CN117422204A - Industrial development information management method and system based on diversified data variables - Google Patents
Industrial development information management method and system based on diversified data variables Download PDFInfo
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Abstract
The invention provides an industrial development information management method and system based on diversified data variables, which support large data information acquisition of industrial resources, industrial area distribution profiles and industrial production and consumption subjects by introducing diversified industrial information data, support industrial data analysis and development information evaluation, package and send different types of data information to a double-end industrial data processing module through data normalization and summarization of multiple data sources, and realize large data convergence processing and display by executing centralized management of industrial development information by using a mobile or centralized server as an industrial development information integration management end at one end; and the other end performs rationalization industry development information evaluation through an industry development information evaluation module according to the industrial resource allocation and the industrialization capability of an industrial production main body, and provides quantitative and visual basis for the industry development decision.
Description
Technical Field
The invention belongs to the technical field of new generation information, and particularly relates to an industrial development information management method and system based on diversified data variables.
Background
The information technology upgrade provides various challenges for industrial development, but provides convenience for industrial technology transformation and morphological upgrade, and provides big data and intelligent means for constructing an information industrial architecture and planning industrial development.
In short, on one hand, the new generation of information technology provides a feasible path for upgrading industrial tools, such as a centralized processing system, an intelligent internet, an internet of things and other information tools, so that industrial focus technology innovation and emphasis on industrial science and technology level are brought to industrial technology rapid upgrading, and industrial 4.0 crossing is realized while a larger industrial scale is formed; on the other hand, the development of informatization technology provides a more intelligent means for industrial management and industrial evaluation, industrial data is developed from a single point type to a convergent type through a big data acquisition mode, and the informatization means such as big data analysis, model construction and evaluation adopted in the data fusion process provide a new solution means for solving the problem of industrial pain points and balancing industrial development.
In the prior art, information collection and evaluation of industrial development often stay on traditional multi-point collection and simple summarization, double-end separation based on evaluation and management functions is not fully considered, meanwhile, sufficient attention is not paid to industrial balance requirements, valuable industrial planning based on region positioning and differential development structures is not actually introduced in the industrial development and industrial planning processes, and quantitative balance of the industry is not fully realized by utilizing big data means, so that the phenomenon of insufficient industrial development is still ubiquitous.
The invention provides an industrial development information management method and system based on diversified data variables, which support large data information acquisition of industrial resources, industrial area distribution profiles and industrial production and consumption subjects by introducing diversified industrial information data, support industrial data analysis and development information evaluation, package and send different types of data information to a double-end industrial data processing module through data normalization and summarization of multiple data sources, and realize large data convergence processing and display by executing centralized management of industrial development information by using a mobile or centralized server as an industrial development information integration management end at one end; and the other end performs rationalization industry development information evaluation through an industry development information evaluation module according to the industrial resource allocation and the industrialization capability of an industrial production main body, and provides quantitative and visual basis for the industry development decision.
Disclosure of Invention
The invention aims to provide an industrial development information management system based on diversified data variables, which is superior to the prior art.
In order to achieve the above object, the technical scheme of the present invention is as follows:
An industrial development information management system based on diverse data variables, the system comprising:
the industrial resource allocation module is used for constructing an industrial resource distribution information first big data information packet based on the industrial resource distribution information acquired by the industrial resource distribution information acquisition unit, transmitting the industrial resource distribution information first big data information packet to an industrial development information integration management end based on a system internal network link, and simultaneously transmitting the industrial resource distribution information first big data information packet to the industrial development information evaluation module;
the industrial resource distribution information at least comprises: industrial resource identification information, industrial resource area information, and various types of industrial resource quantity information, wherein,
the industrial resource identification information at least comprises a system preset identification of the industrial resource and is used for distinguishing different industrial resources;
the industrial resource region information at least comprises region distribution of the industrial resource and is used for distinguishing the region to which the industrial resource belongs;
the industrial resource quantity information at least comprises the quantity of the industrial resources or the economic equivalent of the total quantity of the industrial resources;
the industrial production main body assembly module is used for constructing an industrial main body distribution information second big data information packet based on production capacity information and region information of an industrial production main body, transmitting the industrial main body distribution information second big data information packet to an industrial development information integrated management end based on a system internal network link, and simultaneously transmitting the industrial main body distribution information second big data information packet to an industrial development information evaluation module;
The production capacity information of the industrial production subject characterizes the resource consumption ComC1 and the product output quantity ProC1 in the unit period of the industrial production subject; the region information characterizes regions of the main production bodies in the industries, and the regions of the main production bodies in the industries are different; the C1 is an enterprise identifier of a production main body;
the industrial development information equalization module acquires regional industrial development equalization information, constructs an industrial development equalization information third big data information packet, and sends the industrial development equalization information third big data information packet to an industrial development information integrated management end and simultaneously to an industrial development information evaluation module based on a system internal network link;
the industry development balance information at least comprises:
the regional positioning information is used for marking and distinguishing different geographic regions;
industry development balance weight information mapped with the area positioning information one by one, wherein the industry development balance weight information is quantitatively preset by a system administrator of the industry development information management system based on diversified data variables according to industry investigation information in a system initialization process and based on industry development conditions;
The system administrator of the industrial development information management system based on diversified data variables performs the presetting of the quantized value Dev based on the industrial development status according to the industrial investigation information in the system initialization process, specifically:
for the region of industry development beyond the average industry development rate and the difference value is above a specific value, the quantized value Dev is preset to be K1, and the K1 is a percentage smaller than 1 and larger than 0;
for the region where the difference between the industrial development and the average industrial development rate is within a specific cell, the quantized value Dev is preset to be K2, and K2 is 1;
for the region with the industrial development lower than the average industrial development rate and the difference value above a specific value, the quantized value Dev is preset to be K3, and the K3 is a percentage larger than 1;
the industrial development information evaluation module is used for determining a quantized value Dev in industrial development balance information corresponding to a specific industrial body according to the region based on the first big data information packet of the industrial resource distribution information, the second big data information packet of the industrial body distribution information and the third big data information packet of the industrial development balance information, and evaluating the resource demand AppD1 of the specific region DisD1 based on the quantized value Dev and the sum of ComC1 of all industrial bodies in the specific region based on the quantized value Dev; the D1 is an area identifier of a specific area; the industry development information evaluation module sends the resource demand amount AppD1 to an industry development information integration management end;
The industrial development information integrated management end is used for receiving the resource demand AppD1 of a plurality of areas through a system inner link based on the first big data information packet of the industrial resource distribution information, the second big data information packet of the industrial main body distribution information and the third big data information packet of the industrial development balance information, displaying the resource demand AppD1 of each area, the industrial resource distribution information and the industrial main body distribution information of each area in a visual mode for a system manager, and providing the system manager with decision for industrial development based on diversified data variables.
Preferably, the estimating the resource demand amount AppD1 of the specific area DisD1 based on the sum of all the industrial subjects ComC1 in the specific area and the quantized value Dev is specifically:
appd1=sum of ComC1 in area.
Preferably, the industry development information integrated management end is a mobile device end, or the industry development information integrated management end is a server device end.
Preferably, the industrial development information integrated management end is provided with a special application evaluation area in the process of information display, and the evaluation area is provided with comment and suggestion information feedback functions for evaluation experts, industrial production subjects and resource distribution administrators.
Meanwhile, the invention also provides an industrial development information management method based on diversified data variables, which is applied to the industrial resource allocation management system, and comprises the following steps:
step one: using an industrial resource allocation module to construct an industrial resource distribution information first big data information packet based on industrial resource distribution information acquired by an industrial resource distribution information acquisition device, and sending the industrial resource distribution information first big data information packet to an industrial development information integrated management end and simultaneously to an industrial development information evaluation module based on a system internal network link;
the industrial resource distribution information at least comprises: industrial resource identification information, industrial resource area information, and various types of industrial resource quantity information, wherein,
the industrial resource identification information at least comprises a system preset identification of the industrial resource and is used for distinguishing different industrial resources;
the industrial resource region information at least comprises region distribution of the industrial resource and is used for distinguishing the region to which the industrial resource belongs;
the industrial resource quantity information at least comprises the quantity of the industrial resources or the economic equivalent of the total quantity of the industrial resources;
Step two: using an industrial production main body assembly module to construct an industrial main body distribution information second big data information packet based on production capacity information and region information of an industrial production main body, and sending the industrial main body distribution information second big data information packet to an industrial development information integrated management end and an industrial development information evaluation module simultaneously based on a system internal network link;
the production capacity information of the industrial production subject characterizes the resource consumption ComC1 and the product output quantity ProC1 in the unit period of the industrial production subject; the region information characterizes regions of the main production bodies in the industries, and the regions of the main production bodies in the industries are different; the C1 is an enterprise identifier of a production main body;
step three: the method comprises the steps of obtaining regional industrial development balance information by using an industrial development information balance module, constructing an industrial development balance information third big data information packet, and sending the industrial development balance information third big data information packet to an industrial development information integrated management end and simultaneously to an industrial development information evaluation module based on a system internal network link;
The industry development balance information at least comprises:
the regional positioning information is used for marking and distinguishing different geographic regions;
industry development balance weight information mapped with the area positioning information one by one, wherein the industry development balance weight information is quantitatively preset by a system administrator of the industry development information management system based on diversified data variables according to industry investigation information in a system initialization process and based on industry development conditions;
the system administrator of the industrial development information management system based on diversified data variables performs the presetting of the quantized value Dev based on the industrial development status according to the industrial investigation information in the system initialization process, specifically:
for the region of industry development beyond the average industry development rate and the difference value is above a specific value, the quantized value Dev is preset to be K1, and the K1 is a percentage smaller than 1 and larger than 0;
for the region where the difference between the industrial development and the average industrial development rate is within a specific cell, the quantized value Dev is preset to be K2, and K2 is 1;
for the region with the industrial development lower than the average industrial development rate and the difference value above a specific value, the quantized value Dev is preset to be K3, and the K3 is a percentage larger than 1;
Step four: using an industry development information evaluation module to confirm a quantized value Dev in industry development balance information corresponding to a specific industry main body according to a region based on the first big data information packet of the industry resource distribution information, the second big data information packet of the industry main body distribution information and the third big data information packet of the industry development balance information, and evaluate resource demand AppD1 of the specific region DisD1 according to the quantized value Dev based on the sum of ComC1 of all the industry main bodies in the specific region; the D1 is an area identifier of a specific area; the industry development information evaluation module sends the resource demand amount AppD1 to an industry development information integration management end;
step five: and the integrated management end of the industrial development information is used for receiving the resource demand AppD1 of a plurality of areas through an intra-system link based on the first big data information packet of the industrial resource distribution information, the second big data information packet of the industrial main body distribution information and the third big data information packet of the industrial development balance information, displaying the resource demand AppD1 of each area, the industrial resource distribution information and the industrial main body distribution information in a visual mode for a system manager, and providing the system manager with the information to make a decision for the industrial development based on diversified data variables.
Preferably, the estimating the resource demand amount AppD1 of the specific area DisD1 based on the sum of all the industrial subjects ComC1 in the specific area and the quantized value Dev is specifically:
appd1=sum of ComC1 in area.
Preferably, the industry development information integrated management end is a mobile device end, or the industry development information integrated management end is a server device end.
Preferably, the industrial development information integrated management end is provided with a special application evaluation area in the process of information display, and the evaluation area is provided with comment and suggestion information feedback functions for evaluation experts, industrial production subjects and resource distribution administrators.
In conjunction therewith, the invention also proposes a computer-readable storage medium in which a processor-executable program is stored, characterized in that the processor-executable program, when being executed by a processor, is adapted to carry out the method according to any one of the preceding claims.
In conjunction therewith, the invention also proposes an informationized data processing apparatus comprising a processor, a memory, wherein the memory comprises a computer readable storage medium, in which a processor executable program is stored, which processor executable program, when being executed by the processor, is adapted to carry out a method according to any of the preceding claims.
The invention provides an industrial development information management method and system based on diversified data variables, which support large data information acquisition of industrial resources, industrial area distribution profiles and industrial production and consumption subjects by introducing diversified industrial information data, support industrial data analysis and development information evaluation, package and send different types of data information to a double-end industrial data processing module through data normalization and summarization of multiple data sources, and realize large data convergence processing and display by executing centralized management of industrial development information by using a mobile or centralized server as an industrial development information integration management end at one end; and the other end performs rationalization industry development information evaluation through an industry development information evaluation module according to the industrial resource allocation and the industrialization capability of an industrial production main body, and provides quantitative and visual basis for the industry development decision.
Drawings
FIG. 1 is a basic system architecture diagram of an industrial development information management system based on diverse data variables, shown in the present invention;
FIG. 2 is a schematic diagram showing a preferred embodiment of a system architecture in which an industrial resource allocation module is interconnected with other modules in an industrial development information management system based on diversified data variables according to the present invention;
FIG. 3 is a schematic diagram showing a preferred embodiment of a system architecture in which an industrial development information balancing module is interconnected with other modules in the industrial development information management system based on diversified data variables according to the present invention;
FIG. 4 is a schematic diagram of a preferred embodiment of an industrial development information management method based on diversified data variables according to the present invention;
fig. 5 is a schematic diagram showing a preferred embodiment of the steps of the data packet forming part in the industrial development information management method based on diversified data variables according to the present invention.
Detailed Description
Several embodiments and advantages of the presently claimed system and method for managing industrial development information based on diverse data variables are described in detail below to facilitate more detailed examination and resolution of the present invention.
For a better understanding of the technical solution of the present invention, the following detailed description of the embodiments of the present invention refers to the accompanying drawings.
It should be understood that the described embodiments are merely some, but not all, embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The terminology used in the embodiments of the invention is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used in this application and the appended claims, the singular forms "a," "an," and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise.
It should be understood that the term "and/or" as used herein is merely one relationship describing the association of the associated objects, meaning that there may be three relationships, e.g., a and/or B, may represent: a exists alone, A and B exist together, and B exists alone. In addition, the character "/" herein generally indicates that the front and rear associated objects are an "or" relationship.
It should be understood that although the terms first, second, etc. may be used in embodiments of the invention to describe a method and corresponding device, these terms should not be limited to these terms. These terms are only used to distinguish keywords from one another. For example, a first large data packet or the like may also be referred to as a second large data packet, and similarly, a second large data packet or the like may also be referred to as a first large data packet without departing from the scope of embodiments of the present invention.
Depending on the context, the word "if" as used herein may be interpreted as "at … …" or "at … …" or "in response to a determination" or "in response to detection". Similarly, the phrase "if determined" or "if detected (stated condition or event)" may be interpreted as "when determined" or "in response to determination" or "when detected (stated condition or event)" or "in response to detection (stated condition or event), depending on the context.
As shown in fig. 1 to 3 of the specification, fig. 1 to 3 of the specification are one of the embodiments of the industrial development information management system based on diversified data variables and specific modules thereof, where the industrial development information management system based on diversified data variables includes:
the industrial resource allocation module is used for constructing an industrial resource distribution information first big data information packet based on the industrial resource distribution information acquired by the industrial resource distribution information acquisition unit, transmitting the industrial resource distribution information first big data information packet to an industrial development information integration management end based on a system internal network link, and simultaneously transmitting the industrial resource distribution information first big data information packet to the industrial development information evaluation module;
The industrial resource distribution information at least comprises: industrial resource identification information, industrial resource area information, and various types of industrial resource quantity information, wherein,
the industrial resource identification information at least comprises a system preset identification of the industrial resource and is used for distinguishing different industrial resources;
the industrial resource region information at least comprises region distribution of the industrial resource and is used for distinguishing the region to which the industrial resource belongs;
the industrial resource quantity information at least comprises the quantity of the industrial resources or the economic equivalent of the total quantity of the industrial resources;
the industrial production main body assembly module is used for constructing an industrial main body distribution information second big data information packet based on production capacity information and region information of an industrial production main body, transmitting the industrial main body distribution information second big data information packet to an industrial development information integrated management end based on a system internal network link, and simultaneously transmitting the industrial main body distribution information second big data information packet to an industrial development information evaluation module;
the production capacity information of the industrial production subject characterizes the resource consumption ComC1 and the product output quantity ProC1 in the unit period of the industrial production subject; the region information characterizes regions of the main production bodies in the industries, and the regions of the main production bodies in the industries are different; the C1 is an enterprise identifier of a production main body;
The industrial development information equalization module acquires regional industrial development equalization information, constructs an industrial development equalization information third big data information packet, and sends the industrial development equalization information third big data information packet to an industrial development information integrated management end and simultaneously to an industrial development information evaluation module based on a system internal network link;
the industry development balance information at least comprises:
the regional positioning information is used for marking and distinguishing different geographic regions;
industry development balance weight information mapped with the area positioning information one by one, wherein the industry development balance weight information is quantitatively preset by a system administrator of the industry development information management system based on diversified data variables according to industry investigation information in a system initialization process and based on industry development conditions;
the system administrator of the industrial development information management system based on diversified data variables performs the presetting of the quantized value Dev based on the industrial development status according to the industrial investigation information in the system initialization process, specifically:
for the region of industry development beyond the average industry development rate and the difference value is above a specific value, the quantized value Dev is preset to be K1, and the K1 is a percentage smaller than 1 and larger than 0;
For the region where the difference between the industrial development and the average industrial development rate is within a specific cell, the quantized value Dev is preset to be K2, and K2 is 1;
for the region with the industrial development lower than the average industrial development rate and the difference value above a specific value, the quantized value Dev is preset to be K3, and the K3 is a percentage larger than 1;
as a stackable preferred embodiment, the K1 and K3 may be different for each different area, and specific values of the K1 and K3 may be preset in the system initialization process, or may be selected by a system administrator in a specific interval according to the industrial development situation of each area.
As a stackable preferred embodiment, the specific value may be a system preset value, for example 20%.
As another stackable preferred embodiment, K1 is randomly selected between intervals (60% -95%), or the smaller K1 is preset to a specific value by the system administrator according to the principle that the larger the difference of industry development beyond the average industry development rate is; the K3 is randomly selected among intervals (105% -150%), or the larger the difference value of the industrial development lower than the average industrial development rate is, the larger the K1 is, the specific value is preset by a system administrator.
The industrial development information evaluation module is used for determining a quantized value Dev in industrial development balance information corresponding to a specific industrial body according to the region based on the first big data information packet of the industrial resource distribution information, the second big data information packet of the industrial body distribution information and the third big data information packet of the industrial development balance information, and evaluating the resource demand AppD1 of the specific region DisD1 based on the quantized value Dev and the sum of ComC1 of all industrial bodies in the specific region based on the quantized value Dev; the D1 is an area identifier of a specific area; the industry development information evaluation module sends the resource demand amount AppD1 to an industry development information integration management end;
the industrial development information integrated management end is used for receiving the resource demand AppD1 of a plurality of areas through a system inner link based on the first big data information packet of the industrial resource distribution information, the second big data information packet of the industrial main body distribution information and the third big data information packet of the industrial development balance information, displaying the resource demand AppD1 of each area, the industrial resource distribution information and the industrial main body distribution information of each area in a visual mode for a system manager, and providing the system manager with decision for industrial development based on diversified data variables.
As a stackable preferred embodiment, the estimating the resource demand AppD1 of the specific area DisD1 based on the sum of all industrial subjects ComC1 inside the specific area and the quantized value Dev is specifically:
appd1=sum of ComC1 in area.
As another stackable preferred embodiment, the evaluation of the resource demand amount AppD1 of the specific area DisD1 based on the sum of ComC1 of all industrial subjects in the specific area and the quantized value Dev, specifically, appd1=the sum of ComC1 in the area may be referred to as the following example: if the total sum of the industrial production subjects ComC1 in the specific area D3 is 35000 kw standard electric power equivalent, the difference between the industrial development level and the average industrial development rate is above a specific value (for example, 20% above the average industrial development rate), so that the system administrator presets the quantized value Dev of the specific area D3 to K1 during the initialization process or during the evaluation process, the K1 is 75%, so that the resource demand amount AppD1 of the area DisD1 is 35000 kw standard electric power equivalent, 75% =26250 kw standard electric power equivalent, and the information integration management end is provided as the basis of the system management decision.
It should be noted that the specific area DisD1 may refer to any area, and D1 is only an ordinal number for identifying an area and distinguishing other areas, and does not represent any specific area. It may also be written as DisD2 or DisD3, etc.
As a stackable preferred embodiment, the industry development information integrated management end is a mobile device end, or the industry development information integrated management end is a server device end.
As a stackable preferred embodiment, the industrial development information integrated management end is provided with a special application evaluation area in the process of information display, and the evaluation area is provided with comment and suggestion information feedback functions for evaluation experts, industrial production subjects and resource collection and distribution administrators.
Meanwhile, as shown in fig. 4-5 of the specification, the invention also provides an industrial development information management method based on diversified data variables, the method is applied to the industrial resource allocation management system, and the method comprises the following steps:
step S102: using an industrial resource allocation module to construct an industrial resource distribution information first big data information packet based on industrial resource distribution information acquired by an industrial resource distribution information acquisition device, and sending the industrial resource distribution information first big data information packet to an industrial development information integrated management end and simultaneously to an industrial development information evaluation module based on a system internal network link;
The industrial resource distribution information at least comprises: industrial resource identification information, industrial resource area information, and various types of industrial resource quantity information, wherein,
the industrial resource identification information at least comprises a system preset identification of the industrial resource and is used for distinguishing different industrial resources;
the industrial resource region information at least comprises region distribution of the industrial resource and is used for distinguishing the region to which the industrial resource belongs;
the industrial resource quantity information at least comprises the quantity of the industrial resources or the economic equivalent of the total quantity of the industrial resources;
step S104: using an industrial production main body assembly module to construct an industrial main body distribution information second big data information packet based on production capacity information and region information of an industrial production main body, and sending the industrial main body distribution information second big data information packet to an industrial development information integrated management end and an industrial development information evaluation module simultaneously based on a system internal network link;
the production capacity information of the industrial production subject characterizes the resource consumption ComC1 and the product output quantity ProC1 in the unit period of the industrial production subject; the region information characterizes regions of the main production bodies in the industries, and the regions of the main production bodies in the industries are different; the C1 is an enterprise identifier of a production main body;
Step S106: the method comprises the steps of obtaining regional industrial development balance information by using an industrial development information balance module, constructing an industrial development balance information third big data information packet, and sending the industrial development balance information third big data information packet to an industrial development information integrated management end and simultaneously to an industrial development information evaluation module based on a system internal network link;
the industry development balance information at least comprises:
the regional positioning information is used for marking and distinguishing different geographic regions;
industry development balance weight information mapped with the area positioning information one by one, wherein the industry development balance weight information is quantitatively preset by a system administrator of the industry development information management system based on diversified data variables according to industry investigation information in a system initialization process and based on industry development conditions;
the system administrator of the industrial development information management system based on diversified data variables performs the presetting of the quantized value Dev based on the industrial development status according to the industrial investigation information in the system initialization process, specifically:
for the region of industry development beyond the average industry development rate and the difference value is above a specific value, the quantized value Dev is preset to be K1, and the K1 is a percentage smaller than 1 and larger than 0;
For the region where the difference between the industrial development and the average industrial development rate is within a specific cell, the quantized value Dev is preset to be K2, and K2 is 1;
for the region with the industrial development lower than the average industrial development rate and the difference value above a specific value, the quantized value Dev is preset to be K3, and the K3 is a percentage larger than 1;
as a stackable preferred embodiment, the K1 and K3 may be different for each different area, and specific values of the K1 and K3 may be preset in the system initialization process, or may be selected by a system administrator in a specific interval according to the industrial development situation of each area.
As a stackable preferred embodiment, the specific value may be a system preset value, for example 20%.
As another stackable preferred embodiment, K1 is randomly selected between intervals (60% -95%), or the smaller K1 is preset to a specific value by the system administrator according to the principle that the larger the difference of industry development beyond the average industry development rate is; the K3 is randomly selected among intervals (105% -150%), or the larger the difference value of the industrial development lower than the average industrial development rate is, the larger the K1 is, the specific value is preset by a system administrator.
Step S108: using an industry development information evaluation module to confirm a quantized value Dev in industry development balance information corresponding to a specific industry main body according to a region based on the first big data information packet of the industry resource distribution information, the second big data information packet of the industry main body distribution information and the third big data information packet of the industry development balance information, and evaluate resource demand AppD1 of the specific region DisD1 according to the quantized value Dev based on the sum of ComC1 of all the industry main bodies in the specific region; the D1 is an area identifier of a specific area; the industry development information evaluation module sends the resource demand amount AppD1 to an industry development information integration management end;
step S110: and the integrated management end of the industrial development information is used for receiving the resource demand AppD1 of a plurality of areas through an intra-system link based on the first big data information packet of the industrial resource distribution information, the second big data information packet of the industrial main body distribution information and the third big data information packet of the industrial development balance information, displaying the resource demand AppD1 of each area, the industrial resource distribution information and the industrial main body distribution information in a visual mode for a system manager, and providing the system manager with the information to make a decision for the industrial development based on diversified data variables.
As a stackable preferred embodiment, the estimating the resource demand AppD1 of the specific area DisD1 based on the sum of all industrial subjects ComC1 inside the specific area and the quantized value Dev is specifically:
appd1=sum of ComC1 in area.
It should be noted that the specific area DisD1 may refer to any area, and D1 is only an ordinal number for identifying an area and distinguishing other areas, and does not represent any specific area. It may also be written as DisD2 or DisD3, etc.
As another stackable preferred embodiment, the industry development information integrated management end is a mobile device end, or the industry development information integrated management end is a server device end.
As another stackable preferred embodiment, the industrial development information integrated management end is provided with a special application evaluation area in the process of information display, and the evaluation area is provided with comment and suggestion information feedback functions for evaluation experts, industrial production subjects and resource collection and distribution administrators.
In conjunction therewith, the invention also proposes a computer-readable storage medium in which a processor-executable program is stored, characterized in that the processor-executable program, when being executed by a processor, is adapted to carry out the method according to any one of the preceding claims.
In conjunction therewith, the invention also proposes an informationized data processing apparatus comprising a processor, a memory, wherein the memory comprises a computer readable storage medium, in which a processor executable program is stored, which processor executable program, when being executed by the processor, is adapted to carry out a method according to any of the preceding claims.
The invention provides an industrial development information management method and system based on diversified data variables, which support large data information acquisition of industrial resources, industrial area distribution profiles and industrial production and consumption subjects by introducing diversified industrial information data, support industrial data analysis and development information evaluation, package and send different types of data information to a double-end industrial data processing module through data normalization and summarization of multiple data sources, and realize large data convergence processing and display by executing centralized management of industrial development information by using a mobile or centralized server as an industrial development information integration management end at one end; and the other end performs rationalization industry development information evaluation through an industry development information evaluation module according to the industrial resource allocation and the industrialization capability of an industrial production main body, and provides quantitative and visual basis for the industry development decision.
In all the above embodiments, in order to achieve the requirements of some special data transmission and read/write functions, devices, modules, devices, hardware, pin connections or memories and processor differences may be added to the operation process of the above method and the corresponding devices to expand the functions.
It will be clearly understood by those skilled in the art that, for convenience and brevity of description, specific working procedures of the above-described method, apparatus and unit may refer to corresponding procedures in the foregoing method embodiments, which are not repeated herein.
In the several embodiments provided in the present invention, it should be understood that the disclosed systems, devices, and methods may be implemented in other manners. For example, the apparatus embodiments described above are merely illustrative, e.g., the division of method steps is merely a logical or functional division, and there may be additional divisions when actually implemented, e.g., multiple units or components may be combined or integrated into another system, or some features may be omitted, or not performed. Alternatively, the coupling or direct coupling or communication connection shown or discussed with each other may be an indirect coupling or communication connection via some interfaces, devices or units, which may be in electrical, mechanical or other form.
The units described as the steps of the method and the separation components of the device may or may not be logically or physically separated, may not be physical units, may be located in one place, or may be distributed over a plurality of network units. Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of this embodiment.
In addition, each method step, implementation and functional unit in each embodiment of the present invention may be integrated in one processing unit, or each unit may exist alone physically, or two or more units may be integrated in one unit. The integrated units may be implemented in hardware or in hardware plus software functional units.
The above-described methods and apparatus may be implemented as integrated units in the form of software functional units, which may be stored in a computer readable storage medium. The software functional unit is stored in a storage medium, and includes several instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) or a Processor (Processor) to perform part of the steps of the methods according to the embodiments of the present invention. And the aforementioned storage medium includes: a U-disk, a removable hard disk, a Read-Only Memory (ROM), a random access Memory (Random Access Memory, RAM), an NVRAM, a magnetic disk, or an optical disk, or other various media capable of storing program codes.
The foregoing description of the preferred embodiments of the invention is not intended to be limiting, but rather to enable any modification, equivalent replacement, improvement or the like to be made within the spirit and principles of the invention.
It should be noted that: the above embodiments are only for more clearly explaining and illustrating the technical solution of the present invention, and are not limiting thereof; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.
Claims (10)
1. An industrial development information management system based on diverse data variables, the system comprising:
the industrial resource allocation module is used for constructing an industrial resource distribution information first big data information packet based on the industrial resource distribution information acquired by the industrial resource distribution information acquisition unit, transmitting the industrial resource distribution information first big data information packet to an industrial development information integration management end based on a system internal network link, and simultaneously transmitting the industrial resource distribution information first big data information packet to the industrial development information evaluation module;
The industrial resource distribution information at least comprises: industrial resource identification information, industrial resource area information, and various types of industrial resource quantity information, wherein,
the industrial resource identification information at least comprises a system preset identification of the industrial resource and is used for distinguishing different industrial resources;
the industrial resource region information at least comprises region distribution of the industrial resource and is used for distinguishing the region to which the industrial resource belongs;
the industrial resource quantity information at least comprises the quantity of the industrial resources or the economic equivalent of the total quantity of the industrial resources;
the industrial production main body assembly module is used for constructing an industrial main body distribution information second big data information packet based on production capacity information and region information of an industrial production main body, transmitting the industrial main body distribution information second big data information packet to an industrial development information integrated management end based on a system internal network link, and simultaneously transmitting the industrial main body distribution information second big data information packet to an industrial development information evaluation module;
the production capacity information of the industrial production subject characterizes the resource consumption ComC1 and the product output quantity ProC1 in the unit period of the industrial production subject; the region information characterizes regions of the main production bodies in the industries, and the regions of the main production bodies in the industries are different; the C1 is an enterprise identifier of a production main body;
The industrial development information equalization module acquires regional industrial development equalization information, constructs an industrial development equalization information third big data information packet, and sends the industrial development equalization information third big data information packet to an industrial development information integrated management end and simultaneously to an industrial development information evaluation module based on a system internal network link;
the industry development balance information at least comprises:
the regional positioning information is used for marking and distinguishing different geographic regions;
industry development balance weight information mapped with the area positioning information one by one, wherein the industry development balance weight information is quantitatively preset by a system administrator of the industry development information management system based on diversified data variables according to industry investigation information in a system initialization process and based on industry development conditions;
the system administrator of the industrial development information management system based on diversified data variables performs the presetting of the quantized value Dev based on the industrial development status according to the industrial investigation information in the system initialization process, specifically:
for the region of industry development beyond the average industry development rate and the difference value is above a specific value, the quantized value Dev is preset to be K1, and the K1 is a percentage smaller than 1 and larger than 0;
For the region where the difference between the industrial development and the average industrial development rate is within a specific cell, the quantized value Dev is preset to be K2, and K2 is 1;
for the region with the industrial development lower than the average industrial development rate and the difference value above a specific value, the quantized value Dev is preset to be K3, and the K3 is a percentage larger than 1;
the industrial development information evaluation module is used for determining a quantized value Dev in industrial development balance information corresponding to a specific industrial body according to the region based on the first big data information packet of the industrial resource distribution information, the second big data information packet of the industrial body distribution information and the third big data information packet of the industrial development balance information, and evaluating the resource demand AppD1 of the specific region DisD1 based on the quantized value Dev and the sum of ComC1 of all industrial bodies in the specific region based on the quantized value Dev; the D1 is an area identifier of a specific area; the industry development information evaluation module sends the resource demand amount AppD1 to an industry development information integration management end;
the industrial development information integrated management end is used for receiving the resource demand AppD1 of a plurality of areas through a system inner link based on the first big data information packet of the industrial resource distribution information, the second big data information packet of the industrial main body distribution information and the third big data information packet of the industrial development balance information, displaying the resource demand AppD1 of each area, the industrial resource distribution information and the industrial main body distribution information of each area in a visual mode for a system manager, and providing the system manager with decision for industrial development based on diversified data variables.
2. The industrial development information management system based on diversified data variables according to claim 1, wherein the estimating the resource demand amount AppD1 of the specific area DisD1 based on the quantized value Dev is specifically as follows:
appd1=sum of ComC1 in area.
3. The system of claim 1, wherein the industry development information integrated management terminal is a mobile device terminal or the industry development information integrated management terminal is a server device terminal.
4. The system for managing industrial development information based on diversified data variables of claim 3, wherein the industrial development information integrated management end is provided with a dedicated application review area in the process of information display, and the review area is provided with review and advice information feedback functions for evaluation specialists, industrial production subjects, and resource distribution administrators.
5. An industrial development information management method based on diversified data variables, the method being applied to the industrial resource allocation management system of claim 1, the method comprising the steps of:
Step one: using an industrial resource allocation module to construct an industrial resource distribution information first big data information packet based on industrial resource distribution information acquired by an industrial resource distribution information acquisition device, and sending the industrial resource distribution information first big data information packet to an industrial development information integrated management end and simultaneously to an industrial development information evaluation module based on a system internal network link;
the industrial resource distribution information at least comprises: industrial resource identification information, industrial resource area information, and various types of industrial resource quantity information, wherein,
the industrial resource identification information at least comprises a system preset identification of the industrial resource and is used for distinguishing different industrial resources;
the industrial resource region information at least comprises region distribution of the industrial resource and is used for distinguishing the region to which the industrial resource belongs;
the industrial resource quantity information at least comprises the quantity of the industrial resources or the economic equivalent of the total quantity of the industrial resources;
step two: using an industrial production main body assembly module to construct an industrial main body distribution information second big data information packet based on production capacity information and region information of an industrial production main body, and sending the industrial main body distribution information second big data information packet to an industrial development information integrated management end and an industrial development information evaluation module simultaneously based on a system internal network link;
The production capacity information of the industrial production subject characterizes the resource consumption ComC1 and the product output quantity ProC1 in the unit period of the industrial production subject; the region information characterizes regions of the main production bodies in the industries, and the regions of the main production bodies in the industries are different; the C1 is an enterprise identifier of a production main body;
step three: the method comprises the steps of obtaining regional industrial development balance information by using an industrial development information balance module, constructing an industrial development balance information third big data information packet, and sending the industrial development balance information third big data information packet to an industrial development information integrated management end and simultaneously to an industrial development information evaluation module based on a system internal network link;
the industry development balance information at least comprises:
the regional positioning information is used for marking and distinguishing different geographic regions;
industry development balance weight information mapped with the area positioning information one by one, wherein the industry development balance weight information is quantitatively preset by a system administrator of the industry development information management system based on diversified data variables according to industry investigation information in a system initialization process and based on industry development conditions;
The system administrator of the industrial development information management system based on diversified data variables performs the presetting of the quantized value Dev based on the industrial development status according to the industrial investigation information in the system initialization process, specifically:
for the region of industry development beyond the average industry development rate and the difference value is above a specific value, the quantized value Dev is preset to be K1, and the K1 is a percentage smaller than 1 and larger than 0;
for the region where the difference between the industrial development and the average industrial development rate is within a specific cell, the quantized value Dev is preset to be K2, and K2 is 1;
for the region with the industrial development lower than the average industrial development rate and the difference value above a specific value, the quantized value Dev is preset to be K3, and the K3 is a percentage larger than 1;
step four: using an industry development information evaluation module to confirm a quantized value Dev in industry development balance information corresponding to a specific industry main body according to a region based on the first big data information packet of the industry resource distribution information, the second big data information packet of the industry main body distribution information and the third big data information packet of the industry development balance information, and evaluate resource demand AppD1 of the specific region DisD1 according to the quantized value Dev based on the sum of ComC1 of all the industry main bodies in the specific region; the D1 is an area identifier of a specific area; the industry development information evaluation module sends the resource demand amount AppD1 to an industry development information integration management end;
Step five: and the integrated management end of the industrial development information is used for receiving the resource demand AppD1 of a plurality of areas through an intra-system link based on the first big data information packet of the industrial resource distribution information, the second big data information packet of the industrial main body distribution information and the third big data information packet of the industrial development balance information, displaying the resource demand AppD1 of each area, the industrial resource distribution information and the industrial main body distribution information in a visual mode for a system manager, and providing the system manager with the information to make a decision for the industrial development based on diversified data variables.
6. The method for managing industrial development information based on diversified data variables according to claim 5, wherein the estimating the resource demand amount AppD1 of the specific area DisD1 based on the quantized value Dev is specifically as follows:
appd1=sum of ComC1 in area.
7. The method of claim 5, wherein the industry development information integrated management terminal is a mobile device terminal or the industry development information integrated management terminal is a server device terminal.
8. The method for managing industrial development information based on diversified data variables of claim 7, wherein the industrial development information integrated management end is provided with a special application evaluation area in the process of information display, and the evaluation area is provided with comment and advice information feedback functions for evaluation experts, industrial production subjects and resource distribution administrators.
9. A computer readable storage medium, in which a processor executable program is stored, characterized in that the processor executable program is for performing the method according to any of claims 5-8 when being executed by a processor.
10. An informative data processing apparatus comprising a processor, a memory, wherein the memory comprises a computer readable storage medium in which a processor executable program is stored, which when executed by the processor is adapted to carry out the method according to any one of claims 5-8.
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