Supply chain management system

Abstract

The invention discloses a supply chain management system. The supply chain management system comprises a supply chain management module, a supplier warehouse module and a supplier scoring module. The supplier scoring module is used for scoring the multiple pieces of supplier information to obtain supplier scores corresponding to the multiple pieces of supplier information, and sending the supplier scores corresponding to the multiple pieces of supplier information to the supply chain management module; and the supply chain management module is used for determining the supplier of the current supply node of the target chip according to the supplier scores corresponding to the multiple pieces of supplier information. Therefore, under the action of the supply chain management module, the supplier warehouse module and the supplier scoring module of the supply chain management system, the supplier of the target chip under the current supply node can be determined, so that the supply chain management system can transparentize supplier information, and the chip generation efficiency can be improved.

Description

Technical Field

[0001] The present application relates to the technical field of supply chain management, and in particular to a supply chain management system. Background Art

[0002] Since the business chain of chip design and manufacturing industry is huge and service-oriented, and the management platform in the current relevant technical solutions cannot independently support the whole process of chip generation, that is, the information of the supplier of generated chips is not transparent in the management platform, which may lead to low chip generation efficiency. Therefore, how to improve the chip generation efficiency is a key issue that technicians in this field are concerned about. Summary of the invention

[0003] Based on the above problems, the present application provides a supply chain management system to improve the efficiency of chip generation. The present application embodiment discloses the following technical solutions: The present application discloses a supply chain management system, which includes a supply chain management module, a supplier warehouse module and a supplier rating module; The supply chain management module is used to receive object behavior data generated by a target object for a target chip, determine a current supply node for the target chip according to the object behavior data, and send the object behavior data and the current supply node to the supplier warehouse module, wherein the object behavior data includes order behavior data, and the order behavior data indicates that the target chip is ordered by the target object; The supplier warehouse module is used to obtain multiple supplier information corresponding to the order behavior data under the current supply node according to the order behavior data and the current supply node, and send the multiple supplier information to the supplier scoring module; The supplier scoring module is used to score the multiple supplier information, obtain the supplier scores corresponding to the multiple supplier information, and send the supplier scores corresponding to the multiple supplier information to the supply chain management module; The supply chain management module is used to determine the supplier of the current supply node of the target chip according to the supplier scores respectively corresponding to the multiple supplier information.

[0004] In an achievable implementation, the order behavior data includes a target chip model corresponding to the target chip, and the supplier warehouse module includes a data acquisition module and a data warehouse module; The data acquisition module in the supplier warehouse module is used to receive the target chip model and the current supply node sent by the supply chain management module, and send the target chip model and the current supply node to the data warehouse module in the supplier warehouse module; The data warehouse module in the supplier warehouse module is used to search and process the supplier database in the data warehouse module according to the target chip model and the current supply node, obtain multiple supplier information corresponding to the order behavior data under the current supply node in the supplier database, and send the multiple supplier information to the supplier scoring module.

[0005] In an achievable implementation, the supplier database includes supplier sets corresponding to a plurality of chip models respectively; The data warehouse module in the supplier warehouse module is specifically used to perform model retrieval on the supplier sets corresponding to the multiple chip models according to the target chip model, and obtain the target supplier set corresponding to the target chip model from the supplier sets corresponding to the multiple chip models; The data warehouse module in the supplier warehouse module is specifically used to determine multiple supplier information corresponding to the current supply node according to the target supplier set, and send the multiple supplier information to the supplier scoring module.

[0006] In an achievable implementation, the target supplier set includes supplier subsets corresponding to a plurality of node types, and the current supply node corresponds to the target node type; The data warehouse module in the supplier warehouse module is specifically used to perform type retrieval on the supplier subsets corresponding to the multiple node types respectively according to the target node type, and obtain the target supplier subset corresponding to the target node type in the supplier subsets corresponding to the multiple node types respectively; The data warehouse module in the supplier warehouse module is specifically used to determine multiple supplier information corresponding to the current supply node according to the target supplier subset, and send the multiple supplier information to the supplier scoring module, wherein one supplier information is determined corresponding to one supplier in the target supplier subset.

[0007] In an achievable implementation, the multiple supplier information includes first supplier information and second supplier information, wherein the first supplier information includes a first net profit, a first number of favorable comments, and a first operating year corresponding to the first supplier, and the second supplier information includes a second net profit, a second number of favorable comments, and a second operating year corresponding to the second supplier; The supplier rating module is specifically used to rate the first net profit, the first number of favorable reviews and the first years of operation to obtain a supplier rating corresponding to the first supplier, and to rate the second net profit, the second number of favorable reviews and the second years of operation to obtain a supplier rating corresponding to the second supplier, and to send the supplier rating corresponding to the first supplier and the supplier rating corresponding to the second supplier to the supply chain management module.

[0008] In an achievable implementation, the supply chain management module is specifically configured to determine the first supplier as the supplier of the current supply node of the target chip if the supplier score corresponding to the first supplier is greater than the supplier score corresponding to the second supplier, wherein the first supplier is configured to support the generation of the target chip at the current supply node; Alternatively, the supply chain management module is specifically used to determine the second supplier as the supplier corresponding to the target chip if the supplier score corresponding to the second supplier is greater than the supplier score corresponding to the first supplier, wherein the second supplier is used to support the generation of the target chip at the current supply node.

[0009] In an achievable implementation manner, the supply chain management module is further configured to determine the second supplier as a supplier corresponding to the target chip if the first supplier refuses to produce the target chip at the current supply node; Alternatively, the supply chain management module is further configured to determine the first supplier as a supplier corresponding to the target chip if the second supplier refuses to produce the target chip at the current supply node.

[0010] In an achievable implementation manner, the supply chain management module is further configured to change the current supply node to a next change node if the first supplier completes the generation of the target chip at the current supply node; Alternatively, the supply chain management module is further configured to change the current supply node to a next change node if the second supplier completes the generation of the target chip at the current supply node.

[0011] In one feasible implementation, the supplier rating module is further used to write the supplier ratings corresponding to the multiple supplier information into the blockchain.

[0012] In a feasible implementation manner, the supply chain management module is further used to recommend a plurality of chips to the target object.

[0013] Compared with the prior art, this application has the following beneficial effects: In this application, a supply chain management system including a supply chain management module, a supplier warehouse module and a supplier scoring module is proposed. Specifically, the supply chain management module is used to receive the object behavior data generated by the target object for the target chip, and determine the current supply node for the target chip according to the object behavior data, and send the object behavior data and the current supply node to the supplier warehouse module; the supplier warehouse module is used to obtain multiple supplier information corresponding to the order behavior data under the current supply node according to the order behavior data and the current supply node, and send the multiple supplier information to the supplier scoring module; the supplier scoring module is used to score the multiple supplier information, obtain the supplier scores corresponding to the multiple supplier information, and send the supplier scores corresponding to the multiple supplier information to the supply chain management module; the supply chain management module is used to determine the supplier of the current supply node of the target chip according to the supplier scores corresponding to the multiple supplier information.

[0014] It can be seen that in the technical solution of the present application, the supply chain management module can determine the current supply node of the target chip, the supplier warehouse module can determine the multiple supplier information corresponding to the current supply node, the supplier management module can determine the supplier scores corresponding to the multiple supplier information, and the supply chain management module can determine the supplier of the current supply node of the target chip based on the multiple supplier scores. In this way, the present application can determine the supplier of the target chip under the current supply node under the action of the supply chain management module, the supplier warehouse module and the supplier scoring module of the supply chain management system, so that the supply chain management system can make the supplier information transparent, thereby improving the chip generation efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present application. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative labor.

[0016] Figure 1 A schematic diagram of a supply chain management system provided by an embodiment of the present application; Figure 2 A schematic diagram of a supplier warehouse module in a supply chain management system provided in an embodiment of the present application; Figure 3 A schematic diagram of nodes in a supply chain management system provided in an embodiment of the present application. DETAILED DESCRIPTION

[0017] The following will be combined with the drawings in the embodiments of the present application to clearly and completely describe the technical solutions in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, not all of the embodiments. Based on the embodiments in the present application, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of this application.

[0018] It should be noted that the supply chain management system provided in this application relates to the field of supply chain management technology. The above is only an example and does not limit the application field of the system name provided in this application.

[0019] As mentioned above, due to the huge business chain and services of the chip design and manufacturing industry, and the management platform in the current relevant technical solutions cannot independently support the full process of chip generation, that is, the information of the supplier of generated chips is not transparent in the management platform. It is understandable that the management platform can be a chip design platform, which supports the architecture of chip design, but other management platforms need to be found to implement the manufacturing and packaging of chips, that is, the management platform is limited to providing its own services, and lacks information transparency for all suppliers of generated chips. Therefore, the relevant technical solutions need to further screen the manufacturing suppliers and packaging suppliers for generated chips, and a lot of manual effort is required in the supplier screening process to ensure that the screened suppliers are more compatible with the chip, which may lead to lower chip generation efficiency. Therefore, how to improve the chip generation efficiency is a key issue of concern to technicians in this field.

[0020] Therefore, the inventor proposes the technical solution of the present application: a supply chain management system including a supply chain management module, a supplier warehouse module and a supplier scoring module. Specifically, the supply chain management module is used to receive the object behavior data generated by the target object for the target chip, and determine the current supply node for the target chip according to the object behavior data, and send the object behavior data and the current supply node to the supplier warehouse module; the supplier warehouse module is used to obtain multiple supplier information corresponding to the order behavior data under the current supply node according to the order behavior data and the current supply node, and send the multiple supplier information to the supplier scoring module; the supplier scoring module is used to score the multiple supplier information, obtain the supplier scores corresponding to the multiple supplier information respectively, and send the supplier scores corresponding to the multiple supplier information respectively to the supply chain management module; the supply chain management module is used to determine the supplier of the current supply node of the target chip according to the supplier scores corresponding to the multiple supplier information respectively.

[0021] It can be seen that in the technical solution of the present application, the supply chain management module can determine the current supply node of the target chip, the supplier warehouse module can determine the multiple supplier information corresponding to the current supply node, the supplier management module can determine the supplier scores corresponding to the multiple supplier information, and the supply chain management module can determine the supplier of the current supply node of the target chip based on the multiple supplier scores. In this way, the present application can, under the action of the supply chain management module, the supplier warehouse module and the supplier scoring module of the supply chain management system, realize the determination of the supplier of the target chip under the current supply node, and can support the determination of the supplier of the chip at different supply nodes in the supply chain management system, so that the supply chain management system can make the supplier information transparent, thereby improving the chip generation efficiency.

[0022] Furthermore, since the relevant technical solutions still require a lot of manual time and effort to screen and determine suppliers, this may also lead to poor chip transaction efficiency. Based on this, the present application can quickly determine the supplier corresponding to the chip at each supply node under the action of a supply chain management system including a supply chain management module, a supplier warehouse module and a supplier scoring module, thereby improving the chip transaction efficiency and thus improving the object experience.

[0023] In order to enable those skilled in the art to better understand the present application, the present application is further described in detail below in conjunction with the accompanying drawings and specific implementation methods.

[0024] See also Figure 1 , Figure 1 A schematic diagram of a supply chain management system provided in an embodiment of the present application is shown in FIG. Figure 1 The supply chain management system shown includes a supply chain management module, a supplier warehouse module and a supplier rating module, wherein the supply chain management module is connected to the supplier warehouse module, and the supplier warehouse module is connected to the supplier rating module.

[0025] Specifically, the supply chain management module can be used to receive object behavior data generated by the target object for the target chip, that is, the supply chain management system can display the details of the target chip to the target object in the form of a front-end page. When the target object clicks the "Order" button on the front-end page, the supply chain management system can receive the object behavior data generated by the target object for the target chip.

[0026] In one achievable implementation, the object behavior data includes order behavior data, which indicates that the target chip is ordered by the target object, that is, when the target chip is ordered by the target object, the order behavior data can be generated. In another achievable implementation, the object behavior data can also include collection behavior data, which indicates that the target chip is collected by the target object, and the object behavior data can also include the number of chip collections and the number of chip orders, etc., as well as the number of exposures and clicks corresponding to the target chip. In this way, it is convenient to provide data support for subsequent modules.

[0027] It should be noted that the supply chain management system in the present application can generate a node supply chain, which includes front-end design-back-end design-photomask production-tape-packaging-testing-production-delivery, wherein each node in the node supply chain requires a corresponding supplier to complete the node operation, and each node has a unique identifier, which is convenient for strong association with the supplier and prevents the supplier from having information confusion caused by a long task delegation chain. Specifically, after determining the object behavior data, the present application can determine the current supply node (which can be a front-end design node) where the target chip is located. At this time, the object behavior data and the current supply node can be sent to the supplier warehouse module to facilitate the supplier warehouse module to determine its corresponding supplier information.

[0028] Furthermore, the supplier warehouse module in the present application can be used to obtain multiple supplier information corresponding to the order behavior data under the current supply node according to the order behavior data and the current supply node, and send the multiple supplier information to the supplier scoring module. It can be understood that in the present application, the multiple supplier information of the target chip under the current supply node can be determined based on the supplier warehouse module, which facilitates the subsequent determination of the supplier information.

[0029] In an achievable implementation, the order behavior data includes a target chip model corresponding to the target chip, and the supplier warehouse module includes a data acquisition module and a data warehouse module. Figure 2 As shown, Figure 2 A schematic diagram of a supplier warehouse module in a supply chain management system provided in an embodiment of the present application, such as Figure 2 The supplier warehouse module shown includes a data collection module and a data warehouse module, wherein the data collection module and the data warehouse module are connected.

[0030] Specifically, the data acquisition module in the supplier warehouse module in the present application can be used to receive the target chip model and current supply node sent by the supply chain management module, and send the target chip model and current supply node to the data warehouse module in the supplier warehouse module. It should be noted that the data acquisition module in the present application can obtain the target chip model and current supply node sent by the supply chain management module in real time through the point-of-sale technology, and can filter the data obtained in real time to save the filtered data in the data warehouse module, so as to ensure that the data in the data warehouse module are all valid data, and can ensure the accuracy of subsequent data acquisition to a certain extent.

[0031] And the data warehouse module in the supplier warehouse module can be used to search and process the supplier database in the data warehouse module according to the target chip model and the current supply node, so as to obtain the multiple supplier information corresponding to the order behavior data in the supplier database under the current supply node, and send the multiple supplier information to the supplier scoring module. It should be noted that the supplier database in the data warehouse module in this application stores the supplier information of different suppliers in advance, and the different suppliers can support the implementation of chips at different nodes, so that the corresponding supplier information can be quickly determined in the subsequent process.

[0032] It should also be noted that the supplier database may include supplier sets corresponding to multiple chip models. Specifically, the data warehouse module in the supplier warehouse module is specifically used to perform model retrieval on the supplier sets corresponding to the multiple chip models according to the target chip model, so as to obtain the target supplier set corresponding to the target chip model from the supplier sets corresponding to the multiple chip models, that is, to obtain the chip model that is the same as the target chip model from the multiple chip models, so as to determine the target supplier set based on the chip model that is the same as the target chip model from the multiple chip models.

[0033] After that, the data warehouse module in the supplier warehouse module in this application is also specifically used to determine the multiple supplier information corresponding to the current supply node based on the target supplier set, that is, each supplier information can be determined based on each supplier in the target supplier set, and each supplier information can be used as the multiple supplier information corresponding to the current supply node. At this time, the multiple supplier information can be sent to the supplier scoring module. In this way, the data warehouse module can filter out multiple supplier information that is compatible with the target chip under the current chip node, and to a certain extent, realizes the transparency of supplier information.

[0034] It should be further explained that the target supplier set includes supplier subsets corresponding to multiple node types, that is, there are suppliers of different node types in the target supplier set. At this time, it can be divided into supplier subsets corresponding to multiple node types, and the current supply node corresponds to the target node type, that is, the node type of the current supply node belongs to the target node type.

[0035] Specifically, the data warehouse module in the supplier warehouse module is specifically used to perform type retrieval on supplier subsets corresponding to multiple node types according to the target node type, so as to obtain the target supplier subset corresponding to the target node type among the supplier subsets corresponding to the multiple node types, that is, to obtain the node type that is the same as the target node type among the multiple node types, so that the target supplier subset can be determined based on the node type that is the same as the target node type among the multiple node types.

[0036] After this, the data warehouse module in the supplier warehouse module in the present application is also specifically used to determine multiple supplier information corresponding to the current supply node according to the target supplier subset, and send multiple supplier information to the supplier scoring module, wherein one supplier in the target supplier subset corresponds to one supplier information. It can be understood that in the present application, the target supplier subset can be parsed to obtain the supplier information corresponding to each supplier in the target supplier subset. In this way, in the present application, under the influence of chip model and node type, the supplier information that can be used by the target chip under the current chip node can be accurately determined.

[0037] Furthermore, the supplier scoring module in the present application can be used to score multiple supplier information to obtain supplier scores corresponding to the multiple supplier information, and send the supplier scores corresponding to the multiple supplier information to the supply chain management module. Among them, the multiple supplier information can include the first supplier information and the second supplier information, wherein the first supplier information can include the first net profit, the first number of favorable comments and the first operating years corresponding to the first supplier, and the second supplier information can include the second net profit, the second number of favorable comments and the second operating years corresponding to the second supplier. It should be noted that the supplier information can also include product yield, market share, product innovation rate and order completion rate. The supplier information is not specifically limited in this application, and can be adapted and selected in actual applications.

[0038] The supplier rating module is specifically used to rate the supplier based on the first net profit, the first number of favorable comments, and the first operating years, and obtain the supplier rating corresponding to the first supplier, and to rate the supplier based on the second net profit, the second number of favorable comments, and the second operating years, and obtain the supplier rating corresponding to the second supplier, and send the supplier rating corresponding to the first supplier and the supplier rating corresponding to the second supplier to the supply chain management module. In this way, in the subsequent process, the supply chain management module can determine the best supplier based on the supplier rating.

[0039] The supplier scoring module can also be used to write the supplier scores corresponding to multiple supplier information into the blockchain, so as to form data protection. It should be noted that the supplier scoring module can achieve the scoring of the corresponding supplier information through the following process: S1: Convert all indicator data into standardized scores of 0-1 (each scoring dimension has a data range), the conversion method is: standardized score = (indicator value - interval lower limit) / (interval upper limit - interval lower limit); S2: Calculate the weighted score: standardized score × scoring range × scoring weight (for example, the scoring weight of each scoring dimension can be 10); S3: Add up all weighted scores to get the supplier's total score (i.e., supplier rating).

[0040] In one example, the first net profit is 10 million yuan, in the interval [0,1000], the first number of positive reviews is 200, in the interval [0,200], and the first operating years is 10 years, in the interval [0,10]. At this time, the supplier score corresponding to the first supplier can be: (10×0.2)+(10×0.1)+(10×0.1)=4.

[0041] Finally, the supply chain management module can also be used to determine the supplier of the current supply node of the target chip according to the supplier scores corresponding to the information of multiple suppliers. Specifically, the supply chain management module is used to determine whether the supplier score corresponding to the first supplier is greater than the supplier score corresponding to the second supplier. If the supplier score corresponding to the first supplier is greater than the supplier score corresponding to the second supplier, the first supplier can be determined as the supplier of the current supply node of the target chip, wherein the first supplier is used to support the generation of the target chip at the current supply node.

[0042] Alternatively, the supply chain management module is used to determine whether the supplier score corresponding to the second supplier is greater than the supplier score corresponding to the first supplier. If the supplier score corresponding to the second supplier is greater than the supplier score corresponding to the first supplier, the second supplier can be determined as the supplier corresponding to the target chip, where the second supplier is used to support the generation of the target chip at the current supply node.

[0043] Furthermore, the supply chain management module is also used to determine the second supplier as the supplier corresponding to the target chip if the first supplier refuses to generate the target chip at the current supply node; or the supply chain management module is also used to determine the first supplier as the supplier corresponding to the target chip if the second supplier refuses to generate the target chip at the current supply node.

[0044] In another achievable implementation, the supply chain management module can also sort the chip materials used by the suppliers to generate the chips, so as to determine the supplier corresponding to the best chip materials as the supplier corresponding to the target chip. And the supply chain module can also sort the supply requirements of the suppliers, so as to determine the supplier with sufficient supply as the supplier corresponding to the target chip. In this way, it can be ensured that the determined supplier can meet the user's needs to the greatest extent.

[0045] It should also be noted that the supply chain management module is also used to change the current supply node to the next change node if the first supplier completes the generation of the target chip at the current supply node; or the supply chain management module is also used to change the current supply node to the next change node if the second supplier completes the generation of the target chip at the current supply node. In this way, the supply chain management system in this application can continue to determine the supplier corresponding to the target chip at the next change node (which can be a back-end design node), which can meet the transparency of supplier information and thus improve the efficiency of chip generation.

[0046] like Figure 3 As shown, Figure 3 A schematic diagram of nodes in a supply chain management system provided in an embodiment of the present application, in Figure 3 The mid-node supply chain includes link node tasks, which include node 1, node 2, node 3 and node n. Node 1 can determine supplier A11 from multiple suppliers, node 2 can determine supplier A12 from multiple suppliers, node 3 can determine supplier A13 from multiple suppliers, and node n can determine supplier A1n from multiple suppliers. In this way, the target chip can be generated based on supplier A11, supplier A12, supplier A13 and supplier A1n, thereby realizing the whole process of generating the target chip.

[0047] The supply chain management module can also be used to write the change status of the node into the blockchain, and can automatically calculate and update the estimated delivery time based on real-time logistics tracking information and the supplier's production progress, and write it into the blockchain. This can support full-process monitoring of each logistics node, ensure that the target object can understand the logistics status of the order in real time, and realize the chain of information of each node through blockchain technology, which can prevent tampering of logistics information.

[0048] In another achievable implementation, the supply chain management module can also be used to recommend multiple chips to the target object, and the target object can select a target chip from multiple chips. The chip scores corresponding to the multiple chips can be determined based on the chip order quantity, total order amount, chip payment amount and chip return number, so as to determine the target chip. It should be noted that in this application, the chip score can also be calculated based on the number of good reviews, number of collections and number of clicks of the chip, which is not specifically limited here, and the chip scoring process in this application is similar to the above-mentioned supplier scoring process, which will not be described in detail here.

[0049] It can be seen that in this optional solution, the supply chain management module can determine the current supply node of the target chip, the supplier warehouse module can determine the multiple supplier information corresponding to the current supply node, the supplier management module can determine the supplier ratings corresponding to the multiple supplier information, and the supply chain management module can determine the supplier of the current supply node of the target chip based on the multiple supplier ratings. In this way, the present application can, under the action of the supply chain management module, the supplier warehouse module and the supplier rating module of the supply chain management system, realize the determination of the supplier of the target chip under the current supply node, and can support the determination of the supplier of the chip at different supply nodes in the supply chain management system, so that the supply chain management system can make the supplier information transparent, thereby improving the chip generation efficiency. In addition, the present application can also quickly determine the supplier corresponding to the chip at each supply node, so as to improve the transaction efficiency of the chip, thereby improving the object experience.

[0050] The various embodiments in this specification are described in a progressive manner, and each embodiment focuses on the differences from other embodiments. The same or similar parts between the various embodiments can be referenced to each other.

[0051] It should be noted that the "first" and "second" in the names such as "first" and "second" (if any) mentioned in the embodiments of the present application are only used as name identifiers and do not represent the first or second in order.

[0052] The above is a detailed introduction to a supply chain management system provided by the present application. This article uses specific examples to illustrate the principles and implementation methods of the present application. The description of the above embodiments is only used to help understand the system and its core ideas of the present application. It should be pointed out that for ordinary technicians in this technical field, without departing from the principles of the present application, several improvements and modifications can be made to the present application, and these improvements and modifications also fall within the scope of protection of the claims of the present application.

Claims

1. A supply chain management system, characterized in that: The supply chain management system includes a supply chain management module, a supplier warehouse module and a supplier rating module; The supply chain management module is used to receive object behavior data generated by a target object for a target chip, determine a current supply node for the target chip according to the object behavior data, and send the object behavior data and the current supply node to the supplier warehouse module, wherein the object behavior data includes order behavior data, and the order behavior data indicates that the target chip is ordered by the target object; The supplier warehouse module is used to obtain multiple supplier information corresponding to the order behavior data under the current supply node according to the order behavior data and the current supply node, and send the multiple supplier information to the supplier scoring module; The supplier scoring module is used to score the multiple supplier information, obtain the supplier scores corresponding to the multiple supplier information, and send the supplier scores corresponding to the multiple supplier information to the supply chain management module; The supply chain management module is used to determine the supplier of the current supply node of the target chip according to the supplier scores respectively corresponding to the multiple supplier information.

2. The supply chain management system according to claim 1, characterized in that: The order behavior data includes the target chip model corresponding to the target chip, and the supplier warehouse module includes a data acquisition module and a data warehouse module; The data acquisition module in the supplier warehouse module is used to receive the target chip model and the current supply node sent by the supply chain management module, and send the target chip model and the current supply node to the data warehouse module in the supplier warehouse module; The data warehouse module in the supplier warehouse module is used to search and process the supplier database in the data warehouse module according to the target chip model and the current supply node, obtain multiple supplier information corresponding to the order behavior data under the current supply node in the supplier database, and send the multiple supplier information to the supplier scoring module.

3. The supply chain management system according to claim 2, characterized in that: The supplier database includes supplier sets corresponding to multiple chip models respectively; The data warehouse module in the supplier warehouse module is specifically used to perform model retrieval on the supplier sets corresponding to the multiple chip models according to the target chip model, and obtain the target supplier set corresponding to the target chip model from the supplier sets corresponding to the multiple chip models; The data warehouse module in the supplier warehouse module is specifically used to determine multiple supplier information corresponding to the current supply node according to the target supplier set, and send the multiple supplier information to the supplier scoring module.

4. The supply chain management system according to claim 3, characterized in that: The target supplier set includes supplier subsets corresponding to multiple node types respectively, and the current supply node corresponds to the target node type; The data warehouse module in the supplier warehouse module is specifically used to perform type retrieval on the supplier subsets corresponding to the multiple node types respectively according to the target node type, and obtain the target supplier subset corresponding to the target node type in the supplier subsets corresponding to the multiple node types respectively; The data warehouse module in the supplier warehouse module is specifically used to determine multiple supplier information corresponding to the current supply node according to the target supplier subset, and send the multiple supplier information to the supplier scoring module, wherein one supplier information is determined corresponding to one supplier in the target supplier subset.

5. The supply chain management system according to claim 1, characterized in that: The multiple supplier information includes first supplier information and second supplier information, wherein the first supplier information includes a first net profit, a first number of favorable comments, and a first operating year corresponding to the first supplier, and the second supplier information includes a second net profit, a second number of favorable comments, and a second operating year corresponding to the second supplier; The supplier rating module is specifically used to rate the first net profit, the first number of favorable reviews and the first years of operation to obtain a supplier rating corresponding to the first supplier, and to rate the second net profit, the second number of favorable reviews and the second years of operation to obtain a supplier rating corresponding to the second supplier, and to send the supplier rating corresponding to the first supplier and the supplier rating corresponding to the second supplier to the supply chain management module.

6. The supply chain management system according to claim 5, characterized in that: The supply chain management module is specifically configured to determine the first supplier as the supplier of the current supply node of the target chip if the supplier score corresponding to the first supplier is greater than the supplier score corresponding to the second supplier, wherein the first supplier is configured to support the generation of the target chip at the current supply node; Alternatively, the supply chain management module is specifically used to determine the second supplier as the supplier corresponding to the target chip if the supplier score corresponding to the second supplier is greater than the supplier score corresponding to the first supplier, wherein the second supplier is used to support the generation of the target chip at the current supply node.

7. The supply chain management system according to claim 6, characterized in that: The supply chain management module is further configured to determine the second supplier as the supplier corresponding to the target chip if the first supplier refuses to produce the target chip at the current supply node; Alternatively, the supply chain management module is further configured to determine the first supplier as a supplier corresponding to the target chip if the second supplier refuses to produce the target chip at the current supply node.

8. The supply chain management system according to claim 6, characterized in that: The supply chain management module is further configured to change the current supply node to a next change node if the first supplier completes the generation of the target chip at the current supply node; Alternatively, the supply chain management module is further configured to change the current supply node to a next change node if the second supplier completes the generation of the target chip at the current supply node.

9. The supply chain management system according to claim 1, characterized in that: The supplier rating module is also used to write the supplier ratings corresponding to the multiple supplier information into the blockchain.

10. The supply chain management system according to claim 1, characterized in that: The supply chain management module is also used to recommend a plurality of chips to the target object.

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