CN111723393A - Internet trading platform uncertainty evaluation filtering system based on CIWN-I - Google Patents
Internet trading platform uncertainty evaluation filtering system based on CIWN-I Download PDFInfo
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/60—Protecting data
- G06F21/62—Protecting access to data via a platform, e.g. using keys or access control rules
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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
- G06Q30/02—Marketing; Price estimation or determination; Fundraising
- G06Q30/0282—Rating or review of business operators or products
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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]
- G06Q30/0631—Item recommendations
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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
- G06Q40/00—Finance; Insurance; Tax strategies; Processing of corporate or income taxes
- G06Q40/04—Trading; Exchange, e.g. stocks, commodities, derivatives or currency exchange
Abstract
The invention provides a CIWN-I-based internet trading platform uncertainty evaluation filtering system, and provides a set of solution for non-face-to-face trading uncertainty, so that consensus construction of users on the internet trading platform can be realized. The invention mainly comprises a user access layer, an application service layer, an intermediate protocol layer and an application service layer. Has the advantages that: the utility model provides an internet transaction platform consensus system based on block chain, through the bottom layer block chain, realized that the score data can not falsify, in addition, each user can directly inquire the score information of oneself or other people through the block chain client, verify the reality and the accuracy of the authenticity result of grading. Thereby ensuring the public, fair and transparent of the whole system.
Description
Technical Field
The invention relates to the field of internet trading platforms, in particular to a CIWN-I-based internet trading platform uncertainty evaluation filtering system.
Background
With the development of internet technology, the internet transaction coverage gradually becomes wide, and the business model takes the internet as a platform, is convenient for people to communicate in different places through instant messaging, and breaks away from the time and space limitations. In recent years, internet transactions have been on a high-rate trend in both scale and volume in developed countries and regions of the world.
But there are many uncertainties due to such non-face-to-face transactions on e-commerce platforms, such as:
1) the consumer can only complete the understanding of the commodities on the network through pictures and word description, while the description languages of some commodities are ambiguous, which makes the recognition of the commodities ambiguous, thus the online shopping become a risky thing;
2) when people shop online, problems of poor service attitude, low distribution speed and the like may occur, but some buyers are angry to the commodities;
3) after-sales problems, sometimes the merchant does not actively sell the product itself.
The premise of the e-commerce transaction is trust and consensus. Consensus is that the seller and each buyer generate the same level of acceptance of the price and value of the product. Some e-commerce trading platforms have also taken steps to establish consensus such as making the consumer better aware of the goods themselves using merchandise ratings.
The method for judging the quality of the commodity by using the evaluation also has certain problems, such as:
1) the shop payer impersonates the customer, and obtains sales volume by raising the ranking and sales volume of the online shop in a fake and genuine shopping mode and appeals to the customer. The online stores can obtain better search ranking by swiping the order, generally providing purchase cost by store owners, helping the specified online store sellers to purchase commodities, improving sales volume and credit and filling out false and favorable behaviors. For example, in a platform search, a "sales volume" search is performed, and the shop is easier to find by a buyer due to a large sales volume (even false) so that the overall reputation of the shop can be falsely improved.
2) Malicious evaluation between the same lines also exists in the E-commerce transaction; the evaluator makes a threat to the evaluated party by using the 'middle evaluation' or 'poor evaluation', or puts unreasonable requirements such as refund, price reduction and the like; or the condition of similar 'malicious bad comment' such as the medium and bad comment initiated by the appraised person for the reason of recommending logistics.
Disclosure of Invention
The invention aims to solve the problem that user evaluation is tampered and falsely evaluated in the conventional E-commerce transaction platform system.
The invention provides a CIWN-I-based Internet trading platform uncertainty evaluation filtering system which is characterized in that hardware of the Internet trading platform uncertainty evaluation filtering system comprises a cloud server and a client, and software of the Internet trading platform uncertainty evaluation filtering system comprises a user access layer, an application service layer, an intermediate protocol layer and an infrastructure layer;
the user access layer is used for enabling a client of the block chain service to interact with a block chain service provider and the block chain service thereof;
the application service layer is used for providing efficient and reliable block chain access and monitoring service;
the infrastructure layer is used for providing an operation environment and basic components required by the normal operation of the block chain system;
the intermediate protocol layer obtains a user account book by utilizing a CIWN-I algorithm
CIWN-I is an abbreviation for confidence induced weighted nonlinear-I, which in Chinese meaning is confidence-induced weighted nonlinear I.
Furthermore, the user access layer comprises a user function module, a service function and a management function, wherein the user function module enables a user to access the block chain to become a node and realizes the functions of scoring and viewing; the business function is used for the operation and service of the block chain system; the management function is used for the blockchain system provider management system.
Further, the application service layer includes access management, node management and account book application. The access management realizes the function that the user and the provider access the block chain system; the account book application realizes the account book management function.
Further, the intermediate protocol layer includes: the system comprises a consensus mechanism, a time sequence service module, an encryption module, an abstract module, a digital signature module and an intelligent contract, wherein the consensus mechanism among nodes, and data and an account book record on the consensus mechanism form a block chain; the time sequence service module provides a unified time sequence for the block chain system; the encryption, abstract and digital signature module ensures the safety compliance of the block chain system and can prevent tampering; the intelligent contracts can automatically execute preset logic.
Furthermore, the infrastructure layer Can be used as a basic support of the blockchain system, and mainly realizes the butt joint of the Can data and the blockchain data and the communication network of the blockchain.
Further, the user function: the user function module is specifically as follows: the user can enjoy the service of the system after registering the blockchain system to become the node of the blockchain system, evaluates the consumed commodities on the internet transaction platform which are also registered to become the blockchain node, and checks the evaluation of other commodities and the reward money obtained by other users according to the evaluation weight through the module;
the management function specifically comprises: the blockchain system provider manages users on the system and the interconnected network transaction platform.
Further, the access management specifically includes: providing unified access and node management service by calling a middle-layer service component and an infrastructure layer, so that the service becomes an effective node in a block chain;
the account book application specifically comprises the following steps: the reward money account book of the consumer and the evaluation account book of the commodity are stored.
Further, the time sequence service module is specifically: setting up a block generated by packing the scoring account book data, the reward money account book data and the evaluation user data of the previous day at 9 points in the morning every day, and after the packing is finished, starting generating data of the next round by the block chain system;
the intelligent contract specifically comprises the following steps: the method comprises the following steps of generating a scoring table through logic programming in an intelligent contract, and recording scoring information of a user on commodities, wherein the scoring information specifically comprises the following steps: the merchant can credit part of profit of the commodity as reward money to the users participating in the evaluation by the system every day, the users qualified to participate in the credit are all users participating in the evaluation in 100 days before the day as a starting point, the total number of the users participating in the evaluation in 100 days is m, and the users participating in the evaluation in the first day in 100 days are respectively
The users participating in the evaluation in the second day are respectively
By analogy, the users participating in the evaluation on day 100 are respectively
Wherein m isk-99+mk-98+...+mk＝m。
Wherein in the scoring table, there is a total of Y1、Y2、…、Yi、…、YmG for one commodity for m users respectively1、G2、…Gj、…、GnN attributes were scored and the scores were expressed as<lij，aij>Which isWherein 1 represents the familiarity of the user participating in the scoring on the commodity attributes, a represents the scoring of the user on the commodity, wherein a is more than or equal to 0 and less than or equal to 1, and the weight of the final calculation result occupied by the scoring of each attribute is defined as omega from the beginningj＝(ω1，ω2，...，ωn)，(ω1+ω2+...+ωn1), the scoring is embodied in the form of:
user scoring table
| G1 | G2 | Gj | Gn | |||
| Y1 | <l11，a11> | <l12，a12> | … | <l1j，a1j> | … | <l1n，a1n> |
| Y2 | <l21，a21> | <l22，a22> | … | <l2j，a2j> | … | <l2n，a2n> |
| … | … | … | … | … | … | … |
| Yi | <li1，ai1> | <li2，ai2> | … | <lij，aij> | … | <lin，ain> |
| … | … | … | … | … | … | … |
| Ym | <lm1，am1> | <lm2，am2> | … | <lmj，amj> | … | <lmn，amn> |
Using the CIWN-I algorithm:
n represents the number of commodity attributes, j represents an intermediate variable, i represents a user for the intermediate variable, and omega represents a weight;
the weight of the score of each user can be calculated by the above calculation formula. According to the formula
Mj＝Wj×M
And calculating the amount of the reward money which each user should obtain, wherein M is the total amount of the reward money of the income of the scored commodities given by the merchants. Thus, the user account book is obtained. The invention has the advantages that the block chain-based internet transaction platform consensus system is provided, the scoring data can not be falsified through the underlying block chain, in addition, each user can directly inquire the scoring information of the user or other people through a block chain client, and the authenticity and accuracy of the scoring authenticity result are verified. Thereby ensuring the public, fair and transparent of the whole system.
Drawings
FIG. 1 is a system block diagram of a CIWN-I-based Internet transaction platform uncertainty evaluation filtering system;
Detailed Description
The invention is further elucidated below, exemplary embodiments of the invention being described in more detail with reference to the appended drawings.
The invention provides an internet transaction platform consensus construction method based on an interval intuition fuzzy weighting geometric algorithm, a system block diagram is shown in figure 1 of the attached drawings, and the system mainly comprises:
a user access layer, an application service layer, an intermediate protocol layer, and an infrastructure layer.
The user access layer can enable a client of the block chain service to interact with a block chain service provider and the block chain service thereof; the application service layer provides efficient and reliable block chain access and monitoring service for the application; the middle protocol layer is a core function layer of the block chain system; the infrastructure layer provides an operating environment and basic components required by the normal operation of the block chain system. The user access layer comprises a user function module, a service function and a management function. The user function module enables a user to access the block chain to become a node and realizes the functions of scoring and viewing; the business function is used for the operation and service of the block chain system; the management function is used for a block chain system provider management system.
The application service layer comprises access management, node management and account book application. The access management realizes the function that the user and the provider access the block chain system; the account book application realizes the account book management function.
Wherein the intermediate protocol layer comprises: the system comprises a consensus mechanism, a time sequence service module, an encryption module, a summary module, a digital signature module and an intelligent contract. Wherein, the consensus mechanism among the nodes, and the data and the account book record on the consensus mechanism establish the root of the block chain system; the time sequence service module provides a unified time sequence for the block chain system; the encryption, abstract and digital signature module ensures the safety compliance of the block chain system and can prevent tampering; the intelligent contracts can automatically execute preset logic.
The infrastructure layer Can be used as a basic support of the block chain system, and mainly realizes the butt joint of the Can data and the block chain data and the communication network of the block chain.
The user can enjoy the service of the system after registering the blockchain system to become the node of the blockchain system, the user can evaluate the commodities consumed by the user and also registered to become the blockchain node on the Internet transaction platform, and the user can check the evaluation of other commodities and the reward money obtained by other users according to the evaluation weight through the module.
The system provides unified access and node management service by calling the middle layer service component and the infrastructure layer, and becomes an effective node in a block chain; and storing the reward fund account book of the consumer and the evaluation account book of the commodities after the user scores.
The method comprises the following steps of generating a scoring table through logic programming in an intelligent contract, and recording scoring information of a user on commodities, wherein the scoring table specifically comprises the following steps: the merchant can credit part of profit of the commodity as reward money to the users participating in the evaluation by the system every day, the users qualified to participate in the credit are all users participating in the evaluation in 100 days before the day as a starting point, the total number of the users participating in the evaluation in 100 days is m, and the users participating in the evaluation in the first day in 100 days are respectively
The users participating in the evaluation the next day are respectively
By analogy, the users participating in the evaluation on the 100 th day are respectively
Wherein m isk-99+mk-98+...+mkMk is a constant of 100.
Wherein in the scoring table, there is a total of Y1、Y2、…、Yi、…、YmG for one commodity for m users respectively1、G2、…Gj、…、GnN attributes were scored and the scores were expressed as<lij，aij>Which isWherein 1 represents the familiarity of the user participating in the scoring on the commodity attributes, a represents the scoring of the user on the commodity, wherein a is more than or equal to 0 and less than or equal to 1, and the weight of the final calculation result occupied by the scoring of each attribute is defined as omega from the beginningj＝(ω1，ω2，...，ωn)，(ω1+ω2+...+ωn1), the scoring is embodied in the form of:
user scoring table
| G1 | G2 | … | Gj | … | Gn | |
| Y1 | <l11，a11> | <l12，a12> | … | <l1j，a1j> | … | <l1n，a1n> |
| Y2 | <l21，a21> | <l22，a22> | … | <l2j，a2j> | … | <l2n，a2n> |
| … | … | … | … | … | … | … |
| Yi | <li1，ai1> | <li2，ai2> | … | <lij，aij> | … | <lin，ain> |
| … | … | … | … | … | … | … |
| Ym | <lm1，am1> | <lm2，am2> | … | <lmj，amj> | … | <lmn，amn> |
Using the CIWN-I algorithm:
the weight of the score of each user can be calculated by the above calculation formula. According to the formula
Mj＝Wj×M
And calculating the amount of the reward money which each user should obtain, wherein M is the total amount of the reward money of the income of the scored commodities given by the merchants. Thus, the user account book is obtained.
Claims (8)
1. An internet trading platform uncertainty evaluation filtering system based on CIWN-I is characterized in that hardware of the internet trading platform uncertainty evaluation filtering system comprises a cloud server and a client, and software of the internet trading platform uncertainty evaluation filtering system comprises a user access layer, an application service layer, an intermediate protocol layer and an infrastructure layer;
the user access layer is used for enabling a client of the block chain service to interact with a block chain service provider and the block chain service thereof;
the application service layer is used for providing efficient and reliable block chain access and monitoring service;
the infrastructure layer is used for providing a running environment and basic components required by the normal running of the block chain system;
and the intermediate protocol layer obtains a user account book by utilizing a CIWN-I algorithm.
2. The CIWN-I based internet transaction platform uncertainty evaluation filtering system of claim 1, wherein the user access layer comprises a user function module, a service function and a management function, the user function module enables a user to access a block chain to become a node and realizes functions of scoring and viewing; the business function is used for the operation and service of the block chain system; the management function is used for the blockchain system provider management system.
3. The CIWN-I based internet transaction platform uncertainty evaluation filtering system of claim 1, wherein the application service layer comprises access management, node management and ledger application; the access management realizes the function that the user and the provider access the block chain system; the account book application realizes the account book management function.
4. The CIWN-I based Internet transaction platform uncertainty evaluation filtering system of claim 1, wherein the intermediate protocol layer comprises: the system comprises a consensus mechanism, a time sequence service module, an encryption module, an abstract module, a digital signature module and an intelligent contract, wherein the consensus mechanism among nodes, and data and an account book record on the consensus mechanism form a block chain; the time sequence service module provides a unified time sequence for the block chain system; the encryption, abstract and digital signature module ensures the safety compliance of the block chain system and can prevent tampering; the intelligent contracts can automatically execute preset logic.
5. The CIWN-I based internet transaction platform uncertainty evaluation filtering system of claim 1, wherein the infrastructure layer Can be regarded as a basic support of a blockchain system, and mainly realizes the butt joint of Can data and blockchain data and a communication network of blockchains.
6. The CIWN-I based internet transaction platform uncertainty evaluation filtering system of claim 2, wherein the user function: the user function module is specifically as follows: the user can enjoy the service of the system after registering the blockchain system to become the node thereof, and evaluates the self-consumed commodities on the internet transaction platform which are also registered to become the blockchain node, and the user checks the evaluation of other commodities and the reward money obtained by other users according to the evaluation weight through the module;
the management function specifically comprises: the blockchain system provides users on the management system and an internet transaction platform.
7. The CIWN-I based internet transaction platform uncertainty evaluation filtering system of claim 3, wherein the access management specifically comprises: providing unified access and node management service by calling a middle-layer service component and an infrastructure layer, so that the service becomes an effective node in a block chain;
the account book application specifically comprises the following steps: the reward money account book of the consumer and the evaluation account book of the commodity are stored.
8. The CIWN-I based internet transaction platform uncertainty evaluation filtering system of claim 4, wherein the time sequence service module specifically comprises: setting up a block generated by packing the scoring account book data, the reward money account book data and the evaluation user data of the previous day at 9 points in the morning every day, and after the packing is finished, starting generating data of the next round by the block chain system;
the intelligent contract specifically comprises the following steps: generating a scoring table through logic programming in the intelligent contract, and recording the scoring information of the user on the commodity, wherein the method specifically comprises the following steps: the merchant will pay a part of the profit of the commodity as the reward money from the system to the users who participate in the comment, and the users who are qualified to participate in the payment are all participated in the evaluation in 100 days before the day as the starting pointThe total number of the users participating in the evaluation in the 100 days is m, and the users participating in the evaluation in the first day in the 100 days are respectively
The users participating in the evaluation in the second day are respectively
By analogy, the users participating in evaluation on day 100 are respectively
Wherein m isk-99+mk-98+…+mkM, k is a constant of 100;
wherein in the scoring table, there is a total of Y1、Y2、…、Yi、…、YmG for each of m users for a commodity1、G2、…Gj、…、GnN attributes were scored and scores were expressed as < lij，aijWhere 1 represents the familiarity of the user participating in the scoring with the commodity attributes, a represents the scoring of the user with the commodity, where 0 ≦ a ≦ 1, and the weight of each attribute in the final calculation result is initially defined as ωi＝(ω1，ω2，...，ωn)，(ω1+ω2+…+ωn1), the scoring is embodied in the form of:
user scoring table
Calculating weight W by CIWN-I algorithmj：
n represents the number of commodity attributes, j represents an intermediate variable, i represents a user for the intermediate variable, and omega represents a weight;
the weight of the score of each user can be calculated by the calculation formula according to the formula
Mj＝Wj×M
And calculating the amount of the reward money which each user should obtain, wherein M is the total amount of the profit reward money of the scored commodities which are given by the merchants, so as to obtain the user account book.
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Application publication date: 20200929 |