CN117252403B - An industrial resource allocation management method and system based on asset information data - Google Patents

Abstract

The present invention proposes an industrial resource allocation management method and system based on asset information data. By integrating asset information and industrial subject data into resource allocation decisions, efficient and reliable rational industrial resource allocation is implemented, thereby realizing efficient allocation of industrial resources. balanced industrial development. This invention first performs a resource optimization process based on the characteristics of industrial resources; secondly, fully considers the transfer processing characteristics of resources, and introduces industrial resource transfer intensity information to participate in the decision-making process of rational resource allocation; and introduces asset structure information of industrial resource allocation objects such as enterprises within the industry. and asset scale information, based on modeled asset assessment to obtain the resource processing capability feedback value of each industrial resource allocation object, and implement resources based on comprehensive factors such as industrial resource type information, resource value weight and circulation information, and the resource processing capability feedback value of industrial entities. distribution, thereby promoting industrial development and achieving a balanced industrial resource.

Description

An industrial resource allocation management method and system based on asset information data

Technical field

The invention belongs to the field of new generation information technology, and in particular relates to an industrial resource allocation management method and system based on asset information data.

Background technique

With the development of social economy, especially the transformation of traditional industries, the digitalization of emerging industries, and the ascendant trend of informatization, the integration and allocation of industrial resources have become an inevitable requirement for the development of industrial integration in the era of big data. It also requires the sharing and interconnection of industrial data. presented new challenges.

Generally speaking, the concept of industrial resources is the sum of various types of resource elements necessary and possessed to characterize the operation of an industry. Industrial resources generally include tangible resources and intangible resources. There is a broad consensus in the industry that from an industry or industry perspective, industrial resources typically include various production resources of all industrial entities (such as enterprises and other units) within the industry.

In the allocation process of industrial resources, it is usually affected by the inherent characteristics of the resources, such as geographical factors. Secondly, the production and distribution of industrial resources often depend on the supply and control strategies of the resource supply side and the resource control side; thirdly, for the allocation of industrial resources, it is also necessary to consider the resource development, utilization and digestion capabilities of enterprises in the industry, such as for specific In terms of the amount of resources, once it exceeds the carrying capacity of the enterprise, it will cause a waste of resources. Therefore, the allocation of industrial resources is often comprehensively determined by the characteristics of the resources, resource supply strategies, resource allocation methods, as well as the enterprise's asset information and resource conversion capabilities.

In the existing technology, the allocation of industrial resources is often based on specific allocation strategies or allocation models, allocating different amounts of resources to production entities in different industries, without fully considering the dynamic development of enterprises and intra-industry equilibrium. At the same time, Cost factors such as resource circulation are not taken into account.

The present invention proposes an industrial resource allocation management method and system based on asset information data. By integrating asset information and industrial subject data into resource allocation decisions, efficient and reliable rational industrial resource allocation is implemented, thereby realizing efficient allocation of industrial resources. balanced industrial development. Specifically, first, the resource selection process is performed based on the characteristics of industrial resources; secondly, the transfer processing characteristics of resources are fully considered, and industrial resource transfer intensity information is introduced to participate in the decision-making process of rational resource allocation; thirdly, industrial resources such as enterprises within the industry are introduced Based on the asset structure information and asset scale information of the allocation object, the resource processing capability feedback value of each industrial resource allocation object is obtained based on the modeled asset assessment; thirdly, based on the dynamic changes of the enterprise's information and the enterprise's resource demand information, the comprehensive resource processing capability feedback is value to obtain resource demand update information; fourthly, distinguish the high and low circulation convenience of industrial resources through differentiation, based on the resource demand update information of each industrial resource allocation object, as well as the high-circulation industrial resources and low-circulation industrial resource information, The implementation of industrial resource allocation to each industrial resource allocation object is not based solely on demand, but on comprehensive factors such as industrial resource type information, value weights, circulation intensity information, and industrial entities’ resource processing capability feedback values, thereby promoting industry development and achieve balance of industrial resources.

Contents of the invention

The present invention aims to provide an industrial resource allocation management system based on asset information data that is superior to the existing technology.

In order to achieve the above objects, the technical solutions of the present invention are as follows:

An industrial resource allocation management system based on asset information data, the system includes:

The industrial resource distributor performs the sorting and classification of industrial resources and enters the current status of the classified industrial resources into the industrial resource normalized information table;

The industrial resource normalized information table includes industrial resource identification information, industrial resource type information, industrial resource quantity information, industrial resource value weight information, and industrial resource logistics information for each resource;

The industrial resource distributor is also used to send the industrial resource normalized information table to the industrial chain resource closed-loop structured placement center;

The industrial resource value weight information is preset by the industrial resource allocation management system according to high, medium and low levels, representing the value degree of the industrial resources from high to low;

The industrial resource logistics information is hierarchically preset for the industrial resource distribution management system, and at least includes: the average circulation cycle and average logistics cost of the industrial resource;

A closed-loop structured placement center for industry chain resources. The closed-loop structured placement center for industry chain resources at least includes:

Industrial resource selection module. The industrial resource selection module is used to select industrial resources with high utilization value based on the first value of industrial resources, and update the normalized information table of industrial resources based on high-value industrial resources to obtain updated industrial resources. Normalized information table; the first value amount of the industrial resources is the value weight information of the industrial resources;

The industrial resource selection module is also used to send the updated industrial resource normalized information table to the resource transfer processing module;

A resource transfer processing module. The resource transfer processing module receives the updated industrial resource normalized information table, and extracts the industrial resource identification information and industrial resources of each resource in the table based on the updated industrial resource normalized information table. For logistics information, perform big data information processing to obtain information on the industrial resource flow intensity of each resource;

The industrial resource circulation intensity information is related to the industrial resource circulation cycle and unit logistics cost information;

The asset information normalization module obtains the asset information and resource demand information NE of each industrial resource allocation object from multiple industrial resource allocation objects; each of the multiple industrial resource allocation objects has its own allocation object ID;

The asset information includes asset structure information and asset scale information; the asset information normalization module also performs asset evaluation on each industrial resource allocation object based on the asset information and provides the resource processing capability feedback value FB of each industrial resource allocation object, The resource processing capability feedback value FB of each industrial resource allocation object represents the resource receiving and processing capabilities of each industrial resource allocation object; the resource processing capability feedback value FB corresponds one-to-one to the allocation object ID of each industrial resource allocation object. ;

The resource demand information NE includes the demand industry resource identification information of each industrial resource allocation object, and the demand industry resource scale information corresponding to each demand resource identification, and the scale information is a quantitative value in a specific unit;

Resource transfer processing module, the resource transfer processing module classifies industrial resources based on the industrial resource transfer intensity information of each resource, sorts the industrial resource transfer intensity information values from large to small, and ranks the industrial resources located in the first half Set it as a high-circulation industrial resource; set the remaining industrial resources as a low-circulation industrial resource;

The resource transfer processing module also scales the resource demand information NE of each industrial resource allocation object based on the resource processing capability feedback value FB of each industrial resource allocation object, and obtains the resource demand update information NE1; and updates the resource demand. The information NE1 and the high-circulation industrial resources and low-circulation industrial resource information are sent to the industrial resource configuration module;

An industrial resource allocation module. The industrial resource allocation module executes industrial resource allocation for each industrial resource allocation object based on the resource demand update information NE1 of each industrial resource allocation object, and the high-circulation industrial resource and low-circulation industrial resource information. configuration.

Preferably, based on high-value industrial resources, the industrial resource normalized information table is updated to obtain an updated industrial resource normalized information table, specifically as follows:

The industrial resource selection module only retains high-value industrial resources in the industrial resource normalized information table, and obtains an updated industrial resource normalized information table.

Preferably, the industrial resource identification information, industrial resource type information, various types of industrial resource quantity information, various types of industrial resource value weight information, and various types of industrial resource logistics information at least meet:

Industrial resource identification information, including at least the system preset identification of the industrial resource, to distinguish different industrial resources;

Industrial resource type information, including at least the type of the industrial resource, is used to distinguish the resource type to which the industrial resource belongs;

Industrial resource quantity information, including at least the quantity of the industrial resources;

Industrial resource value weight information, including at least the system preset value weight of the industrial resource;

Industrial resource logistics information, including at least the unit logistics cost information of the industrial resources;

as well as,

The industrial resource circulation intensity information is related to the industrial resource circulation cycle and the unit logistics cost information. Specifically, the industrial resource circulation intensity information indicates that the industrial resource circulation intensity information is inversely proportional to the product of the industrial resource circulation cycle and the unit logistics cost information.

Preferably, the preset value weight of the system is specifically divided into 1-3, and is preset by the manager of the industrial resource allocation management system based on asset information data; 1 represents a low value of the resource; 2 represents a moderate value of the resource. ;3 Characterize high-value resources.

At the same time, the present invention also proposes an industrial resource allocation management method based on asset information data. The method is applied to the industrial resource allocation management system as described above. The method includes the following steps:

Step 1: Carry out industrial resource sorting and classification based on the industrial resource distributor, and enter the classified industrial resource status into the industrial resource normalized information table;

The industrial resource normalized information table includes industrial resource identification information, industrial resource type information, industrial resource quantity information, industrial resource value weight information, and industrial resource logistics information for each resource;

The industrial resource distributor also sends the industrial resource normalized information table to the industrial chain resource closed-loop structured placement center;

The industrial resource value weight information is preset by the industrial resource allocation management system according to high, medium and low levels, representing the value degree of the industrial resources from high to low;

The industrial resource logistics information is hierarchically preset for the industrial resource distribution management system, and at least includes: the average circulation cycle and average logistics cost of the industrial resource;

Step 2: Use the closed-loop structured placement center of industry chain resources to start the closed-loop structured placement of industry chain resources:

Step 3: Use the industrial resource selection module to select high value industrial resources based on the first value of the industrial resources, and update the industrial resource normalized information table based on the high value industrial resources to obtain the updated industrial resource normalized information table. ; The first value amount of industrial resources is the value weight information of industrial resources; the industrial resource selection module also sends the updated industrial resource normalized information table to the resource transfer processing module;

Step 4: Use the resource transfer processing module to receive the updated industrial resource normalized information table, and extract the industrial resource identification information and industrial resource logistics information of each resource in the table based on the updated industrial resource normalized information table. Perform big data information processing to obtain information on the industrial resource circulation intensity of each resource;

The industrial resource circulation intensity information is related to the industrial resource circulation cycle and unit logistics cost information;

Step 5: Use the asset information normalization module to obtain the asset information and resource demand information NE of each industrial resource allocation object from multiple industrial resource allocation objects; multiple industrial resource allocation objects have their own allocation object IDs;

The asset information includes asset structure information and asset scale information; the asset information normalization module also performs asset evaluation on each industrial resource allocation object based on the asset information and provides the resource processing capability feedback value FB of each industrial resource allocation object, The resource processing capability feedback value FB of each industrial resource allocation object represents the resource receiving and processing capabilities of each industrial resource allocation object; the resource processing capability feedback value FB corresponds one-to-one to the allocation object ID of each industrial resource allocation object. ;

The resource demand information NE includes the demand industry resource identification information of each industrial resource allocation object, and the demand industry resource scale information corresponding to each demand resource identification, and the scale information is a quantitative value in a specific unit;

Step 6: Use the resource transfer processing module to classify industrial resources based on the industrial resource transfer intensity information of each resource, sort the industrial resource transfer intensity information values from large to small, and set the industrial resources in the first half to high Circulate industrial resources; set the remaining industrial resources as low-circulation industrial resources;

The resource transfer processing module also scales the resource demand information NE of each industrial resource allocation object based on the resource processing capability feedback value FB of each industrial resource allocation object, and obtains the resource demand update information NE1; and updates the resource demand. The information NE1 and the high-circulation industrial resources and low-circulation industrial resource information are sent to the industrial resource configuration module;

Step 7: Use the industrial resource allocation module to perform industrial resource allocation for each industrial resource allocation object based on the resource demand update information NE1 of each industrial resource allocation object and the high-circulation industrial resource and low-circulation industrial resource information.

Preferably, based on high-value industrial resources, the industrial resource normalized information table is updated to obtain an updated industrial resource normalized information table, specifically as follows:

The industrial resource selection module only retains high-value industrial resources in the industrial resource normalized information table, and obtains an updated industrial resource normalized information table.

Preferably, the industrial resource identification information, industrial resource type information, various types of industrial resource quantity information, various types of industrial resource value weight information, and various types of industrial resource logistics information at least meet:

Industrial resource identification information, including at least the system preset identification of the industrial resource, to distinguish different industrial resources;

Industrial resource type information, including at least the type of the industrial resource, is used to distinguish the resource type to which the industrial resource belongs;

Industrial resource quantity information, including at least the quantity of the industrial resources;

Industrial resource value weight information, including at least the system preset value weight of the industrial resource;

Industrial resource logistics information, including at least the unit logistics cost information of the industrial resources;

as well as,

The industrial resource circulation intensity information is related to the industrial resource circulation cycle and the unit logistics cost information. Specifically, the industrial resource circulation intensity information indicates that the industrial resource circulation intensity information is inversely proportional to the product of the industrial resource circulation cycle and the unit logistics cost information.

Preferably, the preset value weight of the system is specifically divided into 1-3, and is preset by the manager of the industrial resource allocation management system based on asset information data; 1 represents a low value of the resource; 2 represents a moderate value of the resource. ;3 Characterize high-value resources.

At the same time, the present invention also proposes a computer-readable storage medium in which a processor-executable program is stored, wherein the processor-executable program is used to perform any of the above when executed by the processor. method described in the item.

At the same time, the present invention also proposes an information data processing device, which includes a processor and a memory, wherein the memory includes a computer-readable storage medium in which a program executable by the processor is stored, and the program executable by the processor is The program, when executed by the processor, is used to perform any of the foregoing methods.

The present invention proposes an industrial resource allocation management method and system based on asset information data. By integrating asset information and industrial subject data into resource allocation decisions, efficient and reliable rational industrial resource allocation is implemented, thereby realizing efficient allocation of industrial resources. balanced industrial development. Specifically, the resource selection process is first implemented based on the characteristics of industrial resources; secondly, the transfer processing characteristics of resources are fully considered, and industrial resource transfer intensity information is introduced to participate in the decision-making process of rational resource allocation; thirdly, industrial resources such as enterprises within the industry are introduced Based on the asset structure information and asset scale information of the allocation object, the resource processing capability feedback value of each industrial resource allocation object is obtained based on the modeled asset assessment; thirdly, based on the dynamic changes of the enterprise's information and the enterprise's resource demand information, the comprehensive resource processing capability feedback is value to obtain resource demand update information; fourthly, distinguish the high and low circulation convenience of industrial resources through differentiation, based on the resource demand update information of each industrial resource allocation object, as well as the high-circulation industrial resources and low-circulation industrial resource information, The implementation of industrial resource allocation to each industrial resource allocation object is not based solely on demand, but on comprehensive factors such as industrial resource type information, value weights, circulation intensity information, and resource processing capability feedback values of industrial entities, thereby promoting industry development and achieve balance of industrial resources.

Description of drawings

Figure 1 is a basic system structure diagram of an industrial resource allocation management system based on asset information data shown in the present invention;

Figure 2 is a schematic diagram of a preferred embodiment of the system structure of the industrial chain resource closed-loop structured placement center in the industrial resource allocation management system based on asset information data according to the present invention;

Figure 3 is a schematic diagram of a preferred embodiment of the system structure of the interaction between industrial resource distributors in the industrial resource distribution management system based on asset information data according to the present invention;

Figure 4 is a schematic diagram of a preferred embodiment of the industrial resource allocation management method process based on asset information data according to the present invention;

Figure 5 is a schematic diagram of a preferred embodiment of the steps of the closed-loop structured placement of industrial chain resources in the industrial resource allocation and management method based on asset information data according to the present invention.

Detailed ways

Several embodiments and beneficial effects of the industrial resource allocation management system and method based on asset information data claimed by the present invention are described in detail below to facilitate a more detailed review and decomposition of the present invention.

In order to better understand the technical solution of the present invention, the embodiments of the present invention will be described in detail below with reference to the accompanying drawings.

It should be clear that the described embodiments are only some, but not all, of the embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts fall within the scope of protection of the present invention.

The terminology used in the embodiments of the present invention is only for the purpose of describing specific embodiments and is not intended to limit the present invention. As used in this embodiment and the appended claims, the singular forms "a," "the" and "the" are intended to include the plural forms as well, unless the context clearly dictates otherwise.

It should be understood that the term "and/or" used in this article is only an association relationship describing related objects, indicating that there can be three relationships, for example, A and/or B, which can mean: A alone exists, and A and A exist simultaneously. B, there are three situations of B alone. In addition, the character "/" in this article generally indicates that the related objects are an "or" relationship.

It should be understood that although the terms first, second, etc. may be used to describe methods and corresponding devices in embodiments of the present invention, these keywords should not be limited to these terms. These terms are only used to distinguish keywords from each other. For example, without departing from the scope of the embodiments of the present invention, the first value amount of industrial resources, etc. can also be called the second value amount of industrial resources. Similarly, the second value amount of industrial resources, etc. can also be called the first value amount of industrial resources.

Depending on the context, the word "if" as used herein may be interpreted as "when" or "when" or "in response to determination" or "in response to detection." Similarly, depending on the context, the phrase "if determined" or "if (stated condition or event) is detected" may be interpreted as "when determined" or "in response to determining" or "when (stated condition or event) is detected )" or "in response to detecting (a stated condition or event)".

As shown in Figures 1-3 of the description, it is one of the embodiments of the industrial resource allocation management system based on asset information data and its specific included modules claimed in the present invention. The industrial resource allocation management system based on asset information data include:

The industrial resource distributor performs the sorting and classification of industrial resources and enters the current status of the classified industrial resources into the industrial resource normalized information table;

The industrial resource normalized information table includes industrial resource identification information, industrial resource type information, industrial resource quantity information, industrial resource value weight information, and industrial resource logistics information for each resource;

The industrial resource distributor is also used to send the industrial resource normalized information table to the industrial chain resource closed-loop structured placement center;

The industrial resource value weight information is preset by the industrial resource allocation management system according to high, medium and low levels, representing the value degree of the industrial resources from high to low;

The industrial resource logistics information is hierarchically preset for the industrial resource distribution management system, and at least includes: the average circulation cycle and average logistics cost of the industrial resource;

A closed-loop structured placement center for industry chain resources. The closed-loop structured placement center for industry chain resources at least includes:

Industrial resource selection module. The industrial resource selection module is used to select industrial resources with high utilization value based on the first value of industrial resources, and update the normalized information table of industrial resources based on high-value industrial resources to obtain updated industrial resources. Normalized information table; the first value amount of the industrial resources is the value weight information of the industrial resources;

The industrial resource selection module is also used to send the updated industrial resource normalized information table to the resource transfer processing module;

A resource transfer processing module. The resource transfer processing module receives the updated industrial resource normalized information table, and extracts the industrial resource identification information and industrial resources of each resource in the table based on the updated industrial resource normalized information table. For logistics information, perform big data information processing to obtain information on the industrial resource flow intensity of each resource;

The industrial resource circulation intensity information is related to the industrial resource circulation cycle and unit logistics cost information;

The asset information normalization module obtains the asset information and resource demand information NE of each industrial resource allocation object from multiple industrial resource allocation objects; each of the multiple industrial resource allocation objects has its own allocation object ID;

The asset information includes asset structure information and asset scale information; the asset information normalization module also performs asset evaluation on each industrial resource allocation object based on the asset information and provides the resource processing capability feedback value FB of each industrial resource allocation object, The resource processing capability feedback value FB of each industrial resource allocation object represents the resource receiving and processing capabilities of each industrial resource allocation object; the resource processing capability feedback value FB corresponds one-to-one to the allocation object ID of each industrial resource allocation object. ;

As a preferred embodiment that can be superimposed, the resource processing capability feedback value of each industrial resource allocation object represents the resource receiving and processing capabilities of each industrial resource allocation object, and the asset information normalization module is also based on the asset information. Conduct asset evaluation for each industrial resource allocation object and provide resource processing capability feedback value FB for each industrial resource allocation object. Specifically: the asset information normalization module uses an expert matrix containing multiple industry experts to evaluate the asset structure information and Asset size information is classified. As a preferred embodiment that can be superimposed, the first-level classification is carried out according to the asset size, and the second-level classification is carried out according to the asset structure information. As another preferred embodiment that can be superimposed, the first-level classification is carried out according to the asset size, and the second-level classification is carried out according to the asset structure information. Specifically, it can be: one-level classification according to a specific fixed asset value range or a specific industry-wide proportion range. For specific industrial resource allocation objects, if the asset size falls within a specific fixed value range in the industry (for example, less than 10 million) or within a specific industry-wide proportion range (for example, 1%-5%), it will be allocated accordingly. It is divided into a specific first-level classification, such as level A (for example, the range can be set to less than 10 million, 10 million-100 million, and above 100 million to be divided into levels A-C); according to the asset structure information health, the range is divided into two levels. Level classification, for example, if the asset structure is evaluated as good by the expert matrix, it will be classified into a specific second level classification, such as level II (for example, the interval can be set as bad, medium, good, and advantages are divided into levels IV-I); Then its classification is AII. As another preferred embodiment that can be stacked, the grading can be quantified within 1-12, such as A (1-4); B (5-8); C (9-12), and each level Within the interval, it is divided into two levels from low to high according to Level IV-I, and then its feedback ability is determined based on the ratio of its score to the highest quantitative value. According to the above quantification rules, the resource processing capability feedback value FB corresponding to AII should be 3/12, that is, the resource processing capability feedback value FB=3/12=0.25.

The resource demand information NE includes the demand industry resource identification information of each industrial resource allocation object, and the demand industry resource scale information corresponding to each demand resource identification, and the scale information is a quantitative value in a specific unit;

Resource transfer processing module, the resource transfer processing module classifies industrial resources based on the industrial resource transfer intensity information of each resource, sorts the industrial resource transfer intensity information values from large to small, and ranks the industrial resources located in the first half Set it as a high-circulation industrial resource; set the remaining industrial resources as a low-circulation industrial resource;

The resource transfer processing module also scales the resource demand information NE of each industrial resource allocation object based on the resource processing capability feedback value FB of each industrial resource allocation object, and obtains the resource demand update information NE1; and updates the resource demand. The information NE1 and the high-circulation industrial resources and low-circulation industrial resource information are sent to the industrial resource allocation module;

As a preferred embodiment that can be superimposed, the resource transfer processing module also scales the resource demand information NE of each industrial resource allocation object based on the resource processing capability feedback value FB of each industrial resource allocation object to obtain resource demand updates. Information NE1, specifically: according to the resource demand information NE of the industrial resource allocation object, based on the resource processing capability feedback value FB of the industrial resource allocation object, the requirements corresponding to each demand resource identifier in the resource demand information NE of the industrial resource allocation object The industrial resource scale information is multiplied by the resource processing capacity feedback value FB to obtain the demand industry resource scale information update value corresponding to each demand resource identification. This updated value is then used to replace the original demand industry resource scale information corresponding to each demand resource identification to obtain the resource. Requires updated information NE1.

An industrial resource allocation module. The industrial resource allocation module executes industrial resource allocation for each industrial resource allocation object based on the resource demand update information NE1 of each industrial resource allocation object, and the high-circulation industrial resource and low-circulation industrial resource information. configuration.

As a preferred embodiment that can be stacked, the industrial resource allocation module performs the allocation of each industrial resource based on the resource demand update information NE1 of each industrial resource allocation object, and the high-circulation industrial resources and low-circulation industrial resource information. Allocation of industrial resources to allocated objects. Specifically: for the high-circulation industrial resources, the industrial resource configuration module allocates high-circulation industrial resources that conform to the resource demand update information NE1 based on the resource demand update information NE1 of each industrial resource allocation object; for the low-circulation industrial resources, The industrial resource allocation module allocates low-circulation industrial resources that are lower than the resource demand update information NE1 based on the resource demand update information NE1 of each industrial resource allocation object. As another preferred embodiment that can be stacked, the low-circulation industrial resources lower than the resource demand update information NE1 can be the proportion of each industrial resource in the resource demand update information NE1, that is, the demand corresponding to each demand resource identifier. The proportion of the industrial resource scale information may be, for example, 1/3 of the required industrial resource scale information corresponding to each required resource identifier.

As a preferred embodiment that can be stacked, based on high-value industrial resources, the industrial resource normalized information table is updated to obtain an updated industrial resource normalized information table, specifically as follows:

The industrial resource selection module only retains high-value industrial resources in the industrial resource normalized information table, and obtains an updated industrial resource normalized information table.

As a preferred embodiment that can be stacked, the industrial resource identification information, industrial resource type information, various types of industrial resource quantity information, various types of industrial resource value weight information, and various types of industrial resource logistics information at least comply with:

Industrial resource identification information, including at least the system preset identification of the industrial resource, to distinguish different industrial resources;

Industrial resource type information, including at least the type of the industrial resource, is used to distinguish the resource type to which the industrial resource belongs;

Industrial resource quantity information, including at least the quantity of the industrial resources;

Industrial resource value weight information, including at least the system preset value weight of the industrial resource;

Industrial resource logistics information, including at least the unit logistics cost information of the industrial resources;

as well as,

The industrial resource circulation intensity information is related to the industrial resource circulation cycle and the unit logistics cost information. Specifically, the industrial resource circulation intensity information indicates that the industrial resource circulation intensity information is inversely proportional to the product of the industrial resource circulation cycle and the unit logistics cost information.

As a preferred embodiment that can be superimposed, the industrial resource circulation intensity information represents that the circulation cycle of the industrial resources is inversely proportional to the product of the unit logistics cost information, specifically: the system counts the average circulation cycle of the industrial resources within the industry, And based on the average logistics cost of the industry (per kilometer/per unit weight), the industrial resource circulation intensity information is calculated. The industrial resource circulation intensity information Tr = 1 / the average circulation cycle of the industrial resources * the average logistics cost of the industry. For example, for a specific industrial resource under a certain industrial resource type, the average circulation cycle of the industrial resource within the industry is T (months), and the average logistics cost of the industry is C (per kilometer/per unit weight), then the industrial resource circulation intensity Information Tr = 1 / average circulation cycle of industry resources * average logistics cost of this industry = 1 / (T * C). It can be seen that for a specific industrial resource, the longer the average circulation cycle and the higher the average logistics cost, the smaller the industrial resource circulation intensity information Tr is, indicating that its circulation efficiency is lower. On the contrary, for a specific industrial resource, the faster the average circulation cycle and the lower the average logistics cost, the greater the industrial resource circulation intensity information Tr, indicating the higher its circulation efficiency.

As a preferred embodiment that can be stacked, the system's preset value weight is specifically divided into 1-3, and is preset by the administrator of the industrial resource allocation management system based on asset information data; where 1 represents a lower resource value ; 2 indicates that the resource value is moderate; 3 indicates that the resource is of high value.

At the same time, as shown in Figures 4 and 5 of the specification, the present invention also proposes an industrial resource allocation management method based on asset information data. The method is applied to the industrial resource allocation management system as described above, so The method described includes the following steps:

Step S102: Perform industrial resource sorting and classification based on the industrial resource distributor, and enter the classified industrial resource status into the industrial resource normalized information table;

The industrial resource normalized information table includes industrial resource identification information, industrial resource type information, industrial resource quantity information, industrial resource value weight information, and industrial resource logistics information for each resource;

The industrial resource distributor also sends the industrial resource normalized information table to the industrial chain resource closed-loop structured placement center;

The industrial resource value weight information is preset by the industrial resource allocation management system according to high, medium and low levels, representing the value degree of the industrial resources from high to low;

The industrial resource logistics information is hierarchically preset for the industrial resource distribution management system, and at least includes: the average circulation cycle and average logistics cost of the industrial resource;

Step S104: Use the closed-loop structured placement center of industry chain resources to start the closed-loop structured placement of industry chain resources:

Step S106: Use the industrial resource selection module to select high value industrial resources based on the first value of the industrial resources, and update the industrial resource normalized information table based on the high value industrial resources to obtain the updated industrial resource normalized information table. ; The first value amount of industrial resources is the value weight information of industrial resources; the industrial resource selection module also sends the updated industrial resource normalized information table to the resource transfer processing module;

Step S108: Use the resource transfer processing module to receive the updated industrial resource normalized information table, and extract the industrial resource identification information and industrial resource logistics information of each resource in the table based on the updated industrial resource normalized information table, Perform big data information processing to obtain information on the industrial resource circulation intensity of each resource;

The industrial resource circulation intensity information is related to the industrial resource circulation cycle and unit logistics cost information;

Step S110: Use the asset information normalization module to obtain the asset information and resource demand information NE of each industrial resource allocation object from multiple industrial resource allocation objects; each of the multiple industrial resource allocation objects has its own allocation object ID;

The asset information includes asset structure information and asset scale information; the asset information normalization module also performs asset evaluation on each industrial resource allocation object based on the asset information and provides the resource processing capability feedback value FB of each industrial resource allocation object, The resource processing capability feedback value FB of each industrial resource allocation object represents the resource receiving and processing capabilities of each industrial resource allocation object; the resource processing capability feedback value FB corresponds one-to-one to the allocation object ID of each industrial resource allocation object. ;

As a preferred embodiment that can be superimposed, the resource processing capability feedback value of each industrial resource allocation object represents the resource receiving and processing capabilities of each industrial resource allocation object, and the asset information normalization module is also based on the asset information. Conduct asset evaluation for each industrial resource allocation object and provide resource processing capability feedback value FB for each industrial resource allocation object. Specifically: the asset information normalization module uses an expert matrix containing multiple industry experts to evaluate the asset structure information and Asset size information is classified. As a preferred embodiment that can be superimposed, the first-level classification is carried out according to the asset size, and the second-level classification is carried out according to the asset structure information. As another preferred embodiment that can be superimposed, the first-level classification is carried out according to the asset size, and the second-level classification is carried out according to the asset structure information. Specifically, it can be: one-level classification according to a specific fixed asset value range or a specific industry-wide proportion range. For specific industrial resource allocation objects, if the asset size falls within a specific fixed value range in the industry (for example, less than 10 million) or within a specific industry-wide proportion range (for example, 1%-5%), it will be allocated accordingly. It is divided into a specific first-level classification, such as level A (for example, the range can be set to less than 10 million, 10 million-100 million, and above 100 million to be divided into levels A-C); the range is divided according to the health of the asset structure information, and the second level is carried out. Level classification, for example, if the asset structure is evaluated as good by the expert matrix, it will be classified into a specific second level classification, such as level II (for example, the interval can be set as bad, medium, good, and advantages are divided into levels IV-I); Then its classification is AII. As another preferred embodiment that can be stacked, the grading can be quantified within 1-12, such as A (1-4); B (5-8); C (9-12), and each level Within the interval, it is divided into two levels from low to high according to Level IV-I, and then its feedback ability is determined based on the ratio of its score to the highest quantitative value. According to the above quantification rules, the resource processing capability feedback value FB corresponding to AII should be 3/12, that is, the resource processing capability feedback value FB=3/12=0.25.

The resource demand information NE includes the demand industry resource identification information of each industrial resource allocation object, and the demand industry resource scale information corresponding to each demand resource identification, and the scale information is a quantitative value in a specific unit;

Step S112: Use the resource transfer processing module to classify industrial resources based on the industrial resource transfer intensity information of each resource, sort the industrial resource transfer intensity information values from large to small, and set the industrial resources in the first half to high Circulate industrial resources; set the remaining industrial resources as low-circulation industrial resources;

The resource transfer processing module also scales the resource demand information NE of each industrial resource allocation object based on the resource processing capability feedback value FB of each industrial resource allocation object, and obtains the resource demand update information NE1; and updates the resource demand. The information NE1 and the high-circulation industrial resources and low-circulation industrial resource information are sent to the industrial resource allocation module;

As a preferred embodiment that can be superimposed, the resource transfer processing module also scales the resource demand information NE of each industrial resource allocation object based on the resource processing capability feedback value FB of each industrial resource allocation object to obtain resource demand updates. Information NE1, specifically: according to the resource demand information NE of the industrial resource allocation object, based on the resource processing capability feedback value FB of the industrial resource allocation object, the requirements corresponding to each demand resource identifier in the resource demand information NE of the industrial resource allocation object The industrial resource scale information is multiplied by the resource processing capacity feedback value FB to obtain the demand industry resource scale information update value corresponding to each demand resource identification. This updated value is then used to replace the original demand industry resource scale information corresponding to each demand resource identification to obtain the resource. Required update information NE1.

Step S114: Use the industrial resource allocation module to perform industrial resource allocation for each industrial resource allocation object based on the resource demand update information NE1 of each industrial resource allocation object and the high-circulation industrial resource and low-circulation industrial resource information.

As a preferred embodiment that can be stacked, the industrial resource allocation module performs the allocation of each industrial resource based on the resource demand update information NE1 of each industrial resource allocation object, and the high-circulation industrial resources and low-circulation industrial resource information. Allocation of industrial resources to the allocated objects. Specifically: for the high-circulation industrial resources, the industrial resource configuration module allocates high-circulation industrial resources that conform to the resource demand update information NE1 based on the resource demand update information NE1 of each industrial resource allocation object; for the low-circulation industrial resources, The industrial resource allocation module allocates low-circulation industrial resources that are lower than the resource demand update information NE1 based on the resource demand update information NE1 of each industrial resource allocation object. As another preferred embodiment that can be stacked, the low-circulation industrial resources that are lower than the resource demand update information NE1 can be the proportion of each industrial resource in the resource demand update information NE1, that is, the demand corresponding to each demand resource identifier. The proportion of the industrial resource scale information may be, for example, 1/3 of the required industrial resource scale information corresponding to each required resource identifier.

As a preferred embodiment that can be stacked, based on high-value industrial resources, the industrial resource normalized information table is updated to obtain an updated industrial resource normalized information table, specifically as follows:

The industrial resource selection module only retains high-value industrial resources in the industrial resource normalized information table, and obtains an updated industrial resource normalized information table.

As a preferred embodiment that can be stacked, the industrial resource identification information, industrial resource type information, various types of industrial resource quantity information, various types of industrial resource value weight information, and various types of industrial resource logistics information at least comply with:

Industrial resource identification information, including at least the system preset identification of the industrial resource, to distinguish different industrial resources;

Industrial resource type information, including at least the type of the industrial resource, is used to distinguish the resource type to which the industrial resource belongs;

Industrial resource quantity information, including at least the quantity of the industrial resources;

Industrial resource value weight information, including at least the system preset value weight of the industrial resource;

Industrial resource logistics information, including at least the unit logistics cost information of the industrial resources;

as well as,

The industrial resource circulation intensity information is related to the industrial resource circulation cycle and the unit logistics cost information. Specifically, the industrial resource circulation intensity information indicates that the industrial resource circulation intensity information is inversely proportional to the product of the industrial resource circulation cycle and the unit logistics cost information.

As a preferred embodiment that can be superimposed, the industrial resource circulation intensity information represents that the circulation cycle of the industrial resources is inversely proportional to the product of the unit logistics cost information, specifically: the system counts the average circulation cycle of the industrial resources within the industry, And based on the average logistics cost of the industry (per kilometer/per unit weight), the industrial resource circulation intensity information is calculated. The industrial resource circulation intensity information Tr = 1 / the average circulation cycle of the industrial resources * the average logistics cost of the industry. For example, for a specific industrial resource under a certain industrial resource type, the average circulation cycle of the industrial resource within the industry is T (months), and the average logistics cost of the industry is C (per kilometer/per unit weight), then the industrial resource circulation intensity Information Tr = 1 / average circulation cycle of industry resources * average logistics cost of this industry = 1 / (T * C). It can be seen that for a specific industrial resource, the longer the average circulation cycle and the higher the average logistics cost, the smaller the industrial resource circulation intensity information Tr is, indicating that its circulation efficiency is lower. On the contrary, for a specific industrial resource, the faster the average circulation cycle and the lower the average logistics cost, the greater the industrial resource circulation intensity information Tr, indicating the higher its circulation efficiency.

As a preferred embodiment that can be stacked, the system's preset value weight is specifically divided into 1-3, and is preset by the administrator of the industrial resource allocation management system based on asset information data; where 1 represents a lower resource value ; 2 indicates that the resource value is moderate; 3 indicates that the resource is of high value.

At the same time, the present invention also proposes a computer-readable storage medium in which a processor-executable program is stored, wherein the processor-executable program is used to perform any of the above when executed by the processor. method described in the item.

At the same time, the present invention also proposes an information data processing device, which includes a processor and a memory, wherein the memory includes a computer-readable storage medium in which a program executable by the processor is stored, and the program executable by the processor is The program, when executed by the processor, is used to perform any of the foregoing methods.

The present invention proposes an industrial resource allocation management method and system based on asset information data. By integrating asset information and industrial subject data into resource allocation decisions, efficient and reliable rational industrial resource allocation is implemented, thereby realizing efficient allocation of industrial resources. balanced industrial development. Specifically, the resource selection process is first implemented based on the characteristics of industrial resources; secondly, the transfer processing characteristics of resources are fully considered, and industrial resource transfer intensity information is introduced to participate in the decision-making process of rational resource allocation; thirdly, industrial resources such as enterprises within the industry are introduced Based on the asset structure information and asset scale information of the allocation object, the resource processing capability feedback value of each industrial resource allocation object is obtained based on the modeled asset assessment; thirdly, based on the dynamic changes of the enterprise's information and the enterprise's resource demand information, the comprehensive resource processing capability feedback is value to obtain resource demand update information; fourthly, distinguish the high and low circulation convenience of industrial resources through differentiation, based on the resource demand update information of each industrial resource allocation object, as well as the high-circulation industrial resources and low-circulation industrial resource information, The implementation of industrial resource allocation to each industrial resource allocation object is not based solely on demand, but on comprehensive factors such as industrial resource type information, value weights, circulation intensity information, and resource processing capability feedback values of industrial entities, thereby promoting industry development and achieve a balanced industrial resource balance.

In all the above embodiments, in order to realize some special data transmission and read/write function requirements, the above method operation process and its corresponding device may add devices, modules, devices, hardware, pin connections or differences in memory and processor. to extend functionality.

Those skilled in the art can clearly understand that for the convenience and simplicity of description, the specific working processes of the above-described methods, devices and units can be referred to the corresponding processes in the foregoing method embodiments, and will not be described again here.

In the several embodiments provided by the present invention, it should be understood that the disclosed systems, devices and methods can be implemented in other ways. For example, the device embodiments described above are only illustrative. For example, the division of the method steps is only a logical or functional division. In actual implementation, there may be other divisions, for example, multiple units or components. can be combined or can be integrated into another system, or some features can be ignored, or not implemented. On the other hand, the coupling or direct coupling or communication connection between each other shown or discussed may be through some interfaces, and the indirect coupling or communication connection of the devices or units may be in electrical, mechanical or other forms.

The units described as separate steps of the method and separate components of the device may or may not be logically or physically separate, and may not be physical units. That is, they may be located in one place, or may be distributed to multiple network units. Some or all of the units can be selected according to actual needs to achieve the purpose of this embodiment.

In addition, the method steps and their implementation and functional units in various embodiments of the present invention can be integrated into one processing unit, or each unit can exist physically alone, or two or more units can be integrated into one unit. . The above integrated units can be implemented in the form of hardware or in the form of hardware plus software functional units.

The above methods and devices can be implemented as integrated units in the form of software functional units, which can be stored in a computer-readable storage medium. The above-mentioned software functional unit is stored in a storage medium and includes a number of instructions to cause a computer device (which can be a personal computer, a server, or a network device, etc.) or a processor (Processor) to execute the methods described in various embodiments of the present invention. Some steps. The aforementioned storage media include: U disk, mobile hard disk, Read-Only Memory (ROM), Random Access Memory (RAM), NVRAM, magnetic disk or optical disk, etc. that can store program code. medium.

The above are only preferred embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention shall be included in the present invention. within the scope of protection.

It should be noted that the above embodiments are only used to explain and illustrate the technical solution of the present invention more clearly, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that : It is still possible to modify the technical solutions recorded in the foregoing embodiments, or to equivalently replace some of the technical features; and these modifications or substitutions do not deviate from the essence of the corresponding technical solutions from the technical solutions of the various embodiments of the present invention. spirit and scope.

Claims (10)

1. An industrial resource allocation management system based on asset information data, the system comprising:

the industrial resource distributor performs industrial resource sorting and classifying, and inputs the current situation of the classified industrial resource into an industrial resource normalization information table;

the industrial resource normalization information table comprises industrial resource identification information, industrial resource type information, industrial resource quantity information, industrial resource value weight information and industrial resource logistics information of each resource;

The industrial resource distributor is also used for transmitting the industrial resource normalization information table to an industrial chain resource closed-loop structural configuration center;

the industrial resource value weight information is preset according to the high-low grade by an industrial resource distribution management system, and the value degree of industrial resources is represented from high to low;

the industrial resource logistics information is preset in a grading way for an industrial resource distribution management system, and at least comprises the following steps: average circulation cycle and average logistics cost of the industrial resource;

the industrial chain resource closed-loop structured arranging center at least comprises:

the industrial resource selection module is used for selecting industrial resources with high utilization value according to the first value quantity of the industrial resources, updating the industrial resource normalization information table based on the industrial resources with high value, and obtaining an updated industrial resource normalization information table; the first value quantity of the industrial resource is the industrial resource value weight information;

the industry resource selection module is also used for sending the updated industry resource normalization information table to a resource circulation processing module;

the resource circulation processing module receives the updated industrial resource normalization information table, extracts industrial resource identification information and industrial resource logistics information of each resource in the table based on the updated industrial resource normalization information table, and executes big data information processing to obtain industrial resource circulation intensity information of each resource;

The industrial resource circulation intensity information is related to the circulation period and unit logistics cost information of the industrial resource;

an asset information normalization module that obtains asset information and resource demand information NE of each industrial resource allocation object from a plurality of industrial resource allocation objects; each of the plurality of industrial resource allocation objects has an allocation object ID;

the asset information includes asset structure information and asset scale information; the asset information normalization module is further used for carrying out asset evaluation on all industrial resource allocation objects based on the asset information and providing a resource processing capability feedback value FB of each industrial resource allocation object, wherein the resource processing capability feedback value FB of each industrial resource allocation object characterizes the resource receiving and processing capability of each industrial resource allocation object; the resource processing capability feedback value FB corresponds to the distribution object IDs of the industrial resource distribution objects one by one;

the resource demand information NE comprises demand industry resource identification information of each industry resource allocation object and demand industry resource scale information corresponding to each demand resource identification, wherein the scale information is a quantitative value of a specific unit;

The resource circulation processing module classifies industrial resources based on the industrial resource circulation intensity information of each resource, sorts the industrial resource circulation intensity information values according to the order from big to small, and sets the industrial resources positioned in the first half as high circulation industrial resources; setting the rest industrial resources as low-flow industrial resources;

the resource circulation processing module also scales the resource demand information NE of each industrial resource allocation object based on the resource processing capability feedback value FB of each industrial resource allocation object to obtain resource demand update information NE1; the resource demand update information NE1 and the high-circulation industrial resource and low-circulation industrial resource information are sent to an industrial resource allocation module;

and an industrial resource allocation module that performs industrial resource allocation for each of the industrial resource allocation objects based on the resource demand update information NE1 for each of the industrial resource allocation objects and the high-flow industrial resource and low-flow industrial resource information.

2. The system for managing industrial resource allocation based on asset information data according to claim 1, wherein the updating of the industrial resource normalization information table based on the high-value industrial resource, to obtain an updated industrial resource normalization information table, specifically comprises:

The industry resource selection module only reserves high-value industry resources in the industry resource normalization information table to obtain an updated industry resource normalization information table.

3. The system for industrial resource allocation management based on asset information data according to claim 1, wherein the industrial resource identification information, the industrial resource type information, the industrial resource quantity information of each type, the industrial resource value weight information of each type, and the industrial resource logistics information of each type at least correspond to:

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 type information at least comprises types of the industrial resources and is used for distinguishing resource types of the industrial resources;

industry resource quantity information at least comprising the quantity of the industry resources;

the industrial resource value weight information at least comprises a system preset value weight of the industrial resource;

industry resource logistics information at least comprises unit logistics cost information of the industry resource;

the method comprises the steps of,

the industrial resource circulation intensity information is related to the circulation period and unit logistics cost information of the industrial resource, and specifically comprises the following steps: the industrial resource circulation intensity information characterizes that circulation period of the industrial resource is inversely proportional to the product of unit logistics cost information.

4. The system for industrial resource allocation management based on asset information data as claimed in claim 3, wherein the system preset value weight is specifically divided into 1-3 and preset by the industrial resource allocation management system manager based on asset information data; wherein 1 represents that the resource value is low; 2, representing moderate resource value; 3 represents a high value resource.

5. An industrial resource allocation management method based on asset information data, the method being applied to the industrial resource allocation management system according to claim 1, the method comprising the steps of:

step one: the industrial resource sorting and classifying is executed based on the industrial resource distributor, and the current situation of the industrial resource after classifying is input into an industrial resource normalization information table;

the industrial resource normalization information table comprises industrial resource identification information, industrial resource type information, industrial resource quantity information, industrial resource value weight information and industrial resource logistics information of each resource;

the industrial resource distributor also sends the industrial resource normalization information table to an industrial chain resource closed-loop structural configuration center;

the industrial resource value weight information is preset according to the high-low grade by an industrial resource distribution management system, and the value degree of industrial resources is represented from high to low;

The industrial resource logistics information is preset in a grading way for an industrial resource distribution management system, and at least comprises the following steps: average circulation cycle and average logistics cost of the industrial resource;

step two: starting the industrial chain resource closed-loop structured homing by utilizing the industrial chain resource closed-loop structured homing center:

step three: an industrial resource selection module is used for selecting industrial resources with high utilization value according to the first value of the industrial resources, and updating the industrial resource normalization information table based on the industrial resources with high value to obtain an updated industrial resource normalization information table; the first value quantity of the industrial resource is the industrial resource value weight information; the industry resource selection module also sends the updated industry resource normalization information table to a resource circulation processing module;

step four: the resource circulation processing module is used for receiving the updated industrial resource normalization information table, extracting industrial resource identification information and industrial resource logistics information of each resource in the table based on the updated industrial resource normalization information table, and executing big data information processing to obtain industrial resource circulation intensity information of each resource;

the industrial resource circulation intensity information is related to the circulation period and unit logistics cost information of the industrial resource;

Step five: acquiring asset information of each industrial resource allocation object from a plurality of industrial resource allocation objects by using an asset information normalization module; each of the plurality of industrial resource allocation objects has an allocation object ID;

the asset information includes asset structure information and asset scale information; the asset information normalization module is further used for carrying out asset evaluation on all industrial resource allocation objects based on the asset information and providing a resource processing capability feedback value FB of each industrial resource allocation object, wherein the resource processing capability feedback value FB of each industrial resource allocation object characterizes the resource receiving and processing capability of each industrial resource allocation object; the resource processing capability feedback value FB corresponds to the distribution object IDs of the industrial resource distribution objects one by one;

the resource demand information NE comprises demand industry resource identification information of each industry resource allocation object and demand industry resource scale information corresponding to each demand resource identification, wherein the scale information is a quantitative value of a specific unit;

step six: classifying industrial resources based on industrial resource circulation intensity information of each resource by using a resource circulation processing module, sequencing the numerical values of the industrial resource circulation intensity information from large to small, and setting the industrial resources positioned in the first half as high circulation industrial resources; setting the rest industrial resources as low-flow industrial resources;

The resource circulation processing module also scales the resource demand information NE of each industrial resource allocation object based on the resource processing capability feedback value FB of each industrial resource allocation object to obtain resource demand update information NE1; the resource demand update information NE1 and the high-circulation industrial resource and low-circulation industrial resource information are sent to an industrial resource allocation module;

step seven: and using an industrial resource allocation module to perform industrial resource allocation for each industrial resource allocation object based on the resource demand update information NE1 of each industrial resource allocation object and the high-flow industrial resource and low-flow industrial resource information.

6. The method for managing industrial resource allocation based on asset information data according to claim 5, wherein the updating of the industrial resource normalization information table based on the high-value industrial resource, to obtain an updated industrial resource normalization information table, specifically comprises:

the industry resource selection module only reserves high-value industry resources in the industry resource normalization information table to obtain an updated industry resource normalization information table.

7. The method of claim 5, wherein the industrial resource identification information, the industrial resource type information, the industrial resource quantity information of each type, the industrial resource value weight information of each type, and the industrial resource logistics information of each type at least correspond to:

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 type information at least comprises types of the industrial resources and is used for distinguishing resource types of the industrial resources;

industry resource quantity information at least comprising the quantity of the industry resources;

the industrial resource value weight information at least comprises a system preset value weight of the industrial resource;

industry resource logistics information at least comprises unit logistics cost information of the industry resource;

the method comprises the steps of,

the industrial resource circulation intensity information is related to the circulation period and unit logistics cost information of the industrial resource, and specifically comprises the following steps: the industrial resource circulation intensity information characterizes that circulation period of the industrial resource is inversely proportional to the product of unit logistics cost information.

8. The method for managing industrial resource allocation based on asset information data according to claim 7, wherein the system preset value weight is specifically divided into 1-3 and preset by the industrial resource allocation management system manager based on asset information data; wherein 1 represents that the resource value is low; 2, representing moderate resource value; 3 represents a high value resource.

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.