CN109636517B - Matching method and device for bartering resources - Google Patents

Matching method and device for bartering resources Download PDF

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CN109636517B
CN109636517B CN201811452445.8A CN201811452445A CN109636517B CN 109636517 B CN109636517 B CN 109636517B CN 201811452445 A CN201811452445 A CN 201811452445A CN 109636517 B CN109636517 B CN 109636517B
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resource
technical parameter
parameter information
information
chain
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CN109636517A (en
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代增瑜
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Dai Zengyu
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Dai Zengyu
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0601—Electronic shopping [e-shopping]
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0601—Electronic shopping [e-shopping]
    • G06Q30/0605—Supply or demand aggregation

Abstract

The invention discloses a matching method and a device of bartering resources, wherein the method comprises the following steps: acquiring a plurality of resource requests, wherein each resource request comprises the value and technical parameter information of a requested resource; constructing a unidirectional closed-loop demand chain according to the value of the resource requested by each resource request; according to the technical parameter information of the resources requested by each node in the unidirectional closed-loop demand chain, matching and screening the technical parameter information of the resources supplied by at least one resource supplier corresponding to each node to form a quasi-unidirectional closed-loop transaction chain; and based on the barter information of each resource supplier, at least one resource supplier corresponding to each node in the unidirectional closed-loop transaction chain is aligned for matching and screening to form the unidirectional closed-loop transaction chain, wherein each node in the unidirectional closed-loop transaction chain corresponds to one resource request and one resource supplier. The invention can realize the purpose of barter trading by maximizing the value of inventory resources by constructing a unidirectional closed-loop trading chain.

Description

Matching method and device for bartering resources
Technical Field
The invention relates to the field of internet, in particular to a matching method and device of bartering resources.
Background
This section is intended to provide a background or context to the embodiments of the invention that are recited in the claims. The description herein is not admitted to be prior art by inclusion in this section.
It is well known that in enterprises around the world, the problem of inventory goods has seriously threatened the survival and development of the enterprises. No effective solution has been made globally to this problem. Currently, there are three general types of existing methods for solving inventory problems:
firstly, enterprises issue related information of supply resources (inventory goods) on a barter platform, request resources of the enterprises are provided, and when the supply resources and the request resources of two enterprises just meet the requirements of two parties, the two parties negotiate and sign a contract to achieve the purpose of stock removal of the two parties in a barter trading mode. Taking an electrical appliance manufacturing enterprise as an example, the electrical appliance manufacturing enterprise may publish information (including information such as name, quantity, specification, production place, unit price, etc.) about an electrical appliance on a barter platform, and also provide a requested resource (e.g., an electrical wire) to be replaced by using the electrical appliance as a supply resource. If another enterprise with a wire inventory just needs the electric appliance and agrees to use the wire as the equivalent exchange, the electric appliance production enterprise and the wire inventory enterprise can carry out barter transaction to achieve the aim of inventory removal of both parties. However, if a certain service company needs the electric appliance, the electric appliance manufacturer cannot provide the electric wire, and thus the barter transaction with the electric appliance manufacturer cannot be realized.
In this bartering method, bartering can be realized only when the supply resources (stock goods) issued by both parties can satisfy the request resources of both parties at the same time. Fig. 1 is a schematic view illustrating a process of bartering transaction through a bartering transaction platform in the prior art, as shown in fig. 1, an enterprise searches for a matched enterprise on the bartering platform, selects a commodity for bartering, and if online negotiation between two parties is successful, signs a contract and pays a security deposit to perform bartering transaction; if the negotiation fails or fails to successfully sign the contract, the transaction is terminated. As can be seen from fig. 1, the first bartering method uses the requirement of both parties as a necessary condition, so that the enterprise resource integration configuration and circulation rate are low, and the large commodity value capacity cannot be released.
Secondly, the enterprise applies a certain amount of "easy money" to the easy platform in a manner of mortgage of the property rights of the inventory goods, and purchases goods (e.g., raw materials) on the easy platform by using the "easy money". After the bartering inventory goods of the enterprise are bartered or sold for the second time by the bartering platform, the aim of stock removal of each enterprise on the platform is realized in a mode of returning cash of the enterprise (for example, deducting the equivalent money and service charge). If the stock goods of the enterprise mortgage do not realize the barter or the secondary sale within the specified time limit, the platform can realize the inestimable processing of the stock goods of the enterprise mortgage by adopting a price-reducing sale, pawn or auction mode.
This bartering approach yields three results: the method comprises the following steps that firstly, because the authenticity, quality, value, quantity and the like of inventory commodities are not determined or supervised, the transaction surface of the inventory commodities is narrow, and no receiving party exists, so that inventory removal cannot be realized; due to the mortgage time limit of the inventory goods, the inventory goods can be rapidly attenuated within a determined time (specified time limit), and generally, the value of the inventory goods is lower as the time limit is approached (for example, some demanders can perform processing such as price reduction, quotation, auction and the like on the inventory goods by a platform after the mortgage time limit of the inventory goods is very clear, so that when the mortgage time limit of the inventory goods is approached, the demanders can possibly have the situation of intentionally and greatly suppressing the price), and the due value of the inventory goods can be reduced by the phenomenon, so that the economic loss of reasonable valuation of enterprises is caused; and thirdly, the platform replaces the stock goods of some enterprises with the 'easy goods' and then sells the replaced stock goods to other enterprises to replace the 'easy goods' so that if the stock goods are not timely easy goods, price reduction, book quotation or auction needs to be carried out on the stock goods, and the whole easy goods flow is shown in figure 2, so that the operation cost of the platform is increased. As can be seen from fig. 2, when the problem of stock goods is solved by secondary sale or other means (such as price reduction, pawn, auction), not only the social cost is increased, but also the stock goods still continue to exist in the manner of transferring their property rights, so as to form a new creditor relationship, and the actual value of the stock goods is reduced by processing the stock goods in the manners of price reduction, pawn, auction, etc.
Thirdly, the barter trading company calls related inventory commodity enterprises regularly or irregularly, and carries out the modes of on-meeting recommendation demonstration, booth propaganda and enterprise representative patrol communication in a specific time in a mode of recommending meetings to search commodities with composite replacement demands.
On one hand, the off-line bartering mode is restricted by space, time and the like, so that bartering transaction difficulty is increased; on the other hand, the bartering method still carries out transaction by taking the requirements of both parties of the enterprise as necessary conditions, and the bartering transaction is difficult to achieve.
In summary, although the existing bartering trading method solves some stock commodity pressure problems of enterprises to a certain extent, the existing bartering trading method takes meeting the requirements of both trading parties as a necessary condition, so that bartering trading is difficult to achieve, and the value of stock commodities is difficult to fully realize.
Disclosure of Invention
The embodiment of the invention provides a matching method of barter resources, which is applied to a barter trading platform or a third-party platform butted with the barter trading platform and is used for solving the technical problems that in the existing barter trading, the barter trading is difficult to achieve and the value of stock resources is difficult to fully realize by taking the requirement of both trading parties as a necessary condition, and the method comprises the following steps: acquiring a plurality of resource requests, wherein each resource request is a barter resource request for exchanging resources on a barter trading platform, and each resource request comprises the value and technical parameter information of the requested resource; constructing a unidirectional closed-loop demand chain according to the obtained multiple resource requests and the value information of the resource requested by each resource request, wherein the unidirectional closed-loop demand chain is a closed-loop chain formed by multiple nodes, each node in the unidirectional closed-loop demand chain corresponds to one resource request and at least one resource supplier, and the value ranges of the resources requested by the resource requests corresponding to the nodes in the unidirectional closed-loop demand chain are consistent; taking the unidirectional closed-loop demand chain as a base chain, and performing matching screening on technical parameter information of resources supplied by at least one resource supplier corresponding to each node according to the technical parameter information of the resources requested by each node in the unidirectional closed-loop demand chain to form a quasi-unidirectional closed-loop transaction chain, wherein the technical parameter information of the resources supplied by at least one resource supplier corresponding to each node in the quasi-unidirectional closed-loop transaction chain is consistent with the technical parameter information of the resources requested by each node; taking the quasi-unidirectional closed-loop transaction chain as a shaping chain, aligning at least one resource supplier corresponding to each node in the unidirectional closed-loop transaction chain according to a preset condition principle to perform matching screening based on barter information of each resource supplier, and forming the unidirectional closed-loop transaction chain, wherein each node in the unidirectional closed-loop transaction chain corresponds to one resource request and one resource supplier;
the method further comprises the following steps:
acquiring technical parameter information of resources supplied by a resource supplier;
obtaining a value attenuation function, wherein the value attenuation function is a function related to time and used for representing the value attenuation degree of resources supplied by a resource supplier, and the value attenuation function is an artificial intelligence model obtained through machine learning training;
determining the value information of the resources supplied by the resource supplier according to the technical parameter information of the resources supplied by the resource supplier and the value attenuation function;
wherein after obtaining technical parameter information of the resource supplied by the resource supplier, the method further comprises:
generating market information of resources supplied by a resource supplier according to technical parameter information of the resources supplied by the resource supplier and technical parameter information of resources requested by each resource request, wherein the market information comprises whether the resources supplied by the resource supplier are broken in an upstream and downstream relation data structure chain of a corresponding industrial chain;
outputting market information of the resource supplied by the resource supplier;
the method further comprises the following steps:
acquiring first technical parameter information and second technical parameter information of resources supplied by a resource supplier, wherein the first technical parameter information is technical parameter information provided by the resource supplier, and the second technical parameter information is technical parameter information obtained by detecting the resources supplied by the resource supplier by a third-party platform;
determining quality information of the resource supplied by the resource supplier according to the first technical parameter information and the second technical parameter information;
wherein determining quality information of resources provided by a resource provider according to the first technical parameter information and the second technical parameter information comprises: if the first technical parameter information and the second technical parameter information are both in a normal technical parameter range, and the coincidence degree between the first technical parameter information and the second technical parameter information meets a preset condition, determining that the quality of the resource supplied by a resource supplier is qualified, wherein the coincidence degree is used for representing the consistency degree of the first technical parameter information and the second technical parameter information; if the first technical parameter information exceeds a normal technical parameter range, or the first technical parameter information is in the normal technical parameter range, but the second technical parameter information exceeds the normal technical parameter range, determining that the quality of the resources supplied by the resource supplier is unqualified; if the first technical parameter information and the second technical parameter information are both in a normal technical parameter range, but the coincidence degree between the first technical parameter information and the second technical parameter information does not meet a preset condition, determining that the quality of the resource supplied by a resource supplier is unstable;
the coincidence degree between the first technical parameter information and the second technical parameter information meets a preset condition, and the coincidence degree includes any one of the following conditions: the index difference value of one or more indexes in the first technical parameter information and the corresponding index in the second technical parameter information is within an error allowable range; the number of index items of which the index difference value exceeds the error allowable range in the first technical parameter information and the second technical parameter information is lower than a certain threshold value; the number of index items of the index difference value in the first technical parameter information and the second technical parameter information within the error allowable range is higher than a certain threshold value; and fitting according to the first technical parameter information to obtain a first curve, fitting according to the second technical parameter information to obtain a second curve, wherein the correlation coefficient of the first curve and the second curve is greater than a certain threshold value.
The embodiment of the invention also provides a matching device of the barter resources, which is applied to a barter trading platform or a third party platform butted with the barter trading platform and is used for solving the technical problems that in the existing barter trading, the barter trading is difficult to achieve and the value of the stock resources is difficult to fully realize by taking the requirement of both trading parties as a necessary condition, and the device comprises: the system comprises a resource acquisition module, a resource processing module and a resource processing module, wherein the resource acquisition module is used for acquiring a plurality of resource requests, each resource request is a barter resource request for exchanging resources on a barter trading platform, and each resource request comprises the value and technical parameter information of a requested resource; the unidirectional closed-loop demand chain construction module is used for constructing a unidirectional closed-loop demand chain according to the acquired multiple resource requests and the value information of the resource requested by each resource request, wherein the unidirectional closed-loop demand chain is a closed-loop chain formed by multiple nodes, each node in the unidirectional closed-loop demand chain corresponds to one resource request and at least one resource supplier, and the value ranges of the resources requested by the resource requests of all the nodes in the unidirectional closed-loop demand chain are consistent; the quasi-unidirectional closed-loop transaction chain construction module is used for matching and screening the technical parameter information of the resources supplied by at least one resource supplier corresponding to each node according to the technical parameter information of the resources requested by each node in the unidirectional closed-loop demand chain by taking the unidirectional closed-loop demand chain as a base chain to form the quasi-unidirectional closed-loop transaction chain, wherein the technical parameter information of the resources supplied by at least one resource supplier corresponding to each node in the quasi-unidirectional closed-loop transaction chain is consistent with the technical parameter information of the resources requested by each node; the unidirectional closed-loop transaction chain construction module is used for aligning at least one resource supplier corresponding to each node in the unidirectional closed-loop transaction chain according to a preset condition principle to perform matching screening by taking the quasi unidirectional closed-loop transaction chain as a shaping chain and based on barter information of each resource supplier to form the unidirectional closed-loop transaction chain, wherein each node in the unidirectional closed-loop transaction chain corresponds to one resource request and one resource supplier;
the device further comprises:
the first resource technical parameter acquisition module is used for acquiring technical parameter information of resources supplied by a resource supplier;
the resource value determining module is used for acquiring a value attenuation function and determining the value information of the resources supplied by the resource supplier according to the technical parameter information of the resources supplied by the resource supplier and the value attenuation function, wherein the value attenuation function is a function related to time and used for representing the value attenuation degree of the resources supplied by the resource supplier, and the value attenuation function is an artificial intelligence model obtained through machine learning training;
the resource market information analysis module is used for generating market information of resources supplied by a resource supplier according to technical parameter information of the resources supplied by the resource supplier and technical parameter information of resources requested by each resource request, wherein the market information comprises whether the resources supplied by the resource supplier are broken in an upstream relation data structure chain and a downstream relation data structure chain corresponding to an industrial chain;
the resource market information output module is used for outputting market information of the resources supplied by the resource supplier;
the second resource technical parameter acquisition module is used for acquiring first technical parameter information and second technical parameter information of resources supplied by a resource supplier, wherein the first technical parameter information is technical parameter information provided by the resource supplier, and the second technical parameter information is technical parameter information obtained by detecting the resources supplied by the resource supplier by a third-party platform;
a resource quality information determining module, configured to determine quality information of the resource supplied by the resource supplier according to the first technical parameter information and the second technical parameter information;
the resource quality information determining module is further configured to determine that the quality of the resource supplied by the resource supplier is qualified if the first technical parameter information and the second technical parameter information are both within a normal technical parameter range and a degree of coincidence between the first technical parameter information and the second technical parameter information meets a preset condition, where the degree of coincidence is used to represent a degree of coincidence between the first technical parameter information and the second technical parameter information; if the first technical parameter information exceeds a normal technical parameter range, or the first technical parameter information is in the normal technical parameter range, but the second technical parameter information exceeds the normal technical parameter range, determining that the quality of the resources supplied by the resource supplier is unqualified; if the first technical parameter information and the second technical parameter information are both in a normal technical parameter range, but the coincidence degree between the first technical parameter information and the second technical parameter information does not meet a preset condition, determining that the quality of the resource supplied by a resource supplier is unstable;
the coincidence degree between the first technical parameter information and the second technical parameter information meets a preset condition, and the coincidence degree includes any one of the following conditions: the index difference value of one or more indexes in the first technical parameter information and the corresponding index in the second technical parameter information is within an error allowable range; the number of index items of which the index difference value exceeds the error allowable range in the first technical parameter information and the second technical parameter information is lower than a certain threshold value; the number of index items of the index difference value in the first technical parameter information and the second technical parameter information within the error allowable range is higher than a certain threshold value; and fitting according to the first technical parameter information to obtain a first curve, fitting according to the second technical parameter information to obtain a second curve, wherein the correlation coefficient of the first curve and the second curve is greater than a certain threshold value.
The embodiment of the invention also provides computer equipment for solving the technical problems that in the existing bartering transaction, the bartering transaction is difficult to achieve and the value of inventory resources is difficult to fully realize due to the fact that the requirements of both transaction parties are met as necessary conditions, the computer equipment comprises a memory, a processor and a computer program which is stored on the memory and can be run on the processor, and the matching method of bartering resources is realized when the processor executes the computer program.
The embodiment of the invention also provides a computer readable storage medium for solving the technical problems that in the existing bartering transaction, the bartering transaction is difficult to achieve and the value of stock resources is difficult to fully realize due to the fact that the requirements of both transaction parties are met as necessary conditions, and the computer readable storage medium stores a computer program for executing the bartering resource matching method.
In the embodiment of the invention, after the resource requests of each enterprise are obtained, a unidirectional closed-loop demand chain is constructed according to the value of the requested resource contained in each resource request, the unidirectional closed-loop demand chain is taken as a basic chain, matching the technical parameter information of the resource requested by each node in the unidirectional closed-loop demand chain with the technical parameter information of each resource supplier corresponding to the node, screening out the resource suppliers consistent with the technical parameter information of the resource of the node from the plurality of resource suppliers corresponding to each node to form a quasi-unidirectional closed-loop transaction chain, further, the quasi-one-way closed-loop transaction chain is used as a shaping chain, and further according to the barter information of each resource supplier, and aligning at least one resource supplier corresponding to each node in the unidirectional closed-loop transaction chain to carry out matching screening, and forming the unidirectional closed-loop transaction chain of each node corresponding to one resource request and one resource supplier.
The unidirectional closed-loop transaction chain provided by the embodiment of the invention can provide rapid barter resource matching for barter transaction of enterprises, thereby improving the achievement rate of barter transaction and maximizing the value of barter resources.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts. In the drawings:
FIG. 1 is a schematic flow chart of a barter transaction performed by a barter transaction platform according to the prior art;
FIG. 2 is a schematic flow chart of a bartering transaction in a bartering currency manner provided in the prior art;
FIG. 3 is a flowchart of a bartering resource matching method provided in the embodiment of the present invention;
FIG. 4 is a schematic diagram of a unidirectional closed-loop demand chain provided in an embodiment of the present invention;
FIG. 5 is a schematic diagram of a quasi-unidirectional closed-loop transaction chain provided in an embodiment of the present invention;
FIG. 6 is a schematic diagram of a one-way closed-loop transaction chain provided in an embodiment of the present invention;
FIG. 7 is a schematic diagram illustrating identification of a good-quality commercial anastomosis line in accordance with an embodiment of the present invention;
fig. 8 is a schematic diagram of identification of a commercial product anastomotic line with unqualified quality according to an embodiment of the present invention;
fig. 9 is a schematic diagram illustrating identification of a quality-unstable commodity anastomotic line according to an embodiment of the present invention;
fig. 10 is a schematic diagram of a matching apparatus for bartering resources provided in an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the embodiments of the present invention are further described in detail below with reference to the accompanying drawings. The exemplary embodiments and descriptions of the present invention are provided to explain the present invention, but not to limit the present invention.
The embodiment of the present invention provides a matching method of bartering resources, fig. 3 is a flowchart of the matching method of bartering resources provided in the embodiment of the present invention, as shown in fig. 3, the method includes the following steps:
s301, a plurality of resource requests are obtained, wherein each resource request is used for requesting a resource, and each resource request comprises the value and technical parameter information of the requested resource.
It should be noted that the resource mentioned in the embodiment of the present invention may be any resource that has value and can be exchanged, including but not limited to inventory goods of enterprises. The commodity is defined as a valuable product in the embodiment of the invention, and not only can be a tangible commodity (for example, various electronic products such as mobile phones and computers and raw materials for producing the electronic products, living commodities such as clothes and shoes and raw materials for producing the living commodities) but also can be an intangible commodity (for example, service commodities such as hotels, tourists, cleaning and moving). In the embodiment of the invention, all the commodities which need to be circulated and exist in an inventory mode are collectively called inventory commodities.
In addition, it should be noted that the resource request mentioned in the embodiment of the present invention may be any request related to resource information, that is, the resource information included in the resource request includes, but is not limited to, the value and technical parameter information of the requested resource, and for example, may also include other information such as a resource name.
In the following, the embodiments of the present invention will be described by taking inventory items as examples. As an alternative implementation, the resource request in S301 may be a request for an inventory item.
Due to the existing bartering transaction mode, it is necessary to satisfy the demands of the enterprises of both transaction parties, that is, bartering transaction can be achieved only when the supply resource of enterprise a (e.g., inventory of enterprise a) is the request resource of enterprise B (e.g., raw material for production of enterprise B), and the supply resource of enterprise B (e.g., inventory of enterprise B) is the request resource of enterprise a (e.g., raw material for production of enterprise a). In an actual scenario, the supply resource and the request resource of each enterprise have a certain randomness, and it is difficult to exactly match the request resource and the supply resource of another enterprise. In addition, the supply resource or the request resource of each enterprise is not necessarily only one, for example, the supply resource (inventory goods) of a certain electrical appliance manufacturing enterprise may be various such as a mobile phone, a tablet computer, a notebook computer, a desktop computer, etc.; the requested resource may be the processing material of these inventory items, or may be processing equipment or other production-aid material.
Therefore, in order to improve the achievement rate of bartering trading, the embodiment of the invention performs bartering resource matching by taking the inventory commodity request as a unit, namely after acquiring the demand information of one enterprise, the demand information of the enterprise is divided into a plurality of data information of enterprise name + resource request for storage, so that the bartering resources of each enterprise are matched by taking the resource request as a unit at a later stage.
S302, constructing a unidirectional closed-loop demand chain according to the value of the resource requested by each resource request, wherein each node in the unidirectional closed-loop demand chain corresponds to one resource request and at least one resource supplier.
Specifically, the unidirectional closed-loop demand chain may be a closed-loop chain formed by a plurality of nodes, each node corresponding to a resource request and one or more resource suppliers supplying the resource requested by the resource request. For example, fig. 4 is a schematic diagram of a unidirectional closed-loop demand chain provided in an embodiment of the present invention, and as shown in fig. 4, the unidirectional closed-loop demand chain is composed of four nodes, and each node corresponds to a resource request.
It should be noted that, since the value of the inventory goods of each enterprise can be fully realized only when the bartering transaction is performed with the equivalent bartering, the embodiment of the present invention constructs a unidirectional closed-loop demand chain based on the value of the resource requested by each resource request.
In addition, it should be further noted that, according to the value of the resource requested by each resource request, the embodiment of the present invention may simultaneously construct N (N ≧ 1) unidirectional closed-loop demand chains. In each unidirectional closed-loop demand chain, the value range of the resource requested by the node is within the value range of the resource supplied by the node. In an alternative embodiment, in the unidirectional closed-loop demand chain constructed according to the value of the resource requested by each resource request, the value range of the resource requested by each node is consistent, for example, the value range of the resource requested by each node in the unidirectional closed-loop demand chain shown in fig. 4 is 10-15 ten thousand yuan.
And S303, matching and screening the technical parameter information of the resources supplied by at least one resource supplier corresponding to each node according to the technical parameter information of the resources requested by each node in the unidirectional closed-loop demand chain to form a quasi-unidirectional closed-loop transaction chain, wherein the technical parameter information of the resources supplied by at least one resource supplier corresponding to each node in the quasi-unidirectional closed-loop transaction chain is consistent with the technical parameter information of the resources requested by each node.
It should be noted that, under the condition that the number of enterprises participating in the barter transaction is large, more than one resource supplier can be provided for satisfying the resource requested by each node in the unidirectional closed-loop demand chain, and there are many resource suppliers, in order to form the unidirectional closed-loop transaction chain, in the embodiment of the present invention, after the unidirectional closed-loop demand chain is constructed through the above-mentioned S302, the unidirectional closed-loop demand chain is taken as a base chain, and through the above-mentioned S303, based on the technical parameter information of the resource requested by the resource request and the technical parameter information of the supply resource, the technical parameter information of the resource supplied by at least one resource supplier corresponding to each node in the unidirectional closed-loop demand chain is subjected to matching screening, so that the technical parameter information of the resource supplied by at least one resource supplier corresponding to each node in the quasi unidirectional closed-loop transaction chain is consistent with the technical parameter information of the resource corresponding to each node.
For example, fig. 5 is a schematic diagram of a quasi one-way closed-loop transaction chain provided in an embodiment of the present invention, and as shown in fig. 5, after resource-based technical parameter information is matched, each node in the quasi one-way closed-loop transaction chain is corresponding to a resource of the technical parameter information and one or more resource suppliers of the resource providing the technical parameter information.
S304, based on the barter information of each resource supplier, at least one resource supplier corresponding to each node in the unidirectional closed-loop transaction chain is aligned for matching and screening to form the unidirectional closed-loop transaction chain, wherein each node in the unidirectional closed-loop transaction chain corresponds to one resource request and one resource supplier.
When the number of enterprises participating in bartering trading is large, there may be more than one resource supplier providing resources with the same technical parameter information, therefore, after the quasi-one-way closed-loop trading chain is formed through the above S303, the embodiment of the present invention continues to perform matching screening on at least one resource supplier corresponding to each node in the one-way closed-loop trading chain according to bartering information of each resource supplier, so as to form the one-way closed-loop trading chain, so that each node in the formed one-way closed-loop trading chain corresponds to one resource request and one resource supplier. The principle of screening at least one resource provider corresponding to each node in the aligned unidirectional closed-loop transaction chain may be specifically set according to a specific application scenario, including but not limited to a closest principle or an optimal principle. And comprehensively considering the multi-dimensional barter information of the resource supplier corresponding to each node in the unidirectional closed-loop transaction chain, and screening the resource suppliers according with the resource requested by the node according to the closest principle or the optimal principle.
The bartering information includes, but is not limited to, a business name, a business scale, a business qualification, a business establishment time, a credit level of the business on a platform, a cargo type, a cargo quantity, a cargo transportation mode, a bartering mode, and the like. For example, in the case that there are a plurality of resource suppliers that satisfy technical parameter information of a resource requested by a certain resource request, it may be considered to screen out the resource supplier with the closest transportation distance to form a one-way closed-loop transaction chain (the closest principle); and the resource supplier with the highest credit level of the enterprise on the platform can be screened out to form a one-way closed-loop transaction chain (optimal principle).
Taking the quasi-unidirectional closed-loop transaction chain shown in fig. 5 as a shaping chain, and fig. 6 is a schematic view of the unidirectional closed-loop transaction chain provided in the embodiment of the present invention, as shown in fig. 6, matching is performed according to the closest principle or the optimal principle according to barter information (e.g., enterprise name, barter mode) of each resource supplier, and finally, a unidirectional closed-loop transaction chain is formed in which each node corresponds to one resource request and one resource supplier. As can be seen from FIG. 6, the hotel realizes profit through the consumption of the white spirit by the client, and achieves the purpose of 'going to capacity'; the tourism company realizes the profit of selling cash again and keeping cash in the form of a voucher, draws consumption, does not need to carry out early-stage pre-payment on the eating and living expenses of the hotel, and achieves the aim of 'getting out of the lever'; the agricultural (group) company can directly save 10 ten thousand yuan of cash expenditure and pull consumption, thereby achieving the purpose of 'stock removal'; the winery realizes the 'stock removal' and cash-free purchase at the same time, thereby achieving the purposes of 'stock removal and lever removal'.
As can be seen from the above, in the embodiment of the present invention, after the resource requests of each enterprise are obtained, a unidirectional closed-loop demand chain is constructed according to the value of the requested resource included in each resource request, the unidirectional closed-loop demand chain is used as a base chain, the technical parameter information of the resource corresponding to each node in the unidirectional closed-loop demand chain is matched with the technical parameter information of each resource provider corresponding to the node, the resource providers consistent with the technical parameter information of the resource of the node are selected from the multiple resource providers corresponding to each node to form a quasi-unidirectional closed-loop transaction chain, and then the quasi-unidirectional closed-loop transaction chain is used as a shaping chain, further according to the barter information of each resource provider, at least one resource provider corresponding to each node in the unidirectional closed-loop transaction chain is subjected to matching screening according to the closest or optimal principle, a unidirectional closed-loop transaction chain is formed with each node corresponding to one resource request and one resource provider.
The unidirectional closed-loop transaction chain provided by the embodiment of the invention can provide rapid barter resource matching for barter transaction of enterprises, thereby improving the achievement rate of barter transaction and maximizing the value of barter resources. The quasi-unidirectional closed-loop trade chain is constructed by taking the unidirectional closed-loop demand chain as a basic chain, and then the quasi-unidirectional closed-loop trade chain is taken as a shaping chain to form the unidirectional closed-loop trade chain with each node corresponding to only one resource request and one resource supplier, so that a circulation channel with symmetrical information can be provided for the value demand of inventory commodities, the configuration and circulation rate of enterprise resources are fundamentally improved, the huge capacity of the inventory commodities is released, and the purposes of 'stock removal, capacity removal and lever removal' of 'easy-to-sell trade' are accurately and efficiently achieved.
It should be noted that the solutions disclosed in S301 to S304 in the embodiments of the present invention may be directly applied to a barter transaction platform, or may be used as a third party platform providing a unidirectional closed-loop transaction chain to be docked with the barter transaction platform, a unidirectional closed-loop demand chain is constructed according to resource requests of various enterprises collected on the barter transaction platform, a quasi unidirectional closed-loop transaction chain is constructed by using the unidirectional closed-loop demand chain as a base chain according to supply resources of the various enterprises based on a parameter matching manner, and a unidirectional closed-loop transaction chain is constructed by using the quasi unidirectional closed-loop transaction chain as a shaping chain according to barter information of the enterprises and according to a closest principle. Any business that needs to conduct a barter transaction may publish its own supply resources (e.g., inventory items) and request resources (e.g., raw materials) to the barter transaction platform.
In the solution of the existing 'barter trading' platform, only another 'quasi-demand' party selects stock commodities, the form of the stock commodities is in a 'passive state', and a 'demand market' including own appeal cannot be constructed. Inventory goods in the existing barter trading platform are in a passive trading mode, namely the passive trading attribute of the inventory goods. Due to the passive trading attribute of the inventory goods, the effectiveness of realizing information symmetry and the accuracy and high efficiency of appeal are greatly limited.
The embodiment of the invention adopts a method and a means of mathematical modeling, computer function support, AI (Artificial intelligence) technical application and seamless linking of a large database, and provides a sharing platform based on a Unidirectional Closed Loop Trading Chain (UCLTC) mode, namely a UCLTC sharing platform, which takes the value of inventory commodities as the only basis and takes enterprise appeal as a base Chain. The UCLTC sharing platform takes the value of an inventory commodity enterprise as the only basis, realizes the core idea of taking the appeal of the enterprise as the benchmark, takes enterprise integrity as the most fundamental guarantee condition, and accurately and efficiently solves the problem of inventory commodity for the enterprise in a one-stop mode. It can be seen that the unidirectional closed-loop transaction chain in the embodiment of the invention is a unidirectional green closed-loop transaction chain, wherein the value of the commodity is a necessary condition of bartering transaction, and the integrity of the bartering person is an important factor for ensuring that each party of the transaction avoids risks and that the commodity has authenticity.
The solution adopted by the UCLTC sharing platform can be expressed as follows:
B2Bi n2B
wherein, the 'B' refers to an enterprise which is resident in the sharing platform, and simultaneously represents an 'always' point (namely an initial point and a terminal point) in a closed loop of the UCLTC sharing platform; "i" refers to the category of the industry to which the enterprise belongs, which is a variable where the number of industries participating in the "barter transaction" enterprise is displayed; "n" refers to the number of businesses, which is a variable where the number of businesses participating in the "barter transaction" is shown; "Bi nThe 'comprehensive display' shows that the 'i' industries and the 'n' enterprises participate in the 'barter transaction' at the same time.
It can be seen that the embodiment of the present invention converts the transaction attribute of the inventory goods from the passive type to the active type.
Since the identification of the value of the inventory goods is an important condition for realizing the barter transaction. The existing solution for the inventory commodity does not provide a functional system for identifying the value of the inventory commodity, and the final value identification can be carried out between two transaction parties only by means of platform transmission or offline communication. As can be seen from fig. 1, the two parties of the transaction cannot completely rely on the subjective judgment of the decision maker for identifying the value, and the platform also does not provide a reference for the supervision measures of issuing the commodity information, the reliability of the commodity and identifying the commodity value.
Therefore, as an optional implementation manner, the method for matching bartering resources provided by the embodiment of the present invention may further include the following steps: acquiring technical parameter information of resources supplied by a resource supplier; and determining the value information of the resources supplied by the resource supplier according to the technical parameter information of the resources supplied by the resource supplier. Through the implementation mode, artificial subjective factors can be avoided, and reasonable and objective value identification is provided for the commodities on the bartering platform, so that accurate data support is provided for bartering transaction.
Since the value of a commodity is often not constant, some commodities (e.g., food, etc.) are shelf-stable, some commodities (e.g., clothing, etc.) are seasonal, and some commodities (e.g., electronic products, etc.) are updated more obviously. Therefore, in an alternative embodiment, when determining the value information of the resource supplied by the resource supplier according to the technical parameter information of the resource supplied by the resource supplier, the method specifically includes the following steps: obtaining a cost decay function, wherein the cost decay function is used for representing the degree of cost decay of the resource supplied by the resource supplier; and determining the value information of the resources supplied by the resource supplier according to the technical parameter information and the value attenuation function of the resources supplied by the resource supplier.
It should be noted here that the value decay function may be an algorithm model obtained by analyzing and modeling many factors of the commodity, and the value decay functions are different for different kinds of commodities in different industries. Since most goods exhibit some degradation in value over time, the value degradation function may be a time-dependent function. With the maturity of the artificial intelligence technology, the model of the value decay function may also be an artificial intelligence model obtained through machine learning training, the input data of the artificial intelligence model may be various factors affecting the value of the commodity, and the output data of the artificial model is the value of the commodity.
For example, the UCLTC sharing platform provided by the embodiment of the present invention can draw a real-time market value demand trend basic line graph (updated continuously by day) of different industry categories and different commodities based on real-time values of different commodities classified in different industries. Taking the original value number of the inventory time of the inventory goods provided by enterprises as a base number, taking the time attenuation number or the increment number of the goods as a variable, carrying out corresponding number addition and subtraction to obtain a determined number, then carrying out matching superposition matching on the obtained determined number and a basic line graph of the timely market value demand trend whether a coincidence point appears or not, the functional system can obtain a reasonable timely value evaluation number of the inventory commodity, the number is the reference price of the commodity in the current period, the platform immediately feeds back to the enterprise in a screenshot and character matching answering mode, so as to help the decision maker of the enterprise to make rational judgment, after the platform obtains the final confirmation of the price of the enterprise, and immediately binding the confirmed commodity price and the information of the enterprise including the quantity of the inventory commodities, and then transferring the bound commodity price to a big data center for standby. The functional system effectively unifies the method for identifying the value of the inventory goods in the barter transaction of the enterprise, maintains the reasonable economic guarantee requirement of the enterprise, simultaneously prevents the bidding behavior of the enterprise, and provides reliable guarantee for the green transaction.
The existing bartering trading platform is not provided with an auditing function system aiming at enterprise comprehensive identification, cannot carry out technical prejudgment on honesty degree of an entrenched enterprise, and buries a dispute for bartering trading between two trading parties. In other words, existing bartering trading platforms do not have a guarantee scheme for avoiding bartering trading risks.
In order to provide a safe and green barter transaction, in an optional embodiment, the barter resource matching method provided in the embodiment of the present invention further includes the following steps: acquiring identity information of a resource provider; and verifying the identity information of the resource provider.
Further, after the identity information of the resource provider is verified, the method may further include: and outputting first prompt information, wherein the first prompt information is used for prompting that the resource supplied by the resource supplier is not allowed to be added to the barter trading platform because the identity of the resource supplier is not verified.
The identification and determination function system for enterprise honesty and appeal, which is arranged in the UCLTC sharing platform provided by the embodiment of the invention, identifies, determines and collects the basic information of the 'permitted-to-stay' enterprise and the appeal information provided by the basic information, and defines legal materials (including but not limited to industry and commerce, tax, bank name of opening an account and the like) of the 'permitted-to-stay' enterprise and annual general reports, financial classification reports and bank reconciliation records in recent years (for example, two years) as enterprise honesty management item classes for identification and determination (if the enterprise operation time is too short, relevant materials of actual time are provided). When the platform identifies and identifies legal materials of an enterprise, official public information can be relied on to carry out parallel identification and identification.
For example, for the data of annual general reports of the enterprise in the last two years, firstly, the digital data of the data are converted into different corresponding digital line graphs for carrying out data extraction of the intersection amount and the intersection number, the extracted data form a new data curve graph by taking time as a horizontal coordinate, then the new data curve graph is overlapped and matched with the digital line graphs converted by the account checking records of the enterprise in the last two years, and the authenticity of the information provided by the enterprise which is allowed to reside is primarily determined according to the engaging and disengaging degree of the matching lines (if the bonding degree of the lines is larger, the authenticity of the information is stronger, otherwise, the information has false performance, and if the engaging and disengaging parts of the lines are more, the false performance of the enterprise is already changed into a non-authentic state). When the data shows that the enterprise has information false behavior, the platform can temporarily and automatically intercept other requests of the enterprise to be allowed to stay while sending out an early warning prompt for identifying and confirming the project, and if the early warning shows that the project is a legal data project of the enterprise to be allowed to stay, the platform can return to the opposite side in a text form for reasonable explanation; if the early warning prompt is of a financial project class, the platform automatically transmits corresponding data to the computer rechecking system to carry out reasonable tolerance calculation, if the reasonable tolerance calculation is passed through, the early warning prompt of the platform is immediately released, otherwise, the early warning prompt of the platform can send out the early warning prompt again by using a red mark to determine that the enterprise has bad behaviors for providing false information, and the platform closes a passageway for the enterprise to stay (optionally, the platform can also carry out permanent recording storage on detailed contents of the bad behaviors of the enterprise). If the "admitted-to-stay" enterprise passes the identity authentication of the platform ("integrity" authentication), the enterprise will qualify as the hosting platform.
In addition, the existing bartering trading platform is not provided with a function system for carrying out technical identification and authentication on inventory commodity information provided by enterprises, so that the possibility of 'fake and inferior' commodities permeating circulation is caused. And the hidden trouble of dispute between two transaction parties can be also brought down. Therefore, in an optional embodiment, the method for matching bartering resources provided in the embodiment of the present invention may further include: acquiring first technical parameter information and second technical parameter information of resources supplied by a resource supplier, wherein the first technical parameter information is technical parameter information provided by the resource supplier, and the second technical parameter information is technical parameter information obtained by detecting the resources supplied by the resource supplier by a third-party platform; and determining quality information of the resources supplied by the resource supplier according to the first technical parameter information and the second technical parameter information.
It should be noted that the first technical parameter information is original technical parameter information provided by the enterprise for its supply goods (i.e. inventory goods), and the second technical parameter information may be matched technical parameter information of the supply goods in the same period (or in the same batch) provided by the platform specified by the third-party merchant. It should be noted that, when determining the value of the resource, it is preferable to use the second technical parameter information obtained by detecting the resource supplied by the resource supplier by the third-party platform.
Wherein, according to the first technical parameter information and the second technical parameter information, determining quality information of the resource supplied by the resource supplier, including any one of the following: if the first technical parameter information and the second technical parameter information are both in the normal technical parameter range and the coincidence degree between the first technical parameter information and the second technical parameter information meets a preset condition, determining that the quality of the resource supplied by a resource supplier is qualified, wherein the coincidence degree is used for representing the consistency degree of the first technical parameter information and the second technical parameter information; if the first technical parameter information exceeds the normal technical parameter range, or the first technical parameter information is in the normal technical parameter range, but the second technical parameter information exceeds the normal technical parameter range, determining that the quality of the resource supplied by the resource supplier is unqualified; and if the first technical parameter information and the second technical parameter information are both in the normal technical parameter range, but the coincidence degree between the first technical parameter information and the second technical parameter information does not meet the preset condition, determining that the quality of the resource supplied by the resource supplier is unstable.
It should be noted that the matching degree between the first technical parameter information and the second technical parameter information meets the preset condition, which may include, but is not limited to, the following situations: (1) the index difference value of one or more indexes in the first technical parameter information and the corresponding index in the second technical parameter information is within an error allowable range; (2) the number of index items of which the index difference value exceeds the error allowable range in the first technical parameter information and the second technical parameter information is lower than a certain threshold value; (3) the number of index items of the index difference value in the first technical parameter information and the second technical parameter information within the error allowable range is higher than a certain threshold value; (4) and fitting according to the first technical parameter information to obtain a first curve, fitting according to the second technical parameter information to obtain a second curve, wherein the correlation coefficient of the first curve and the second curve is greater than a certain threshold value. It should be noted that the above four methods for determining the matching degree of the first technical parameter information and the second technical parameter information are only examples, and those skilled in the art may adopt other technical means to determine the matching degree of the first technical parameter information and the second technical parameter information, which are all within the protection scope of the present invention.
The inventory commodity information identification and acquisition function system arranged in the UCLTC sharing platform provided by the embodiment of the invention can be used for performing limb-type identification and acquisition on inventory commodity information data provided by a resident enterprise. And the UCLTC sharing platform automatically opens a channel for acquiring the next information of the resident enterprise. And (3) splitting basic information data of the resident enterprises and proposed appeal (namely the resource request) into a plurality of data information of enterprise names plus one appeal (each appeal is a storage unit and is respectively stored in different industry plate spaces) and transferring the data information to a big data center for standby.
The UCLTC sharing platform provided by the embodiment of the invention disassembles the commodity information data of the inventory commodities provided by the resident enterprise into three information parts, namely technical parameters and data, value, commodity type and commodity market timeliness (upstream and downstream industrial chain relations), and respectively identifies and collects the three information parts at the same time, and if the inventory commodity information passes identification, respectively transfers the data information of the three parts of the inventory commodities to the big data center for standby.
It should be noted that each functional system in the UCLTC sharing platform has anti-counterfeiting uniqueness, and an "admission parking" enterprise must be filled strictly according to a "format content" provided by the platform, otherwise, the admission parking passage is closed after the functional system in the platform is identified as invalid information.
After the UCLTC sharing platform acquires the first technical parameter information and the second technical parameter information of the resource supplied by the resource supplier, the platform automatically identifies the first technical parameter information and the second technical parameter information of the resource in a digital linear graph of an industry standard allowable interval of the resource in a matching way, if any line in the matching line exceeds the commodity industry standard allowable interval line, the platform sends out an early warning prompt to immediately identify the commodity as a 'fake and inferior' commodity class, the platform intercepts and cancels the information input of the enterprise and the qualification of the parking platform, and closes a parking channel of the enterprise. If the fit line separation is large but does not exceed the commodity industry standard allowable interval line, the platform sends out a non-conforming item prompt (no early warning prompt is sent out), the platform identifies the commodity as a commodity quality unstable class, meanwhile, the commodity is output to the enterprise in a screenshot and character matching mode, the enterprise is required to provide capital guarantee procedures with the same commodity value when participating in the barter transaction process, and after the commitment of the enterprise is obtained, the UCLTC sharing platform carries out legislated identification and collection on the stock commodity information data provided by the resident enterprise. Specifically, the functional system identifies and stores the promised words of the enterprise, automatically binds the original technical parameters and data of the inventory goods with the matched technical parameters and valid data, and then transfers the bound technical parameters and data to a big data center for standby.
Through the embodiment, market circulation of fake and inferior commodities can be effectively avoided, and disputes and risks in the barter trading of enterprises are avoided.
It should be particularly noted that, because the demands of the enterprise are diversified in the actual operation activities, the demands proposed by the enterprise are also diversified, each demand has corresponding technical parameters and data as a support, and if the inventory commodity information data is adopted to be recorded by the integrated acquisition method, when the inventory commodity information data is matched, the demand items lose the direction of actively searching for a demand party and the support targets of the corresponding technical parameters and data are unclear, so that a 'one-way closed-loop transaction chain' mode cannot be constructed.
For example, fig. 7 is a schematic diagram of identifying a good matching line of a good with qualified quality according to an embodiment of the present invention, as shown in fig. 7, when the original technical parameters and data f of the good are obtained1(i.e., first technical parameter information) and matching technical parameters and data f2(i.e., the second technical parameter information) are all within the range of the industry and commodity standard allowable interval line (i.e., the industry and commodity standard allowable interval minimum value line f shown in fig. 7)minMaximum value line f of industry commodity standard allowable intervalmaxIn between), the quality of the commodity is acceptable; fig. 8 is a schematic diagram of identifying a matching line of a commodity with unqualified quality according to an embodiment of the present invention, as shown in fig. 8, when the original technical parameters and data f of the commodity are obtained1(i.e. the first technical parameter information) is within the allowable range of the industrial commodity standard, but the technical parameters and the data f are matched2(i.e., the second technical parameter information) exceeds the line range of the industry commodity standard allowable interval (i.e., is lower than the minimum value line f of the industry commodity standard allowable interval shown in fig. 7)minOr higher than industryMaximum value line f of commodity standard allowable intervalmax) In the case of (2), it indicates that the quality of the commodity is not acceptable; fig. 9 is a schematic diagram of identification of a matching line of a commodity with unstable quality according to an embodiment of the present invention, as shown in fig. 9, when the original technical parameters and data f of the commodity are obtained1(i.e., first technical parameter information) and matching technical parameters and data f2The (i.e. the second technical parameter information) is within the range of the industry commodity standard allowable interval line, but the coincidence degree of the two does not meet the preset condition (for example, for a certain technical index of a certain commodity, the index value provided by the enterprise is within the range of the industry standard allowable interval, the index value obtained by the platform detecting the technical index is also within the range of the industry standard allowable interval, but the difference value of the two exceeds the allowable error), which indicates that the quality of the commodity is unstable.
It should be noted that, due to different commodities, the industry standards are different, and for some commodities, the indexes are higher than the industry standard value and belong to unqualified commodities, and for other commodities, the indexes are lower than the industry standard value and belong to unqualified commodities. Thus, fig. 8 is a schematic diagram only, and the matching technical parameters and data f of the product shown in fig. 82Maximum value line f higher than industry commodity standard allowable intervalmaxWhen the quality of the commodity is unqualified, the matching technical parameters and data f of the commodity are similar2Minimum value line f lower than industry commodity standard allowable intervalminThe description also shows that the quality of the product is not acceptable.
In addition, it should be noted that, for the goods with unstable quality shown in fig. 9, the resource supply enterprise may circulate the goods with unstable quality on the bartering platform through the guarantee procedure (i.e. providing equivalent funds or the best guarantee for other goods). Thus, as an optional implementation, after determining that the quality of the resource supplied by the resource supplier is unstable, the method may further include: and outputting third prompt information, wherein the third prompt information is used for prompting that the resources supplied by the resource supplier can be added into the barter trading platform only through a guarantee procedure due to unstable quality.
Optionally, after determining that the quality of the resource supplied by the resource supplier is not qualified, the method may further include: and outputting second prompt information, wherein the second prompt information is used for prompting that the resources supplied by the resource supplier are not allowed to be added into the barter trading platform due to unqualified quality. And the commodities with unqualified quality are fed back to the enterprise (namely a resource supplier), so that the technical parameters and data given by the enterprise reference platform can be used for improving the production.
As an optional implementation manner, after acquiring technical parameter information (which may be first technical parameter information or second technical parameter information, and is preferably second technical parameter information) of a resource supplied by a resource supplier, the method for matching bartering resources provided in the embodiment of the present invention may further include the following steps: generating market information of the resources supplied by the resource supplier according to the technical parameter information of the resources supplied by the resource supplier and the technical parameter information of the resources requested by each resource request; and outputting market information of the resources supplied by the resource supplier.
In order to provide an information symmetry basis, a functional system for identifying and identifying the timeliness of the inventory commodity market in the UCLTC sharing platform depends on big data support, mathematical modeling and AI technical information classification are carried out on commodity types of different industries, and then calculation is carried out, and an upstream and downstream relation data structure chain of different commodity industry chains of different industries is drawn. After the characteristic identification is carried out on the inventory goods, the functional system matches the identified goods data with the corresponding upstream and downstream relation data structure chains of the industrial chain to obtain the upstream and downstream relation data information of the goods, and then binds the data information and the data information of the goods and then transfers the data information to the big data center library for standby. If the inventory commodity is broken in the data matching process, the platform returns the broken link to the enterprise to which the commodity belongs in the form of screenshot matching characters, and informs the enterprise that the production process improvement required by the commodity industrial chain needs to be carried out or the commodity has the requirement of breaking away from the current industrial chain requirement market. Symmetrical market information is provided for enterprises in time, and decision makers of the enterprises can adjust operating production schemes in time.
The UCLTC sharing platform provided by the embodiment of the invention not only achieves the purposes of 'stock removal, capacity removal and lever removal' of an enterprise, but also effectively avoids the possibility of 'lever' infiltration; the participation and circulation of enterprises with the integrity problem and the fake and inferior commodities are avoided, and the guarantee of green transaction is provided for the enterprises. In addition, the matching process of the UCLTC sharing platform to the barter transaction of the inventory commodities is completed in seconds. Only the personnel who engage in research work can call and look over in the matching process, effectively protect the information resource of enterprise.
In summary, the embodiments of the present invention can achieve the following technical effects: the method has the advantages that the 'appeal' is used as the guide matching effect, and the 'demand market' necessary for inventory goods is accurately and efficiently realized; the bartering resource matching based on the one-way closed-loop transaction chain mode realizes the purposes of 'stock removal, capacity removal and lever removal' of an enterprise, reduces the economic pressure of the enterprise, promotes the consumption, improves the resource integration configuration and circulation rate of the enterprise, activates the vitality of the enterprise and meets the customer experience; the infiltration of bad integrity enterprises is effectively avoided, and the fundamental guarantee of avoiding risks is provided for the barter transaction of the enterprises; fourthly, the circulation of fake and inferior commodities is effectively stopped, and a green channel environment for barter trading is provided for enterprises; reasonably positioning and identifying the value of the inventory commodities and identifying the relationship of an industrial chain, unifying the value identification method and standard of the inventory commodities in the barter transaction, providing symmetrical market information for enterprises in time, avoiding blindness in enterprise decision making and providing reference basis with high value for adjustment of enterprise operation and production; sixthly, the operation cost of enterprises is effectively reduced, and the social cost is saved; and the exchange of the inventory commodities among global enterprises is promoted, the effective channels of the inventory commodities are enriched, and the huge value and capacity are released.
The embodiment of the invention also provides a matching device of the bartering resources, and the matching device is described in the following embodiment. Because the principle of solving the problems by the modules is similar to the matching method of the bartering resources, the implementation of the modules can be referred to the implementation of the method, and repeated details are not repeated.
Fig. 10 is a schematic diagram of a matching apparatus for bartering resources provided in an embodiment of the present invention, as shown in fig. 10, the apparatus includes: the system comprises a resource acquisition module 11, a unidirectional closed-loop demand chain construction module 12, a quasi unidirectional closed-loop transaction chain construction module 13 and a unidirectional closed-loop transaction chain construction module 14.
The resource acquiring module 11 is configured to acquire a plurality of resource requests, where each resource request is used to request a resource, and each resource request includes information about a value and a technical parameter of the requested resource;
a unidirectional closed-loop demand chain construction module 12, configured to construct a unidirectional closed-loop demand chain according to a value of a resource requested by each resource request, where each node in the unidirectional closed-loop demand chain corresponds to one resource request and at least one resource supplier;
the quasi-unidirectional closed-loop transaction chain construction module 13 is configured to perform matching screening on technical parameter information of resources supplied by at least one resource supplier corresponding to each node according to the technical parameter information of the resources requested by each node in the unidirectional closed-loop demand chain, so as to form a quasi-unidirectional closed-loop transaction chain, where the technical parameter information of the resources supplied by the at least one resource supplier corresponding to each node in the quasi-unidirectional closed-loop transaction chain is consistent with the technical parameter information of the resources requested by each node;
the unidirectional closed-loop transaction chain construction module 14 is configured to align at least one resource provider corresponding to each node in the unidirectional closed-loop transaction chain for matching and screening based on barter information of each resource provider, so as to form a unidirectional closed-loop transaction chain, where each node in the unidirectional closed-loop transaction chain corresponds to one resource request and one resource provider.
Optionally, the unidirectional closed-loop transaction chain building module 14 may align at least one resource provider corresponding to each node in the unidirectional closed-loop transaction chain according to a closest rule or an optimal rule to perform matching screening.
As can be seen from the above, in the embodiment of the present invention, the resource request of each enterprise is obtained through the resource obtaining module 11, the unidirectional closed-loop demand chain is constructed through the unidirectional closed-loop demand chain constructing module 12 according to the value of the requested resource included in each resource request, the quasi-unidirectional closed-loop transaction chain constructing module 13 takes the unidirectional closed-loop demand chain as a base chain, the technical parameter information of the resource corresponding to each node in the unidirectional closed-loop demand chain is matched with the technical parameter information of each resource supplier corresponding to the node, the resource supplier corresponding to the node is selected from the plurality of resource suppliers to form the quasi-unidirectional closed-loop transaction chain, and further according to the barter information of each resource supplier through the unidirectional closed-loop transaction chain constructing module 14 taking the quasi-unidirectional closed-loop transaction chain as a shaping chain, and aligning at least one resource supplier corresponding to each node in the unidirectional closed-loop transaction chain according to a closest principle or an optimal principle to carry out matching screening, so as to form the unidirectional closed-loop transaction chain of each node corresponding to one resource request and one resource supplier.
The unidirectional closed-loop transaction chain provided by the embodiment of the invention can provide rapid barter resource matching for barter transaction of enterprises, thereby improving the achievement rate of barter transaction and maximizing the value of barter resources.
In an optional embodiment, the apparatus may further include: a first resource technical parameter obtaining module 15, configured to obtain technical parameter information of a resource supplied by a resource supplier; and the resource value determining module 16 is configured to determine value information of the resource supplied by the resource supplier according to the technical parameter information of the resource supplied by the resource supplier.
In an optional embodiment, the resource value determination module is further configured to obtain a value decay function, where the value decay function is used to characterize a degree of value decay of the resource supplied by the resource supplier; and determining the value information of the resources supplied by the resource supplier according to the technical parameter information and the value attenuation function of the resources supplied by the resource supplier.
Alternatively, the cost decay function may be a time dependent function.
In an optional embodiment, the apparatus may further include: the resource market information analysis module 17 is configured to generate market information of resources supplied by the resource supplier according to the technical parameter information of the resources supplied by the resource supplier and the technical parameter information of the resources requested by each resource request; and the resource market information output module 18 is used for outputting market information of the resources supplied by the resource supplier.
In an optional embodiment, the apparatus may further include: a resource provider identity information obtaining module 19, configured to obtain identity information of a resource provider; and the resource provider identity information verification module 20 is used for verifying the identity information of the resource provider.
In an optional embodiment, the apparatus may further include: and the first prompt information output module 21 is configured to output first prompt information, where the first prompt information is used to prompt that the resource supplied by the resource supplier is not allowed to join the barter platform because the identity of the resource supplier is not verified.
In an optional embodiment, the apparatus may further include: a second resource technical parameter obtaining module 22, configured to obtain first technical parameter information and second technical parameter information of a resource supplied by a resource supplier, where the first technical parameter information is technical parameter information provided by the resource supplier, and the second technical parameter information is technical parameter information obtained by a third-party platform detecting a resource supplied by the resource supplier; the resource quality information determining module 23 is configured to determine quality information of the resource supplied by the resource supplier according to the first technical parameter information and the second technical parameter information.
In an optional embodiment, the resource quality information determining module is further configured to determine that the quality of the resource supplied by the resource supplier is qualified if the first technical parameter information and the second technical parameter information are both within a normal technical parameter range and a degree of coincidence between the first technical parameter information and the second technical parameter information meets a preset condition, where the degree of coincidence is used to represent a degree of coincidence between the first technical parameter information and the second technical parameter information; if the first technical parameter information exceeds the normal technical parameter range, or the first technical parameter information is in the normal technical parameter range, but the second technical parameter information exceeds the normal technical parameter range, determining that the quality of the resource supplied by the resource supplier is unqualified; and if the first technical parameter information and the second technical parameter information are both in the normal technical parameter range, but the coincidence degree between the first technical parameter information and the second technical parameter information does not meet the preset condition, determining that the quality of the resource supplied by the resource supplier is unstable.
Optionally, the apparatus may further include: and the second prompt information output module 24 is configured to output second prompt information, where the second prompt information is used to prompt that the resource supplied by the resource supplier is not allowed to join the barter platform due to the unqualified quality.
Optionally, the apparatus may further include: and a third prompt information output module 25, configured to output a third prompt information, where the third prompt information is used to prompt that the resource supplied by the resource supplier is unstable in quality and needs to join the barter platform through a guarantee procedure.
The embodiment of the invention also provides computer equipment which comprises a memory, a processor and a computer program which is stored on the memory and can run on the processor, wherein when the processor executes the computer program, the matching method of the bartering resources in any one of the method embodiments is realized.
The embodiment of the invention also provides a computer readable storage medium, and the computer readable storage medium stores a computer program for executing the matching method of any bartering resource in the method embodiment.
As will be appreciated by one skilled in the art, embodiments of the present invention may be provided as a method, system, or computer program product. Accordingly, the present invention may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present invention may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
The present invention is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the invention. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are only exemplary embodiments of the present invention, and are not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.

Claims (8)

1. A matching method of barter resources is characterized in that the matching method is applied to a barter trading platform or a third party platform which is in butt joint with the barter trading platform, and comprises the following steps:
acquiring a plurality of resource requests, wherein each resource request is a barter resource request for exchanging resources on a barter trading platform, and each resource request comprises the value and technical parameter information of the requested resource;
constructing a unidirectional closed-loop demand chain according to the obtained multiple resource requests and the value information of the resource requested by each resource request, wherein the unidirectional closed-loop demand chain is a closed-loop chain formed by multiple nodes, each node in the unidirectional closed-loop demand chain corresponds to one resource request and at least one resource supplier, and the value ranges of the resources requested by the resource requests of all the nodes in the unidirectional closed-loop demand chain are consistent;
taking the unidirectional closed-loop demand chain as a base chain, and performing matching screening on technical parameter information of resources supplied by at least one resource supplier corresponding to each node according to the technical parameter information of the resources requested by each node in the unidirectional closed-loop demand chain to form a quasi-unidirectional closed-loop transaction chain, wherein each node in the base chain corresponds to one resource request and a first number of resource suppliers; the technical parameter information refers to attribute information of the resource; the technical parameter information of the resources supplied by at least one resource supplier corresponding to each node in the quasi-unidirectional closed-loop transaction chain is consistent with the technical parameter information of the resources requested by each node;
taking the quasi-unidirectional closed-loop transaction chain as a shaping chain, and based on barter information of each resource supplier, performing matching screening on at least one resource supplier corresponding to each node in the quasi-unidirectional closed-loop transaction chain according to a preset condition principle to form a unidirectional closed-loop transaction chain, wherein each node in the shaping chain corresponds to a resource request and a second number of resource suppliers, and the second number is smaller than the first number; the bartering information refers to attribute information owned by the resource supplier; each node in the unidirectional closed-loop transaction chain corresponds to a resource request and a resource supplier;
the method further comprises the following steps:
acquiring technical parameter information of resources supplied by a resource supplier;
obtaining a value attenuation function, wherein the value attenuation function is a function related to time and used for representing the value attenuation degree of resources supplied by a resource supplier, and the value attenuation function is an artificial intelligence model obtained through machine learning training;
determining the value information of the resources supplied by the resource supplier according to the technical parameter information of the resources supplied by the resource supplier and the value attenuation function;
wherein after obtaining technical parameter information of the resource supplied by the resource supplier, the method further comprises:
generating market information of resources supplied by a resource supplier according to technical parameter information of the resources supplied by the resource supplier and technical parameter information of resources requested by each resource request, wherein the market information comprises whether the resources supplied by the resource supplier are broken in an upstream and downstream relation data structure chain of a corresponding industrial chain;
outputting market information of the resource supplied by the resource supplier;
the method further comprises the following steps:
acquiring first technical parameter information and second technical parameter information of resources supplied by a resource supplier, wherein the first technical parameter information is technical parameter information provided by the resource supplier, and the second technical parameter information is technical parameter information obtained by detecting the resources supplied by the resource supplier by a third-party platform;
determining quality information of the resource supplied by the resource supplier according to the first technical parameter information and the second technical parameter information;
wherein determining quality information of resources provided by a resource provider according to the first technical parameter information and the second technical parameter information comprises: if the first technical parameter information and the second technical parameter information are both in a normal technical parameter range, and the coincidence degree between the first technical parameter information and the second technical parameter information meets a preset condition, determining that the quality of the resource supplied by a resource supplier is qualified, wherein the coincidence degree is used for representing the consistency degree of the first technical parameter information and the second technical parameter information; if the first technical parameter information exceeds a normal technical parameter range, or the first technical parameter information is in the normal technical parameter range, but the second technical parameter information exceeds the normal technical parameter range, determining that the quality of the resources supplied by the resource supplier is unqualified; if the first technical parameter information and the second technical parameter information are both in a normal technical parameter range, but the coincidence degree between the first technical parameter information and the second technical parameter information does not meet a preset condition, determining that the quality of the resource supplied by a resource supplier is unstable;
wherein, the coincidence degree between the first technical parameter information and the second technical parameter information accords with the preset condition, and the coincidence degree comprises the following steps: the index difference value of each index in the first technical parameter information and the corresponding index in the second technical parameter information is within an error allowable range; or the number of index items of which the index difference value exceeds the error allowable range in the first technical parameter information and the second technical parameter information is lower than a certain threshold value; or the number of index items of the index difference value between the first technical parameter information and the second technical parameter information within the error allowable range is higher than a certain threshold value; or fitting according to the first technical parameter information to obtain a first curve, fitting according to the second technical parameter information to obtain a second curve, wherein the correlation coefficient of the first curve and the second curve is larger than a certain threshold value.
2. The method of claim 1, wherein the method further comprises:
acquiring identity information of a resource provider;
and verifying the identity information of the resource provider.
3. The method of claim 2, wherein after verifying identity information of a resource provider, the method further comprises:
outputting first prompt information, wherein the first prompt information is used for prompting that the resource supplied by the resource supplier is not allowed to join the barter trading platform because the identity of the resource supplier is not verified.
4. The method of claim 1, wherein after determining that the quality of the resource supplied by the resource supplier is not acceptable, the method further comprises:
and outputting second prompt information, wherein the second prompt information is used for prompting that the resources supplied by the resource supplier are not allowed to be added to the barter trading platform due to unqualified quality.
5. The method of claim 1, wherein after determining that the quality of the resource provisioned by the resource provider is unstable, the method further comprises:
and outputting third prompt information, wherein the third prompt information is used for prompting that the resource supplied by the resource supplier can be added to the barter trading platform only through a guarantee procedure due to unstable quality.
6. The utility model provides a matching device of barter resources which characterized in that is applied to barter trading platform, or with the third party platform of barter trading platform butt joint, includes:
the system comprises a resource acquisition module, a resource processing module and a resource processing module, wherein the resource acquisition module is used for acquiring a plurality of resource requests, each resource request is a barter resource request for exchanging resources on a barter trading platform, and each resource request comprises the value and technical parameter information of a requested resource;
the system comprises a unidirectional closed-loop demand chain construction module, a resource request acquisition module and a resource request processing module, wherein the unidirectional closed-loop demand chain construction module is used for constructing a unidirectional closed-loop demand chain according to a plurality of acquired resource requests and value information of resources requested by each resource request, the unidirectional closed-loop demand chain is a closed-loop chain formed by a plurality of nodes, each node in the unidirectional closed-loop demand chain corresponds to one resource request and at least one resource supplier, and the value ranges of the resources requested by the resource requests of each node in the unidirectional closed-loop demand chain are consistent;
the quasi-unidirectional closed-loop transaction chain construction module is used for taking the unidirectional closed-loop demand chain as a base chain, matching and screening technical parameter information of resources supplied by at least one resource supplier corresponding to each node according to the technical parameter information of the resources requested by each node in the unidirectional closed-loop demand chain, and forming the quasi-unidirectional closed-loop transaction chain, wherein each node in the base chain corresponds to one resource request and a first number of resource suppliers; the technical parameter information refers to attribute information of the resource; the technical parameter information of the resources supplied by at least one resource supplier corresponding to each node in the quasi-unidirectional closed-loop transaction chain is consistent with the technical parameter information of the resources requested by each node;
the unidirectional closed-loop transaction chain construction module is used for matching and screening at least one resource supplier corresponding to each node in the quasi unidirectional closed-loop transaction chain according to a preset condition principle by taking the quasi unidirectional closed-loop transaction chain as a shaping chain and based on barter information of each resource supplier to form the unidirectional closed-loop transaction chain, wherein each node in the shaping chain corresponds to a resource request and a second number of resource suppliers, and the second number is smaller than the first number; the bartering information refers to attribute information owned by the resource supplier; each node in the unidirectional closed-loop transaction chain corresponds to a resource request and a resource supplier;
the device further comprises:
the first resource technical parameter acquisition module is used for acquiring technical parameter information of resources supplied by a resource supplier;
the resource value determining module is used for acquiring a value attenuation function and determining the value information of the resources supplied by the resource supplier according to the technical parameter information of the resources supplied by the resource supplier and the value attenuation function, wherein the value attenuation function is a function related to time and used for representing the value attenuation degree of the resources supplied by the resource supplier, and the value attenuation function is an artificial intelligence model obtained through machine learning training;
the resource market information analysis module is used for generating market information of resources supplied by a resource supplier according to technical parameter information of the resources supplied by the resource supplier and technical parameter information of resources requested by each resource request, wherein the market information comprises whether the resources supplied by the resource supplier are broken in an upstream relation data structure chain and a downstream relation data structure chain corresponding to an industrial chain;
the resource market information output module is used for outputting market information of the resources supplied by the resource supplier;
the second resource technical parameter acquisition module is used for acquiring first technical parameter information and second technical parameter information of resources supplied by a resource supplier, wherein the first technical parameter information is technical parameter information provided by the resource supplier, and the second technical parameter information is technical parameter information obtained by detecting the resources supplied by the resource supplier by a third-party platform;
a resource quality information determining module, configured to determine quality information of the resource supplied by the resource supplier according to the first technical parameter information and the second technical parameter information;
the resource quality information determining module is further configured to determine that the quality of the resource supplied by the resource supplier is qualified if the first technical parameter information and the second technical parameter information are both within a normal technical parameter range and a degree of coincidence between the first technical parameter information and the second technical parameter information meets a preset condition, where the degree of coincidence is used to represent a degree of coincidence between the first technical parameter information and the second technical parameter information; if the first technical parameter information exceeds a normal technical parameter range, or the first technical parameter information is in the normal technical parameter range, but the second technical parameter information exceeds the normal technical parameter range, determining that the quality of the resources supplied by the resource supplier is unqualified; if the first technical parameter information and the second technical parameter information are both in a normal technical parameter range, but the coincidence degree between the first technical parameter information and the second technical parameter information does not meet a preset condition, determining that the quality of the resource supplied by a resource supplier is unstable;
the coincidence degree between the first technical parameter information and the second technical parameter information meets a preset condition, and the coincidence degree includes any one of the following conditions: the index difference value of one or more indexes in the first technical parameter information and the corresponding index in the second technical parameter information is within an error allowable range; the number of index items of which the index difference value exceeds the error allowable range in the first technical parameter information and the second technical parameter information is lower than a certain threshold value; the number of index items of the index difference value in the first technical parameter information and the second technical parameter information within the error allowable range is higher than a certain threshold value; and fitting according to the first technical parameter information to obtain a first curve, fitting according to the second technical parameter information to obtain a second curve, wherein the correlation coefficient of the first curve and the second curve is greater than a certain threshold value.
7. A computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, characterized in that the processor implements the bartering resource matching method according to any one of claims 1 to 5 when executing the computer program.
8. A computer-readable storage medium, characterized in that the computer-readable storage medium stores a computer program for executing the bartering resource matching method of any one of claims 1 to 5.
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