribution.And the impact that the scope of the vertical interchange speed of the intensity of decision-making, information, distribution and quantity are subject to social environment, the level of economic development and natural environment etc.This system's causality such as Fig. 7.
In environment-institutional structure system, three sub-systems are arranged: environment-decision structure system, environment-message structure system, environment-dynamic structure system.
In environment-decision structure system, the planning and configuration decision structure is characterized by the factors such as intensity, economic decision-making ability and economic decision-making scope of economic decision-making.The intensity of economic decision-making depends on the society and politics power center in this economy.The intensity of economic decision-making is higher, and the economic decision-making ability is also higher, and the economic decision-making scope is also larger.Another aspect, the economic decision-making ability will be retrained by resources supplIes.Feedback causality such as Fig. 8 of environment one decision structure system.
In environment-message structure system, the planning and configuration message structure is characterized by the factors such as vertical interchange speed, information processing capability and information transmission scope of information.The vertical interchange speed of economic information depends on the social power center in this economy.Information processing capability is relevant with the interchange speed of information on the one hand, and another aspect is relevant with resource constraint.Information processing capability is higher, and the scope that information is transmitted is also larger.Environment one message structure system feedback causality such as Fig. 9.
In environment-dynamic structure system, the planning and configuration dynamic structure is characterized by scope and the quantity of the planning index tightness, distribution capability and the distribution that distribute.Environment-dynamic structure system feedback causality such as Figure 10.
Traditional planning configuration system often is subjected to a kind of severe jamming of unsettled administrative environment.Stable administrative environment refers to that the environment of administration system will stablize, political dispute over a long time between the leader can not occur, huge change can not appear on principles and policies, more can not form the administrative interest group of opposition each other, the stable continuity that shows as on administrative economic policy of administrative environment.Relate to national macroeconomic policy and long-term goal imagination, should be fixed up according to the law of country, unlikelyly change because of certain leader's change and the variation of Leader's intention.The stable institutionalization that also shows as political target of administrative environment.Can not disturb because of the needs of politics the carrying out of economic construction, can not realize certain political target of leader with upsetting economic way.The stable seriousness that also shows as administrative decree of administrative environment.Can not replace decree with the individual will, even arbitrarily revise and the issue decree.Unsettled administrative environment can be to whole administration system generation significant impact.It makes administrative organization become more chaotic on the one hand, makes the administration efficient that becomes lower.On the other hand, can make again administration staff's job enthusiasm low.
(3. 2) are the joint management relation internally, and industry value chain planning and configuration environment can be divided into following 9 seed categories:
The inner planning and configuration environment of concentrating type of cooperation network industry value chain to organize URN (on, oc, os, [ICC])
The inner planning and configuration environment of concentrating type of competition network industry value chain to organize URN (on, oc, os, [ICK])
Inner concentrating coordinated the planning and configuration environment that URN (on, oc, os, [ICH]) organized in the type network industry value chain
The inner planning and configuration environment that disperses type of cooperation network industry value chain to organize URN (on, oc, os, [IDC])
The inner planning and configuration environment that disperses type of competition network industry value chain to organize URN (on, oc, os, [IDK])
The planning and configuration environment of URN (on, oc, os, [IDH]) is organized in the industry value chain of inner decentralized coordinating type network
Inner collecting and distributing type of cooperation network industry value chain is organized the planning and configuration environment of URN (on, oc, os, [IMC])
Inner collecting and distributing type of competition network industry value chain is organized the planning and configuration environment of URN (on, oc, os, [IMK])
The planning and configuration environment of URN (on, oc, os, [IMH]) is organized in inner collecting and distributing coordination type network industry value chain
From co-organized from the outside to look at the relationship, industry value chain planning and configuration environment can be divided into following 9 seed categories:
The outside planning and configuration environment of concentrating type of cooperation network industry value chain to organize URN (on, oc, os, [ECC])
The outside planning and configuration environment of concentrating type of competition network industry value chain to organize URN (on, oc, os, [ECK])
Outside concentrating coordinated the planning and configuration environment that URN (on, oc, os, [ECH]) organized in the type network industry value chain
The planning and configuration environment of URN (on, oc, os, [EDC]) is organized in the industry value chain of outer loose cooperation type network
Outer scattered type of competition network industry value chain is organized the planning and configuration environment of URN (on, oc, os, [EDK])
Outer scattered is coordinated the planning and configuration environment that URN (on, oc, os, [EDH]) organized in the type network industry value chain
Outside collecting and distributing type of cooperation network industry value chain is organized the planning and configuration environment of URN (on, oc, os, [EMC])
Outside collecting and distributing type of competition network industry value chain is organized the planning and configuration environment of URN (on, oc, os, [EMK])
The planning and configuration environment of URN (on, oc, os, [EMH]) is organized in outside collecting and distributing coordination type network industry value chain
From inside and outside joint management relation, industry value chain planning and configuration environment can be divided into following 81 seed categories, shown in Figure 11 (Li Zongcheng, 2011):
The outside planning and configuration environment of concentrating cooperation/inner type of cooperation industrial value chain network URN ([ECC/ICC]) of concentrating
The outside planning and configuration environment of concentrating cooperation/inner type of competition industrial value chain network URN ([ECC/ICK]) of concentrating
Outside cooperation/inner planning and configuration the environment of coordinating type industrial value chain network URN ([ECC/ICH]) of concentrating of concentrating
The outside planning and configuration environment of concentrating cooperation/inner type of cooperation industrial value chain network URN of dispersion ([ECC/IDC])
The outside planning and configuration environment of concentrating cooperation/inner type of competition industrial value chain network URN of dispersion ([ECC/IDK])
The outside planning and configuration environment of concentrating cooperation/inner decentralized coordinating type industrial value chain network URN ([ECC/IDH])
The outside planning and configuration environment of concentrating cooperation/inner collecting and distributing type of cooperation industrial value chain network URN ([ECC/IMC])
The outside planning and configuration environment of concentrating cooperation/inner collecting and distributing type of competition industrial value chain network URN ([ECC/IMK])
The outside planning and configuration environment of concentrating cooperation/inner collecting and distributing coordination type industrial value chain network URN ([ECC/IMH])
The outside planning and configuration environment of concentrating competition/inner type of cooperation industrial value chain network URN ([ECK/ICC]) of concentrating
The outside planning and configuration environment of concentrating competition/inner type of competition industrial value chain network URN ([ECK/ICK]) of concentrating
Outside competition/inner planning and configuration the environment of coordinating type industrial value chain network URN ([ECK/ICH]) of concentrating of concentrating
The outside planning and configuration environment of concentrating competition/inner type of cooperation industrial value chain network URN of dispersion ([ECK/IDC])
The outside planning and configuration environment of concentrating competition/inner type of competition industrial value chain network URN of dispersion ([ECK/IDK])
The outside planning and configuration environment of concentrating competition/inner decentralized coordinating type industrial value chain network URN ([ECK/IDH])
The outside planning and configuration environment of concentrating competition/inner collecting and distributing type of cooperation industrial value chain network URN ([ECK/IMC])
The outside planning and configuration environment of concentrating competition/inner collecting and distributing type of competition industrial value chain network URN ([ECK/IMK])
The outside planning and configuration environment of concentrating competition/inner collecting and distributing coordination type industrial value chain network URN ([ECK/IMH])
The outside planning and configuration environment of concentrating coordination/inner type of cooperation industrial value chain network URN ([ECH/ICC]) of concentrating
The outside planning and configuration environment of concentrating coordination/inner type of competition industrial value chain network URN ([ECH/ICK]) of concentrating
Outside concentrating coordinated/the inner planning and configuration environment of coordinating type industrial value chain network URN ([ECH/ICH]) of concentrating
The outside planning and configuration environment of concentrating coordination/inner type of cooperation industrial value chain network URN of dispersion ([ECH/IDC])
The outside planning and configuration environment of concentrating coordination/inner type of competition industrial value chain network URN of dispersion ([ECH/IDK])
The outside planning and configuration environment of concentrating coordination/inner decentralized coordinating type industrial value chain network URN ([ECH/IDH])
The outside planning and configuration environment of concentrating coordination/inner collecting and distributing type of cooperation industrial value chain network URN ([ECH/IMC])
The outside planning and configuration environment of concentrating coordination/inner collecting and distributing type of competition industrial value chain network URN ([ECH/IMK])
The outside planning and configuration environment of concentrating coordination/inner collecting and distributing coordination type industrial value chain network URN ([ECH/IMH])
The planning and configuration environment of type of cooperation industrial value chain network URN ([EDC/ICC]) is concentrated in outer loose cooperation/inside
The planning and configuration environment of type of competition industrial value chain network URN ([EDC/ICK]) is concentrated in outer loose cooperation/inside
The planning and configuration environment of coordinating type industrial value chain network URN ([EDC/ICH]) is concentrated in outer loose cooperation/inside
Outer loose cooperation/inside disperses the planning and configuration environment of type of cooperation industrial value chain network URN ([EDC/IDC])
Outer loose cooperation/inside disperses the planning and configuration environment of type of competition industrial value chain network URN ([EDC/IDK])
The planning and configuration environment of outer loose cooperation/inner decentralized coordinating type industrial value chain network URN ([EDC/IDH])
The planning and configuration environment of outer loose cooperation/inner collecting and distributing type of cooperation industrial value chain network URN ([EDC/IMC])
The planning and configuration environment of outer loose cooperation/inner collecting and distributing type of competition industrial value chain network URN ([EDC/IMK])
The planning and configuration environment of outer loose cooperation/inner collecting and distributing coordination type industrial value chain network URN ([EDC/IMH])
Outer scattered competition/inner planning and configuration environment of concentrating type of cooperation industrial value chain network URN ([EDK/ICC])
Outer scattered competition/inner planning and configuration environment of concentrating type of competition industrial value chain network URN ([EDK/ICK])
Outer scattered competition/inner planning and configuration environment of coordinating type industrial value chain network URN ([EDK/ICH]) of concentrating
Outer scattered competition/inner planning and configuration environment that disperses type of cooperation industrial value chain network URN ([EDK/IDC])
Outer scattered competition/inner planning and configuration environment that disperses type of competition industrial value chain network URN ([EDK/IDK])
The planning and configuration environment of outer scattered competition/inner decentralized coordinating type industrial value chain network URN ([EDK/DH])
The planning and configuration environment of outer scattered competition/inner collecting and distributing type of cooperation industrial value chain network URN ([EDK/IMC])
The planning and configuration environment of outer scattered competition/inner collecting and distributing type of competition industrial value chain network URN ([EDK/IMK])
The planning and configuration environment of outer scattered competition/inner collecting and distributing coordination type industrial value chain network URN ([EDK/IMH])
Outer scattered coordination/inner planning and configuration environment of concentrating type of cooperation industrial value chain network URN ([EDH/ICC])
Outer scattered coordination/inner planning and configuration environment of concentrating type of competition industrial value chain network URN ([EDH/ICK])
Outer scattered is coordinated/the inner planning and configuration environment of coordinating type industrial value chain network URN ([EDH/ICH]) of concentrating
Outer scattered coordination/inner planning and configuration environment that disperses type of cooperation industrial value chain network URN ([EDH/IDC])
Outer scattered coordination/inner planning and configuration environment that disperses type of competition industrial value chain network URN ([EDH/IDK])
The planning and configuration environment of outer scattered coordination/inner decentralized coordinating type industrial value chain network URN ([EDH/IDH])
The planning and configuration environment of outer scattered coordination/inner collecting and distributing type of cooperation industrial value chain network URN ([EDH/IMC])
The planning and configuration environment of outer scattered coordination/inner collecting and distributing type of competition industrial value chain network URN ([EDH/IMK])
The planning and configuration environment of outer scattered coordination/inner collecting and distributing coordination type industrial value chain network URN ([EDH/IMH])
The planning and configuration environment of type of cooperation industrial value chain network URN ([EMC/ICC]) is concentrated in outside collecting and distributing cooperation/inside
The planning and configuration environment of type of competition industrial value chain network URN ([EMC/ICK]) is concentrated in outside collecting and distributing cooperation/inside
The planning and configuration environment of coordinating type industrial value chain network URN ([EMC/ICH]) is concentrated in outside collecting and distributing cooperation/inside
Outside collecting and distributing cooperation/inside disperses the planning and configuration environment of type of cooperation industrial value chain network URN ([EMC/IDC])
Outside collecting and distributing cooperation/inside disperses the planning and configuration environment of type of competition industrial value chain network URN ([EMC/IDK])
The planning and configuration environment of outside collecting and distributing cooperation/inner decentralized coordinating type industrial value chain network URN ([EMC/IDH])
The planning and configuration environment of type of cooperation industrial value chain network URN ([EMC/IMC]) is concentrated in outside collecting and distributing cooperation/inside
The planning and configuration environment of type of competition industrial value chain network URN ([EMC/IMK]) is concentrated in outside collecting and distributing cooperation/inside
The planning and configuration environment of coordinating type industrial value chain network URN ([EMC/IMH]) is concentrated in outside collecting and distributing cooperation/inside
The planning and configuration environment of type of cooperation industrial value chain network URN ([EMK/ICC]) is concentrated in outside collecting and distributing competition/inside
The planning and configuration environment of type of competition industrial value chain network URN ([EMK/ICK]) is concentrated in outside collecting and distributing competition/inside
The planning and configuration environment of coordinating type industrial value chain network URN ([EMK/ICH]) is concentrated in outside collecting and distributing competition/inside
Outside collecting and distributing competition/inside disperses the planning and configuration environment of type of cooperation industrial value chain network URN ([EMK/IDC])
Outside collecting and distributing competition/inside disperses the planning and configuration environment of type of competition industrial value chain network URN ([EMK/IDK])
The planning and configuration environment of outside collecting and distributing competition/inner decentralized coordinating type industrial value chain network URN ([EMK/IDH])
The planning and configuration environment of outside collecting and distributing competition/inner collecting and distributing type of cooperation industrial value chain network URN ([EMK/IMC])
The planning and configuration environment of outside collecting and distributing competition/inner collecting and distributing type of competition industrial value chain network URN ([EMK/IMK])
The planning and configuration environment of outside collecting and distributing competition/inner collecting and distributing coordination type industrial value chain network URN ([EMK/IMH])
The planning and configuration environment of type of cooperation industrial value chain network URN ([EMH/ICC]) is concentrated in outside collecting and distributing coordination/inside
The planning and configuration environment of type of competition industrial value chain network URN ([EMH/ICK]) is concentrated in outside collecting and distributing coordination/inside
The planning and configuration environment of coordinating type industrial value chain network URN ([EMH/ICH]) is concentrated in outside collecting and distributing coordination/inside
Outside collecting and distributing coordination/inside disperses the planning and configuration environment of type of cooperation industrial value chain network URN ([EMH/IDC])
Outside collecting and distributing coordination/inside disperses the planning and configuration environment of type of competition industrial value chain network URN ([EMH/IDK])
The planning and configuration environment of outside collecting and distributing coordination/inner decentralized coordinating type industrial value chain network URN ([EMH/IDH])
The planning and configuration environment of outside collecting and distributing coordination/inner collecting and distributing type of cooperation industrial value chain network URN ([EMH/IMC])
The planning and configuration environment of outside collecting and distributing coordination/inner collecting and distributing type of competition industrial value chain network URN ([EMH/IMK])
The planning and configuration environment of outside collecting and distributing coordination/inner collecting and distributing coordination type industrial value chain network URN ([EMH/IMH])
(3. 3) for the design of new industry value chain planning and configuration environment, should set up rational standard or interpretational criteria.This reasonability should and can only be established from the overall interests of the mankind.Furthermore, Specification Design field as new economics, large collaborative industry value chain planning and configuration environment and with the interconnecting and interacting of the Internet operational system, should be both adapt with the mankind's individual interests, group interest with the mankind adapts again, also will adapt with all interests of the mankind; Should adapt with the mankind's immediate interests, adapt with the future of humanity interests again, also will adapt with the mankind's permanent interests.
The rational principal element that affects industry value chain planning and configuration Environment Design and evaluation has: design and evaluation objective A, design and interpretational criteria (index, model, structure) T, the design with the evaluation colony G, design and evaluation model MAnd design and estimator's preference ηIf design is designated as with the reliability of evaluation system R,
R = f ( A , T , G , M, η )
To design and the evaluation of industry value chain planning and configuration environment, should only not regard professional person's thing as, also should there be the representative of various interest groups to participate in.In design and evaluation procedure, design and estimate colony and will bring into play several functions, design and evaluation objective as setting, set up design and evaluation structure, set up design and assessment indicator system, (qualitatively) design and evaluation index etc. are determined in definite design and evaluation index weight.
If being rationalized index, industry value chain planning and configuration environment to be designed and that estimate forms reference sequence, industry value chain planning and configuration environment rationalizes evaluation criterion index composition and is compared ordered series of numbers, available grey relational grade represents industry value chain planning and configuration environment and degree of closeness at different levels to be designed and that estimate, uses the least squared criterion structure target function of expansion and rationalizes the grey evaluation model by asking conditional extremum to set up industry value chain planning and configuration environment.
Be provided with mThe item evaluation index nIndividual industry value chain planning and configuration environmental factor forms reference sequence:
x j = { x j ( i ) | i = 1, 2,…, m ； j = 1, 2,…, n } ( 2. 15. 1 )
cLevel industry value chain planning and configuration environment rationalizes the evaluation criterion composition and is compared ordered series of numbers x h = x h ( i) | h=I, II ..., c i=1,2 ..., m,
Note x j With x h iThe absolute difference △ of individual index h ( i)=| x j ( i) x h ( i) |, x j With x h The iThe degree of closeness grey incidence coefficient of individual index ζ( x j , x h ) be expressed as [43]
Figure DEST_PATH_IMAGE096
( 2. 15. 4 )
In formula
Figure DEST_PATH_IMAGE098
Be the two-stage lowest difference;
Figure DEST_PATH_IMAGE100
Be two-stage maximum difference; ρFor resolution ratio is arranged, span is 0＜ ρ＜1, generally get ρHigher resolution was namely arranged in=0. 5 o'clock.
If the weight of various evaluation indexes is w i ( i=1,2 ..., m), there is grey relational grade to be
( 2. 15. 5 )
With the least squared criterion in classical mathematics---square distance and minimum, expand to power square distance and minimum criteria, rationalize index with industry value chain planning and configuration environment x j With the grade scale index x h Between diversity factor u h j For the Weighted distance of weighing is expressed as
( 2. 15. 6 )
Industry value chain planning and configuration environment to be designed and that estimate should be divided into and make u h j Minimum rank.There is following industry value chain planning and configuration environment to rationalize the grey evaluation model
Figure DEST_PATH_IMAGE106
Figure DEST_PATH_IMAGE108
( 2. 15. 7 )
4, description of drawings
Fig. 1, Fig. 2 and Fig. 3 explanation:
Order xRepresent state variable, it describes the state of planning and configuration system; a, bRepresent control variables, b, aNatural environment and administrative environment are described respectively.The canonical form of Cusp Catastrophe is v( x)= x 4+ a x 2+ b x, its dynamical equation is
Figure 25020DEST_PATH_IMAGE036
Here vBe damping constant, its value is very little.Under this condition, the transient process of system is very short, along with a, bVariation, xDetermined at once.The state of control variables decision systems. v, bRepresent environment (control).Environment no longer determines state, and it only affects the state variation of planning system.
Fig. 1 be with A, B2 is the phase path of starting point C A , C N v, bVariation can cause the variation of track.
Fig. 2 is C A With vVariation.
Fig. 3 is C A With bVariation.
From these figures we can find, though Environmental variations can not cause the sudden change between state, can cause two sudden changes between track.
Fig. 4 explanation:
The model general diagram is as shown in Fig. 4.In model, administrationization economic entity and environmental resource provide mathematical analysis, the required initial data of planning, and appraisement system provides one group of interpretational criteria of model running.Suppose that the Multidimensional Value criterion is definite by following process: at first according to policymaker, designer and relevant expert's suggestion, determine various single criterions, and according to criterion value system of various rules of combination composition, the result of model running is made an appraisal.Collect the data vector of gained X 1With the interpretational criteria vector X 2Send into together administration and Economic Analysis Model, can provide the result of administrationization economic analysis; The administrative vector of this two-part output X 4With structure vector X 5Multidate information about planning and configuration all departments is provided again.
Fig. 5 explanation:
All in all, the following basic natural environmental condition of arbitrary industry value chain planning and configuration systems face: we can regard the internal structure of cooperative economy system as be comprised of this three functions of economical running, population production and development of resources group 3-D solid structure.As shown in Fig. 5, three-dimensional value function is rolled into a ball the composition structure respectively characteristics, and function is had one's own work to do and unified value goal.Here it is, and they carry out power conversion and material recycle by energy flow, material stream, monetary value flow, form different product to adapt to the requirement of planning index.
Fig. 6 explanation:
The large system of whole industry value chain planning and configuration and with the nature one social environment interaction exist feedback mechanism widely, as shown in Fig. 6.Industry value chain planning and configuration tissue makes decisions according to certain target (or complex), input certain people, thing, information, the activity (also having feedback mechanism here) that the mankind are coordinated between different departments field, people, thing, information that result output is new.This brings huge motive force on the one hand the Existence and development of society, can cause negative effect to natural environment on the other hand.Two feedback informations are arranged respectively here, the one, the social base of industry value chain planning and configuration main body or system (bearing capacity) compares with the social quality index (desired value) on operation basis, finding out that deviation that mankind's activity brings is progressively dwindled or the information when widening feeds back to policy-making body, is the feedback factor of industry value chain planning and configuration process in this social base; On the other hand, the harmful effect that people, thing, the information of output causes to natural environment, compare with natural quality index (desired value), this information is fed to decision-making section, to affect next decision process, environmental aspect is exactly the feedback factor that the industry value chain planning and configuration affects natural environment here.
Fig. 7, Fig. 8, Fig. 9 and Figure 10 explanation:
Environment-institutional structure system mainly reflects environment and the interactional rule of economic structure.From dynamic relationship, the planning and configuration system is characterized by the intensity of decision-making, the vertical interchange speed of information, scope and the quantity of distribution.And the impact that the scope of the vertical interchange speed of the intensity of decision-making, information, distribution and quantity are subject to social environment, the level of economic development and natural environment etc.This system's causality such as Fig. 7.
In environment-institutional structure system, three sub-systems are arranged: environment-decision structure system, environment-message structure system, environment-dynamic structure system.In environment-decision structure system, the planning and configuration decision structure is characterized by the factors such as intensity, economic decision-making ability and economic decision-making scope of economic decision-making.The intensity of economic decision-making depends on the society and politics power center in this economy.The intensity of economic decision-making is higher, and the economic decision-making ability is also higher, and the economic decision-making scope is also larger.Another aspect, the economic decision-making ability will be retrained by resources supplIes.Feedback causality such as Fig. 8 of environment one decision structure system.
In environment-message structure system, the planning and configuration message structure is characterized by the factors such as vertical interchange speed, information processing capability and information transmission scope of information.The vertical interchange speed of economic information depends on the social power center in this economy.Information processing capability is relevant with the interchange speed of information on the one hand, and another aspect is relevant with resource constraint.Information processing capability is higher, and the scope that information is transmitted is also larger.Environment one message structure system feedback causality such as Fig. 9.
In environment-dynamic structure system, the planning and configuration dynamic structure is characterized by scope and the quantity of the planning index tightness, distribution capability and the distribution that distribute.Environment-dynamic structure system feedback causality such as Figure 10.
Figure 11 explanation:
From inside and outside joint management relation, industry value chain planning and configuration environment can be divided into following 81 seed categories, as shown in figure 11.
5, embodiment
Await developing the PA of foundation/IVC system, be undoubtedly a kind of advanced person's economic science technical system, a kind of advanced management science system and a kind of advanced person's the system engineering theory and practice, it involves a wide range of knowledge, throw the National People's Congress, implementation cycle is long, difficulty is large, has certain risk, the success that need to take the method for science to come Guarantee item to implement.
C 1 industry value chain planning and configuration project implementation planning
Actual according to the industry value chain tissue, determine that whole project divides two stages to carry out:
First stage, the system that mainly implements the inside and outside association of industry value chain planning and configuration controls, sells configuration, receivable configuration, logistics arrangement, deals with configuration, stock's configuration, inventory auditing, product data configuration (containing the configuration of industrial value chain structure, Process configuration), expense budget configuration (containing expense configures), monetary items accounting, PDM data preparation and demand analysis, hardware net environmental structure, industry value chain planning and configuration.Cycle is about 12 months.Mainly complete the integrated of the inside and outside related logistics of industry value chain planning and configuration and cash flow, standard, transparent configurations.
Second stage is production master program, material demand planning, power balance, workshop project configuration, quality configuration, equipment the configuration of metering, human resources configuration, solution analysis, the industry value chain planning and configuration of the inside and outside association of integrated industry value chain planning and configuration.Cycle is about 16 months.Main realize take the market of the inside and outside association of industry value chain planning and configuration as demand, with vertically and the master ga(u)ge that laterally drives divide core, holographic concertedness enterprise schema take the input and output of the inside and outside association of industry value chain planning and configuration as main contents into, effectively be controlled at goods, compress to greatest extent stock, improve delivery date, satisfying the market needs rapidly.
The overall goal of C 2 planning and configuration
a. to implement industry value chain planning and configuration project as opportunity, promote industry value chain by traditional sealing, poor efficiency, the extensive style configuration mode transformation to the configuration mode of transparent, collaborative, standard, lean, the realization of supporting industry value chain strategy target.
b. strengthen the industry value chain configurations.Set up the inside and outside associated data standard of industry value chain planning and configuration and the coding scheme of standard, promote industry value chain basis rectification; Strengthen product design, the technical papers standard configurations of the inside and outside association of industry value chain planning and configuration; The ration allocation when raw materials consumption of the inside and outside association of refinement industry value chain planning and configuration, man-hour, the occupation of capital, table of equipment; Industry value chain standard campaign of the inside and outside association of standard industry value chain planning and configuration; Strengthen the customer resources information configuration of the inside and outside association of industry value chain planning and configuration; The cost of the inside and outside association of refinement industry value chain planning and configuration and price configuration; Strengthen delivery flow process and the role norm configuration of the inside and outside association of industry value chain planning and configuration.
c. improve configuration, decision-making technique.Realize that data integration and the database overall situation of IRP, each subsystem of the inside and outside association of industry value chain planning and configuration share; Set up the industry value chain Back ground Information structure of the inside and outside association of industry value chain planning and configuration, comprise integrated information network and comprehensive unified data interaction form; Neat cover stock configuration and the analysis of the inside and outside association of industry value chain planning and configuration; The process consuming cost of the inside and outside association of industry value chain planning and configuration is adjusted; The risk of sale on credit of the inside and outside association of industry value chain planning and configuration is controlled and the customer resources configuration; Vertically reach the integrated application of the horizontal main system operation planning that drives, material demand planning, order configuration; The real-time cost accounting of minute product of the inside and outside association of industry value chain planning and configuration; Fast Quotation; Profit budget and the breakeven analysis of the inside and outside association of industry value chain planning and configuration; Online multidimensional data analysis supports decision-making to use.
d. take the industry value chain planning and configuration as standard, system improving industry value chain configuration, the supporting industry value chain is carried out phyletic evolution, and the industry value chain that forms transparent, open, collaborative, standard, lean is cultural.
The implementation content of C 3 planning and configuration
a. the logistics arrangement of the inside and outside association of industry value chain planning and configuration.Rely on brand-new information system support, in time transmit the demand of the inside and outside related production system of industry value chain planning and configuration, and by integrated with the information of the inside and outside related logistics system of industry value chain planning and configuration, rapidly the inside and outside related demand of producing of industry value chain planning and configuration is made fast reaction, guarantee the Qi Taoxing of the inside and outside related production material of industry value chain planning and configuration.Industry value chain planning and configuration system proposes the inside and outside related demand planning of producing of industry value chain planning and configuration according to system's operation planning; The inside and outside related production system of industry value chain planning and configuration can according to the neat cover situation of material planning inquiry raw material and parts, propose the inside and outside related logistics arrangement planning of industry value chain planning and configuration; The inside and outside related information of industry value chain planning and configuration of support industry value chain planning and configuration system is integrated, the inside and outside affiliated supplier's configuration scheme of the industry value chain planning and configuration of Erecting and improving; With the foundation of the information such as delivery date of the inside and outside affiliated supplier of industry value chain planning and configuration, article quality as supplier evaluation; Arrange the inside and outside affiliated supplier's evaluation result of industry value chain planning and configuration share distribution, Payments Policy to combine with logistics; Set up the information bank of the configurations such as the inside and outside related logistics of industry value chain planning and configuration arranges the cycle, economic lot size, safety inventory, provide foundation in time ensureing the material supply.
b. sale, stock and the production system of the inside and outside association of industry value chain planning and configuration.System's operation planning refers to the programmatic document of the inside and outside related activity in production of artificial delivery industry value chain planning and configuration.For the enforcement of safeguards system operation planning, material logistics arrangement planning, cooperation part planning, workshop project planning, the equipment that can produce simultaneously the inside and outside association of industry value chain planning and configuration use a series of supporting planning such as planning, moulds of industrial equipment planning.System's operation planning and these planning are guiding principle and purpose relation, and guiding principle is lifted and could be opened by order.
c. the cost configuration of the inside and outside association of industry value chain planning and configuration.Production cost to the inside and outside association of industry value chain planning and configuration is planned, adjusts, controls and configures, set up the departmental cost budget method of the inside and outside association of industry value chain planning and configuration, and with thing in cost analysis compare, make budget progressively department learn, accurately, provide the data of use for industry value chain organizational decision making.
d. the inside and outside association of industry value chain planning and configuration deal with configuration.The account payable subsystem of the inside and outside association of industry value chain planning and configuration mainly configures the various contact funds that industry value chain occurs with supplier in running, effectively help industry value chain configuration person to grasp the flow direction of fund, control the outflow of industry value chain fund by monitoring payment situation, form the good circulation of circulating fund.The account payable subsystem of the inside and outside association of industry value chain planning and configuration is filled in invoice, tax and logistics operational costs use based on logistics arrangement activity, also can directly call the order that logistics arranges subsystem to generate.Invoice amount is shared with the warehouse-in material, can determine to put in storage material payment situation.The invoice rear generation account payable account of transferring items, payment order and account payable account are settled accounts, and determine the received payment amount of money and the arrearage amount of money, can process advance payment simultaneously.In order to grasp in real time following cash flow artificial situation, the system of the inside and outside association of industry value chain planning and configuration also provides abundant query statistic function, and arranges subsystem, the integrated use of account subsystem with the inside and outside related logistics of industry value chain planning and configuration.
e. the receivable configuration of the inside and outside association of industry value chain planning and configuration.The industry value chain tissue is by to the application of industry value chain planning and configuration system, realizes sharing of data between the monetary items department of the inside and outside association of industry value chain planning and configuration and sales department, completes the interchange of data message on network; The ingather calculate table money of the monetary items section of the inside and outside association of industry value chain planning and configuration will be take the invoice for sales of sales department as according to registering; The ingather calculate table money of the inside and outside association of industry value chain planning and configuration is by collecting toward vostro account.Gathering, the invoice for sales of the inside and outside association of industry value chain planning and configuration are evidence-based, and clear and definite flow process is originated.The returned money clearing time can be assigned to each account due, make ingather calculate table age, the reflection of advance aging in time, accurately, not only can carry out ingather calculate table age, advance aging analysis of accounts, can also carry out the returned money aging analysis of accounts.
6,600 patent of invention common implementing plan brief introductions
Through 30 years freely explore, independent inventor Li Zongcheng is taught in September, 2011 and formally submits 600 applications for a patent for invention to State Patent Office by the electronic application system, and submits the materials such as 600 parts of claims that amount to about 3,600 ten thousand words, specification, accompanying drawing to.
Through 30 years freely explore, independent inventor Li Zongcheng professor is delivering by international and domestic academic journals and academic conference on more than the 80 piece of paper basis of (not containing the achievement that cooperation is completed), independent writing is recently completed eight ones has the academic monumental work (amounting to 3,000 ten thousand words) of substantial connection with these 600 technological inventions declaring, plans to process successively formally publication matters in September, 2011 after.
600 technological invention patents that this is declared, be that inventor Li Zong really explores and a brand new technical cluster that establishes one's own system of foundation through 30 years independence and freedom, its generic name is " GVC network technology support system " [DCN/HII (GVC); Li Zongcheng, 2011].
Based on great initiative academic research achievement and 600 state-of-the-art technology inventions that a series of independence and freedom are completed, inventor Li Zong really proposes strategy---a GVC system engineering technology Cluster Exploitation total strategy that can be referred to as " since the beginning of history " plan.
The total strategy target of GVC network technology support system can be summed up as following content:
1, aspect technological development basic (front end of ICT industrial chain), take the multimodal global value Chain System of multi-layer (GVC) as core, the connection of carrying out based on computer and network thereof with Natural Intelligence and Artificial Intelligence and coordinate main line as general intelligence integrated system (IIS) Upgrade process, set up brand-new logical foundations (Li Zongcheng, 2011), Fundamentals of Mathematics (Li Zongcheng, 2011), scientific basic (Li Zongcheng, 2011) and brand-new technical foundation (Li Zongcheng, 2011) and engineering foundation (Li Zongcheng, 2011), be relative closure, relatively static " resource pool "---system for cloud computing injects soul, intelligence and life, build global intelligent integral network computer system (CS/HSN (GII)), Global Internet is made become the technique support system that really has life and ecological holographic joint management.
2, in the application facet (end of ICT industrial chain) of brand new technical, take the multimodal global value Chain System of multi-layer (GVC) as core, the connection of carrying out based on computer aided system and the Internet with cognitive system and practice system and coordinate main line as high-grade intelligent integrated system (HIIS) evolution process, foundation is based on the intelligent integrated science system (IIS of metasystem (MS) science brand-new theoretical (Li Zongcheng, 2011); IIT; Li Zongcheng, 2011), with the novel Global Internet of life-giving vigor be dispersed in all over the world logistics net, energy net, Network and Finance Network and the knowledge knowledge network of each field all departments combine together (DCN), carry out energetically the GVC system engineering, foundation really has the dynamic Correspondent network system of global intelligent integral (DCN/HII (GVC)) of life and ecological holographic joint management, thereby builds intelligent integrated net, life the Internet and ecological operation net.
GVC system engineering technology Cluster Exploitation total strategy---the inventor is referred to as " since the beginning of history " plan by implementing, and " cloud " counting system that flicker is indefinite is transformed into the Correspondent all things on earth, connects " world " counting system of longitude and latitude.
calculate revolution based on the world that cloud computing is changed, take the multimodal global value catenary system of multi-layer as core, with modern electronic technology, modern communication technology and present information network technology are for supporting the basis, with logistics network, energy network, information network, banking network and knowledge network are combined closely, and set up efficient, intensive, have the large system of intelligent integrated dynamic Correspondent network of life (or ecological) Self-Organization, greatly simplify Team Management's (and business administration), division management (and management of industry), district management and national management and whole world management effectively reduce team (and enterprise) infrastructure cost, department's (and industry) infrastructure cost, region base facility cost and national basis facility cost and global basis facility cost improve team (and enterprise) level of IT application comprehensively, department's (and industry) level of IT application, region informatization level and national information level and global IT application level, with all social tissues and movable configuration node and the activity thereof that becomes in global multi-layer multi-mode system effect chain network system thereof, especially with all social economic organizations and movable configuration node and the activity thereof that becomes in the global multi-layer multi-mode value chain network system thereof, cause the most at last more educated, intelligent and networking becomes society, tissue, individual man's basic property.

Claims (7)

1. independent claims---the ICT technical support design of industry value chain planning and configuration environment, that the applicant is setting up brand-new logical foundations, Fundamentals of Mathematics, on scientific basic and brand-new technical foundation and engineering foundation, for " cloud " counting system that flicker is indefinite is transformed into the Correspondent all things on earth, connect " world " counting system of longitude and latitude, centered by the Internet user, and then centered by global value Chain System (GVC), the connection of carrying out based on computer and network thereof with Natural Intelligence and Artificial Intelligence and coordinate main line as general intelligence integrated system (IIS) Upgrade process, a new technology that puts forward by setting up network configuration dynamics basic model and normal form, this right is characterised in that:
A, for the ICT technical support of industry value chain planning and configuration environment, brand-new logical foundations comprises holographic Correspondent logic, the two poles of the earth Correspondent logic, the holographic Correspondent logic in the two poles of the earth; Brand-new Fundamentals of Mathematics comprise holographic Correspondent mathematics, the two poles of the earth Correspondent mathematics, system's Analysis on Vicissitudes mathematics; Brand-new scientific basic comprises resource distribution dynamics, holographic organization synergetics, the system behavio(u)r theory of value, game coordination, the equilibrium economics that liquidates, holographic Correspondent physics, and the perforation science (interdisciplinary science and Cross science)---metasystem science and the intelligent integrated science that are formed by the large comprehensive of a series of brand-new theories; Brand-new technical foundation is take value chain system as core, towards the synergitic brand-new systems technology of holography (cluster); Brand-new engineering foundation is take value chain system as core, towards the synergitic brand-new system engineering of holography (cluster);
B, for the ICT technical support of industry value chain planning and configuration environment, " world " calculating itself is an extremely complicated system, has very complicated holographic joint management structure, here, on the one hand, various computers and infrastructure thereof, auxiliary device and the network equipment (comprising server, browser) couple together with holographic joint management pattern (comprising ICC, ICK, ICH, IDC, IDK, IDH, IMC, IMK, IMH, ECC, ECK, ECH, EDC, EDK, EDH, EMC, EMK, EMH) and form the computer interconnected network tissue; On the other hand, various users and effect chain thereof couple together with holographic joint management pattern (comprising ICC, ICK, ICH, IDC, IDK, IDH, IMC, IMK, IMH, ECC, ECK, ECH, EDC, EDK, EDH, EMC, EMK, EMH) and form natural intelligence socialization tissue, and this natural intelligence socialization tissue and computer interconnected network tissue form " world " counting system CS/HSN (GII) that the inventor censures jointly;
C, for the ICT technical support of industry value chain planning and configuration environment, set up the dynamical foundation of planning and configuration Environment Design, and then set up the know-why of planning and configuration Environment Design;
D, for the ICT technical support of industry value chain planning and configuration environment, introduce suitable, be used for reflecting respectively general Complex Adaptive Systems basic motive, base load, basic effect, substantially consume, the various basic collaborative variablees of inner cooperation and competition and outside cooperation and competition, set up engineering concept and the technical scheme of planning and configuration environment.
2. dependent claims---for industry value chain, the inventor described according to independent claims 1 sets up the overall normal form of planning and configuration Environment Design, and this right is characterised in that:
Because value chain system's can be divided into value of the product Chain System PVC, enterprise value Chain System EVC, industrial value Chain System IVC and national economy value chain system's NVC and these five levels of global economy value chain system's GVC, we can correspondingly be divided into five levels with the various environment in the planning and configuration system, that is:
The Complex System Environment CSE of PVC regeneration product planning and configuration (PA/PVC);
The Complex System Environment CSE of EVC regeneration product planning and configuration (PA/EVC);
The Complex System Environment CSE of IVC regeneration product planning and configuration (PA/IVC);
The Complex System Environment CSE of NVC regeneration product planning and configuration (PA/NVC);
The Complex System Environment CSE of GVC regeneration product planning and configuration (PA/GVC);
The inventor described according to independent claims 1 regards industry value chain as resource configuration system and process, and sets up network configuration dynamics normal form; Therefore, with the lowermost layer of hierarchical chart as evaluation index, we can be according to the relation between environmental factor and bearing capacity, set up judgment matrix, the methods such as the maximal eigenvector method of integrated use sum of squares approach, Saaty, geometric average method, expert's method are determined this one deck to the relative importance (weight) of last layer; Utilize the counting backward technique in the AHP method, each value of statistical indicant unanimously can be standardized, that is: by utilizing formula
Figure DEST_PATH_RE-DEST_PATH_IMAGE002
Solve the nondimensionalization problem between index, and make in matrix after variation each element value 0 and l between, and its monotonicity is constant.
3. dependent claims is for industry value chain, and the inventor described according to independent claims 1 sets up the dynamics restriction condition of planning and configuration environment, and this right is characterised in that:
Industry value chain planning and configuration system consists of industry value chain planning and configuration natural ecosystems jointly with natural environment on every side; For this class system, we need to divide five action scopes to consider industry value chain planning and configuration ecological balance condition;
In the Self-organizing Competition action scope, realize balance of nature aspect certain resource, industry value chain planning and configuration system just is subject to following essential condition constraint:
a1. nature is iPlant the bearing capacity of resource aspect BN i ( t) attenuation rate β i ( t) the time period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 232 )
a2. the industry value chain planning and configuration system of Self-organizing Competition G 1To iPlant the utilization of natural resources DG 1, i ( t) the time period of considering [ t 0, t 1] in must be close to nature at the bearing capacity aspect i kind resource BN i ( t), namely
| DG 1, i ( t ) – BN i ( t ) | ≤ η i β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 233 )
Organize the Competition territory concentrating, realize balance of nature aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition and retrain:
b1. nature is iPlant the bearing capacity of resource aspect BN i ( t) attenuation rate β i ( t) the period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 234 )
b2. concentrate the industry value chain planning and configuration system of tissue competition G 2To iPlant the utilization of natural resources DG 2, i ( t) the time period of considering [ t 0, t 1] in must be close to nature at the bearing capacity aspect i kind resource BN i ( t), namely
| DG 2, i ( t ) – BN i ( t ) | ≤ η i β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 235 )
In basic synergy territory, realize balance of nature aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition and retrain:
c1. nature is iPlant the bearing capacity of resource aspect BN i ( t) attenuation rate β i ( t) the period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 236 )
c2. the industry value chain planning and configuration system that substantially works in coordination with G 3To iPlant the utilization of natural resources DG 3, i ( t) the time period of considering [ t 0, t 1] in must be close to nature the iPlant the bearing capacity of resource aspect BN i (t), namely
| DG 3, i ( t ) – BN i ( t ) | ≤ η i β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 237 )
In the Self-organizing Cooperation action scope, realize balance of nature aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition constraint:
d1. nature is iPlant the bearing capacity of resource aspect BN i ( t) attenuation rate β i ( t) the period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 238 )
d2. the industry value chain planning and configuration system of Self-organizing Cooperation G 4To iPlant the utilization of natural resources DG 4, i ( t) the period of considering [ t 0, t 1] in must be close to nature the iPlant the bearing capacity of resource aspect BN i ( t), namely
| DG 4, i ( t ) – BN i ( t ) | ≤ η i β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 239 )
In concentrated Cooperation action scope, realize balance of nature aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition constraint:
e1. nature is iPlant the bearing capacity of resource aspect BN i ( t) attenuation rate β i ( t) the period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 240 )
e2. concentrate the industry value chain planning and configuration system of Cooperation G 5To iPlant the utilization of natural resources DG 5, i ( t) the period of considering [ t 0, t 1] in must be close to nature the iPlant the bearing capacity of resource aspect BN i ( t), namely
| DG 5, i ( t ) – BN i ( t ) | ≤ η i β i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 241 )
Industry value chain planning and configuration system consists of industry value chain planning and configuration Social Ecology system jointly with social environment on every side; For this class system, we need to divide five action scopes to consider the Social Ecology equilibrium condition;
In the Self-organizing Competition action scope, realize the Social Ecology balance aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition constraint:
a1. society is the iPlant the bearing capacity of resource aspect BS i ( t) attenuation rate α i ( t) the time period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 242 )
a2. the industry value chain planning and configuration system of Self-organizing Competition G 1To iPlant the utilization of resource DG 1, i ( t) the time period of considering [ t 0, t 1] in must be close to society the iPlant the bearing capacity of resource aspect BS i ( t), namely
| DG 1, i ( t ) – BS i ( t ) | ≤ η i α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 243 )
Organize the Competition territory concentrating, realize the Social Ecology balance aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition and retrain:
b1. society is the iPlant the bearing capacity of resource aspect BS i ( t) attenuation rate α i ( t) the time period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 244 )
b2. concentrate the industry value chain planning and configuration system of tissue competition G 2To iPlant the utilization of resource DG 2, i ( t) the period of considering [ t 0, t 1] in must be close to society the iPlant the bearing capacity of resource aspect BS i ( t), namely
| DG 2, i ( t ) – BS i ( t ) | ≤ η i α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 245 )
In basic synergy territory, realize the social practice balance aspect certain resource, industry value chain planning and configuration system will be subject to following essential condition constraint:
c1. society is the iKind resource aspect is bearing capacity BS i ( t) attenuation rate α i ( t) the time period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 246 )
c2. the industry value chain planning and configuration system that substantially works in coordination with G 3To iPlant the utilization of resource DG 3, i ( t) the time period of considering [ t 0, t 1] in must be close to society the iPlant the bearing capacity of resource aspect BS i ( t), namely
| DG 3, i ( t ) – BS i ( t ) | ≤ η i α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 247 )
In the Self-organizing Cooperation action scope, realize the Social Ecology balance aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition constraint:
d1. society is the iPlant the bearing capacity of resource aspect BS i ( t) attenuation rate α i ( t) the time period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 248 )
d2. the industry value chain planning and configuration system of Self-organizing Cooperation G 4To iPlant the utilization of resource DG 4, i ( t) the period of considering [ t 0, t 1] in must be close to society the iPlant the bearing capacity of resource aspect BS i ( t), namely
| DG 4, i ( t ) – BS i ( t ) | ≤ η i α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 249 )
In concentrated Cooperation action scope, realize the Social Ecology balance aspect certain resource, industry value chain planning and configuration system just should be subject to following essential condition constraint:
e1. society is the iPlant the bearing capacity of resource aspect BS i ( t) attenuation rate α i ( t) the time period of considering [ t 0, t 1] in must be not more than arbitrarily small number ε i , namely
α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ] ( 2. 250 )
e2. concentrate the industry value chain planning and configuration system of Cooperation G 5To iPlant the utilization of resource DG 5, i ( t) the time period of considering [ t 0, t 1] in must be close to society the iPlant the bearing capacity of resource aspect BS i ( t), namely
| DG 5, i ( t ) – BS i ( t ) | ≤ η i α i ( t ) ≤ ε i , t∈ [ t 0 , t 1 ]。
4. dependent claims---for the planning and configuration of industry value chain, the inventor described according to independent claims 1 sets up the feedback mechanism design of planning and configuration environment, and this right is characterised in that:
The inventor described according to independent claims 1 inquires into the planning and configuration environment of product-based effect structure on the Internet (EVS [PES]); User's planning and configuration environment of product-based effect structure on the Internet should comprise following several different levels:
The planning and configuration environment of product-based effect structure on Intranet (EVS [PES])
The planning and configuration environment of product-based effect structure on the industry the Internet (EVS [PES])
The planning and configuration environment of product-based effect structure (EVS [PES]) on national the Internet
The planning and configuration environment of product-based effect structure in industry value chain (EVS [PES])
The inventor described according to independent claims 1 inquires on the Internet planning and configuration environment based on Technological Economy foundation structure (RCS [TKS/EBS]); Based on the planning and configuration environment of Technological Economy foundation structure, should comprise following several different levels on the Internet:
On Intranet based on the planning and configuration environment of Technological Economy foundation structure (RCS [TKS/EBS])
On the industry the Internet based on the planning and configuration environment of Technological Economy foundation structure (RCS [TKS/EBS])
On national the Internet based on the planning and configuration environment of Technological Economy foundation structure (RCS [TKS/EBS])
In industry value chain based on the planning and configuration environment of Technological Economy foundation structure (RCS [TKS/EBS])
The inventor described according to independent claims 1 inquires on the Internet planning and configuration environment based on internal-external conspiracy relation (SOS [ESS/ISS]); Based on the planning and configuration environment of internal-external conspiracy relation, should comprise following several different levels on the Internet:
On Intranet based on the planning and configuration environment of internal-external conspiracy relation (SOS [ESS/ISS])
On the industry the Internet based on the planning and configuration environment of internal-external conspiracy relation (SOS [ESS/ISS])
On national the Internet based on the planning and configuration environment of internal-external conspiracy relation (SOS [ESS/ISS])
In industry value chain based on the planning and configuration environment of internal-external conspiracy relation (SOS [ESS/ISS])
General synergetic industry value chain planning and configuration environment comprises the collaborative configuration system environments of following nine types.
5. dependent claims---for the planning and configuration of industry value chain, the inventor described according to independent claims 1 sets up planning and configuration environmental carrying capacity dynamical equation system, and this right is characterised in that:
In the multiple inscape of IVC planning and configuration nature bearing capacity system, the macrovariable that plays the dominating system effect can be divided into three kinds:
a. the material flow variables M SE ( t); b. the energy flow variable E SE ( t); c. collaborative variable K SEN ( t);
According to IVC planning and configuration nature bearing capacity concept, " IVC planning and configuration nature bearing capacity dynamical equation " is as follows:
P SEN ( t ) = P SEN [ M SE ( t ), E SE ( t ), K SEN ( t ) ] = F SEN ( X SE 1 ( t ), X SE 2 ( t ), …, X SE 6 ( t )) ( 2. 15. 8 )
In formula, P SEN ( t)--- tThe IVC planning and configuration nature bearing capacity exponential quantity in period;
X SE1 ( t)--- tThe bearing capacity of the ground key element index in period;
X SE2 ( t)--- tThe energy bearing capacity key element index in period;
X SE3 ( t)--- tThe waters bearing capacity key element index in period;
X SE4 ( t)--- tThe Forest carrying capacity key element index in period;
X SE5 ( t)--- tThe mineral reserve bearing capacity key element index in period;
X SE6 ( t)--- tThe atmosphere bearing capacity key element index in period;
F SEN ( X SE1 ( t), X SE2 ( t) ..., X SE6 ( t))---about X SE i ( t) nonlinear function;
In the multiple inscape of IVC planning and configuration Social Capacity system, the macrovariable that plays the dominating system effect can be divided into three kinds:
a. " firmly " variable H SE ( t); b. " soft " variable S SE ( t); c. " working in coordination with " variable K SES ( t);
According to IVC planning and configuration Social Capacity concept, " IVC planning and configuration Social Capacity dynamical equation " is as follows:
P SES ( t ) = P SES [ H SE ( t ), S SE ( t ), K SES ( t ) ] = F SES ( Y SE 1 ( t ), Y SE 2 ( t ), …, Y SE 6 ( t )) ( 2. 15. 9 )
In formula,
P SES ( t)--- tThe IVC planning and configuration Social Capacity exponential quantity in period; Y SE1 ( t)--- tThe political bearing capacity key element index in period; Y SE2 ( t)--- tThe cultural bearing capacity key element index in period; Y SE3 ( t)--- tThe science bearing capacity key element index in period; Y SE4 ( t)--- tThe education bearing capacity key element index in period; Y SE5 ( t)--- tThe defence bearing capacity key element index in period; Y SE6 ( t)--- tThe diplomatic bearing capacity key element index in period; F S ( Y SE1 ( t), Y SE2 ( t) ..., Y SE6 ( t))---about Y SE i ( t) nonlinear function.
6. dependent claims---for industry value chain, the inventor described according to independent claims 1 sets up the Model Design of planning and configuration environment, and this right is characterised in that:
Joint management relation internally, industry value chain planning and configuration environment can be divided into following 9 seed categories:
The inner planning and configuration environment of concentrating type of cooperation network industry value chain to organize URN (on, oc, os, [ICC])
The inner planning and configuration environment of concentrating type of competition network industry value chain to organize URN (on, oc, os, [ICK])
Inner concentrating coordinated the planning and configuration environment that URN (on, oc, os, [ICH]) organized in the type network industry value chain
The inner planning and configuration environment that disperses type of cooperation network industry value chain to organize URN (on, oc, os, [IDC])
The inner planning and configuration environment that disperses type of competition network industry value chain to organize URN (on, oc, os, [IDK])
The planning and configuration environment of URN (on, oc, os, [IDH]) is organized in the industry value chain of inner decentralized coordinating type network
Inner collecting and distributing type of cooperation network industry value chain is organized the planning and configuration environment of URN (on, oc, os, [IMC])
Inner collecting and distributing type of competition network industry value chain is organized the planning and configuration environment of URN (on, oc, os, [IMK])
The planning and configuration environment of URN (on, oc, os, [IMH]) is organized in inner collecting and distributing coordination type network industry value chain
From co-organized from the outside to look at the relationship, industry value chain planning and configuration environment can be divided into following 9 seed categories:
The outside planning and configuration environment of concentrating type of cooperation network industry value chain to organize URN (on, oc, os, [ECC])
The outside planning and configuration environment of concentrating type of competition network industry value chain to organize URN (on, oc, os, [ECK])
Outside concentrating coordinated the planning and configuration environment that URN (on, oc, os, [ECH]) organized in the type network industry value chain
The planning and configuration environment of URN (on, oc, os, [EDC]) is organized in the industry value chain of outer loose cooperation type network
Outer scattered type of competition network industry value chain is organized the planning and configuration environment of URN (on, oc, os, [EDK])
Outer scattered is coordinated the planning and configuration environment that URN (on, oc, os, [EDH]) organized in the type network industry value chain
Outside collecting and distributing type of cooperation network industry value chain is organized the planning and configuration environment of URN (on, oc, os, [EMC])
Outside collecting and distributing type of competition network industry value chain is organized the planning and configuration environment of URN (on, oc, os, [EMK])
The planning and configuration environment of URN (on, oc, os, [EMH]) is organized in outside collecting and distributing coordination type network industry value chain.
7. dependent claims---for industry value chain, the inventor described according to independent claims 1 sets up evaluation method and the criterion of planning and configuration Environment Design, and this right is characterised in that:
Be provided with mThe item evaluation index nIndividual industry value chain planning and configuration environmental factor forms reference sequence:
x j = { x j ( i ) | i = 1, 2,…, m ； j = 1, 2,…, n } ( 2. 15. 1 )
cLevel industry value chain planning and configuration environment rationalizes the evaluation criterion composition and is compared ordered series of numbers
x h = { x h ( i ) | h = I, II,…, c ； i = 1, 2,…, m } ( 2. 15. 2 )
Note x j With x h iThe absolute difference of individual index
△ h ( i ) = | x j ( i ) x h ( i ) | ( 2. 15. 3 )
x j With x h The iThe degree of closeness grey incidence coefficient of individual index ζ( x j , x h ) be expressed as [43]
Figure DEST_PATH_RE-DEST_PATH_IMAGE004
( 2. 15. 4 )
In formula
Figure DEST_PATH_RE-DEST_PATH_IMAGE006
Be the two-stage lowest difference;
Figure DEST_PATH_RE-DEST_PATH_IMAGE008
Be two-stage maximum difference; ρFor resolution ratio is arranged, span is 0＜ ρ＜1, generally get ρHigher resolution was namely arranged in=0. 5 o'clock.
CN 201110372571 2012-03-12 2012-03-12 Information and communications technology (ICT) technical support design of industrial value chain planning configuration environment Pending CN103095789A (en)

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