CN111861728A - Three-party data source cost accounting system and method based on different pricing modes - Google Patents
Three-party data source cost accounting system and method based on different pricing modes Download PDFInfo
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- CN111861728A CN111861728A CN202010757046.3A CN202010757046A CN111861728A CN 111861728 A CN111861728 A CN 111861728A CN 202010757046 A CN202010757046 A CN 202010757046A CN 111861728 A CN111861728 A CN 111861728A
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Abstract
The invention relates to the technical field of computers, in particular to a three-party data source cost accounting system based on different pricing models, which comprises: the range module is used for defining the range of cost accounting; an identification module for identifying a specific cost charge; the allocation module is used for allocating the specific cost, acquiring allocation parameters corresponding to the allocation instructions according to the received allocation instructions, and allocating the cost by combining the allocation parameters; and the summarizing module is used for summarizing and comparing the allocated specific cost and expense. The invention provides a three-party data source cost accounting scheme based on different pricing modes, each party can perform more accurate cost accounting and can perform effective transverse comparison, cost statistical analysis data in different time periods is provided, and the technical problems that in the existing charging mode, in the apportionment of the three-party data source cost accounting, the cost is not apportioned to each call according to different pricing modes, the pricing time is long, and the consumption of network transmission is large are solved.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a three-party data source cost accounting system and method based on different pricing modes.
Background
In the process of developing financial credit product business, whether the bank or the non-bank organization needs to continuously exchange and communicate with external resources. The external resources, that is, the resources not belonging to the unit, are collectively called three-party data sources. The three-party data source charging is based on calling charging according to an interface, and the main charging standard comprises tiered pricing, fixed price, fixed unit price or packet year and the like.
For example, the document CN110729038A discloses a method, an apparatus, an electronic device and a computer-readable storage medium for cost sharing, which relate to the field of data processing. The method comprises the following steps: when an apportionment instruction aiming at any cost is received, acquiring an apportionment parameter corresponding to the apportionment instruction; acquiring cost data corresponding to each apportioned object required by the apportionment parameters; obtaining apportionment data corresponding to the apportionment parameters based on the cost data; and obtaining the apportionment cost corresponding to each apportioned object based on the apportionment data and each cost data. The method solves the problems that the data volume of the subdata and the denominator data is too large and a large storage space is occupied in the existing allocation method. Meanwhile, the data volume of the apportioned cost is small, the consumption of hardware resources and network transmission is reduced, the calculation efficiency is improved, and the user experience is improved.
At present, the cost of the external data source is mainly charged according to a charging mode which is inquired or searched and according to a manufacturer, an interface, a project and a unit price. However, in the existing charging mode, in the apportionment of the cost accounting of the three-party data source, the cost is not apportioned to each call according to different pricing modes, so that the time for pricing is long, the consumption of network transmission is large, the comparability is lacked, and the calculated cost cannot reach each client correctly.
Disclosure of Invention
The invention provides a three-party data source cost accounting system and method based on different pricing modes, and solves the technical problems that in the existing charging mode, in the apportionment of the three-party data source cost accounting, the cost is not apportioned to each call according to different pricing modes, the pricing time is long, and the consumption of network transmission is large.
The basic scheme provided by the invention is as follows: three-party data source cost accounting system based on different pricing models comprises:
the range module is used for defining the range of cost accounting;
an identification module for identifying a specific cost charge;
the allocation module is used for allocating the specific cost, acquiring allocation parameters corresponding to the allocation instructions according to the received allocation instructions, and allocating the cost by combining the allocation parameters;
and the summarizing module is used for summarizing and comparing the allocated specific cost and expense.
The working principle and the advantages of the invention are as follows: by thinning the cost of the three-party data source, the use and the optimization cost of the three-party data source are effectively monitored, and the data error is reduced, so that finer and more accurate cost statistics are provided, and cost monitoring is conveniently carried out by each party. In addition, whether the interface is used for abnormal monitoring can be judged according to the single-call cost condition of the interface, and a basis is provided for negotiating the price according to the change of the single-call cost, so that unnecessary cost is reduced.
The invention provides a three-party data source cost accounting scheme based on different pricing modes, each party carries out more accurate cost accounting and can effectively and transversely compare, cost statistical analysis data in different time intervals is provided, and the problems of short charging logic, distortion of single calling cost, long pricing time and high consumption of network transmission aiming at different pricing modes at present are solved.
Further, the range module includes: a real-time unit for accounting real-time cost fees; the human power unit is used for accounting the human cost expenses of the development interface and the charging personnel; and the fixed unit is used for accounting the fixed asset cost of the purchasing system.
Has the advantages that: the cost expense is divided into real-time cost expense, labor cost expense of development interfaces and charging personnel and fixed asset cost expense of a purchasing system, and by the mode, the composition structure of the cost expense and the occupied proportion of the cost expense in quantity can be known, so that transverse comparison of various cost expenses is facilitated.
Further, the identification module includes: a destination unit for identifying a usage purpose; a usage unit for identifying a user; the item unit is used for identifying a calling item; and the case unit is used for identifying the calling case.
Has the advantages that: by identifying the use purpose, the user, the calling item and the calling condition, the method is beneficial to cost monitoring, judging whether the interface is used abnormally or not according to the single calling cost condition of the interface, and providing a basis for negotiating the price according to the change of the single calling cost.
Further, the apportioning module includes: the time unit is used for counting the price according to times; a staircase unit for pricing in steps; and the package year unit is used for pricing according to package years.
Has the advantages that: the cost is allocated to a specific part by counting the number of times, carrying out tiered pricing and carrying out annual pricing, and allocation results of different pricing modes can be compared.
Further, the summarization module comprises: the report unit is used for summarizing the allocated specific cost and expense to form a report; and the comparison unit is used for comparing the cost of each manufacturer and each interface.
Has the advantages that: the specific cost is presented in a report form, so that the method is more visual, and is more beneficial to comparing the cost of each manufacturer and each interface transversely and longitudinally.
On the basis of the scheme, the invention also provides a three-party data source cost accounting method based on different pricing modes, which comprises the following steps:
s1, defining the range of cost accounting;
s2, identifying specific cost and expense;
s3, the cost allocation method comprises the steps of allocating specific cost, acquiring allocation parameters corresponding to allocation instructions according to received allocation instructions, and allocating cost by combining the allocation parameters;
and S4, summarizing the specific cost after the allocation and comparing the cost.
The working principle and the advantages of the invention are as follows: by thinning the cost, the use of the three-party data source can be effectively monitored, and the cost can be optimized, so that finer and more accurate cost statistics can be provided, and cost monitoring can be conveniently carried out by each party.
Further, S1 specifically includes: s11, accounting the real-time cost; s12, accounting the development interface and the labor cost charge of the charging personnel; and S13, accounting the fixed asset cost of the purchasing system.
Has the advantages that: by the mode, the composition structure of the cost can be conveniently and quickly known, and the occupied proportion of the cost in quantity can be conveniently and transversely compared with the cost in various modes.
Further, S2 specifically includes: s21, identifying the use purpose; s22, identifying a user; s23, identifying a calling item; and S24, identifying the calling condition.
Has the advantages that: therefore, cost monitoring is facilitated, whether the interface is abnormally monitored or not is judged according to the single-call cost condition of the interface, and a basis is provided for negotiating prices according to the change of the single-call cost.
Further, S3 specifically includes: s31, pricing according to times; s32, pricing according to steps; and S33, calculating the price according to the package year.
Has the advantages that: thus, the apportionment results of different pricing modes can be compared.
Further, S4 specifically includes: s41, summarizing the allocated specific cost and expense to form a report; and S42, comparing the cost of each manufacturer and each interface.
Has the advantages that: therefore, the method is more visual, and is more beneficial to comparing the cost of each manufacturer and each interface transversely and longitudinally.
Drawings
FIG. 1 is a block diagram of a system structure of an embodiment of a three-party data source cost accounting system based on different pricing models.
Detailed Description
The following is further detailed by the specific embodiments:
example 1
The embodiment of the three-party data source cost accounting system based on different pricing models is basically as shown in the attached figure 1, and comprises the following components: the range module is used for defining the range of cost accounting; an identification module for identifying a specific cost charge; the allocation module is used for allocating the specific cost; and the summarizing module is used for summarizing and comparing the allocated specific cost and expense.
The first step, the cost accounting range is defined.
The scope module executes the determination scheme to delineate a scope of the cost accounting. Specifically, the range module comprises a real-time unit, a manpower unit and a fixed unit. Firstly, a real-time unit calculates real-time cost fees, such as electric charges and network charges; then, the human power unit calculates the human cost fees of the development interface and the charging personnel, such as wages, social security and housing accumulation fund; finally, the fixed unit accounts for fixed asset cost charges of the procurement system, such as the charge paid to procure the fixed asset. By the method, the cost is divided into three parts, namely real-time cost, development interface, manpower cost of charging personnel and fixed asset cost of a purchasing system, so that the composition structure of the cost and the proportion occupied in quantity can be known, and transverse comparison of various costs is facilitated.
And secondly, identifying specific cost expenses.
The identification module performs identifying the specific cost fee. Specifically, the identification module comprises four subunits of a destination unit, a use unit, an item unit and a case unit. First, the destination unit identifies the usage destination, such as pre-credit; then, the using unit identifies the user, such as wind control, business, technology; then, the project unit marks and calls projects, such as post-credit-backtracking and post-credit-model backtracking; finally, the case unit identifies the invocation case, such as whether it is remote, whether the query is successful, or whether it is found. The data of each call is obtained, and the finest dimension information such as call time, interface name, interface field, interface type, manufacturer, project and call stage can be obtained. Therefore, by identifying the use purpose, the user, the calling item and the calling condition, the method is beneficial to cost monitoring, judging whether the interface is used abnormally or not according to the single calling cost condition of the interface, and providing a basis for negotiating the price according to the change of the single calling cost.
And thirdly, distributing the specific cost.
The apportioning module performs apportioning the specific cost charges. Specifically, the apportioning module comprises a time unit, a step unit and a year packing unit, wherein the time unit is used for counting the price according to times; the step unit carries out pricing according to steps; and the bag year unit carries out pricing according to the bag year. When the specific cost is shared, according to the received sharing instruction, the sharing parameter corresponding to the sharing instruction is obtained, and the cost is shared by combining the sharing parameter.
The interface charging mode comprises two modes of check and query, wherein the check means charging when content is returned, and the query means charging as long as the data source is called successfully; the charging modes include three types, namely, charging according to times, tiered pricing (charging according to the different calling amounts according to the year and the month) and year packing. Charging according to the times, and directly charging according to the times of initiating requests. The charge of each request only exists zero, and the charge comprises the failure of initiating the call, no remote call, the charge obtained by checking and no content returned; and the interface calls for a unit price, such as 5 yuan/time. And (4) charging in a packet year mode, and equally distributing the annual cost to each time of calling according to the interface calling amount. For example, the annual cost is 600 yuan, the number of calls in a year is 250, and the annual cost is divided into 2.4 yuan/call.
Tiered pricing, taken as an example by year, includes three cases: 1. each call volume phase charges differently. For example, the price of the call volume 1-10000 times is 2 yuan/time, the call volume is higher than 10001 and lower than 20000, the call price of the part is 1 yuan/time, if the effective call volume (the call number of the charge) is 15000, the unit price of the interface is (10000 × 2+5000 × 1)/15000 ═ 1.67 yuan/time. 2. And (4) charging according to the highest call amount. If the price of the call volume is 1-10000 Yuan/time, the call volume is higher than 10001 and lower than 20000, the call price is 1 Yuan/time, if the effective call volume (the call number of the charge) is 15000, the unit price of the interface is 2 Yuan per time. 3. Part of the call volume is free. For example, 3000 calls are free before each month, and if 5000 calls are made in a month, the call cost is (5000 + 3000) × 1/5000 ═ 0.4 yuan/time. Therefore, cost and expense are allocated to a specific part by counting the number of times, carrying out tiered pricing and carrying out annual pricing, and allocation results of different pricing modes can be compared.
And fourthly, summarizing the allocated specific cost and expense and comparing the cost and the expense.
And the summarizing module summarizes and compares the allocated specific cost and expense. Specifically, the summarizing module comprises a report unit and a comparison unit, wherein the report unit summarizes the allocated specific cost expenses to form a report, and the comparison unit compares the cost expenses of each manufacturer and each interface. Therefore, the specific cost is presented in a report form, and the report form is more visual, is more beneficial to comparing the cost of each manufacturer and each interface transversely and longitudinally, and provides a cost optimization suggestion.
Example 2
The difference from the embodiment 1 is only that other indirect expenses, including the human cost of the development interface and the billing personnel and the fixed asset cost of the purchasing system, are generally one-time cost, and need to be split according to the use condition of the data source. Specifically, the allocation is performed according to the interface and the amount of product used, and can be performed according to the prior art.
Example 3
The difference from the embodiment 2 is that the loan payment system further comprises a client side, which is used for collecting behavior data related to the loan of the third-party user in real time, analyzing the behavior data, and judging whether the user is a high-quality client with both a repayment willingness and a repayment capability. In the embodiment, the client is a bank APP, the client is provided for the user to use for a period of free, and data related to loan behaviors of the user is collected in real time in the use period of the user.
Specifically, the method comprises the steps that short messages received by a user every day are read, and semantic analysis is carried out by extracting keywords in the short messages, so that the repayment willingness and the repayment capacity of the user are judged. For example, the short message of the bank card of the user may contain words such as "balance", "arrearage", etc., and then semantic analysis is performed to determine whether the balance of the bank card is less than the arrearage, and the number of times that the balance of each month is less than the arrearage is counted. If the number of times of the balance less than the arrearage per month exceeds 3, namely the balance is insufficient and appears for 3 times or more per month, the repayment will not be good and the repayment capacity of the user can be judged to be bad; on the contrary, if the user does not receive short messages such as insufficient balance, arrearage and the like in the service life, the user can be judged to be a high-quality client with better repayment willingness and repayment capability.
In addition, the working condition and the consumption habit of the user are analyzed through the positioning data and the Bluetooth card punching of the mobile phone. For example, the work type of the user can be analyzed through the Bluetooth card punching place of the mobile phone, so that the income condition of the user can be judged. For example, the Bluetooth card-punching places of the users are all displayed in a high-grade office building, and the card-punching time is about 22 times per month, which indicates that the users are likely to be white-collar workers of companies, are full of work per month, do not require leave, spacious work and late arrival, can judge that the cash flow of the users is stable, have good repayment willingness and repayment capacity, and judge that the users are high-quality clients. For the positioning data, the consumption habits of the users are analyzed according to the frequently-going consumption places and the entertainment places, and if the users frequently go in and out of the places with high consumption levels, the repayment willingness and the repayment capacity of the users can be judged to be poor. And finally, the data such as the mobile phone short message information, the mobile phone positioning data, the Bluetooth card punching place and the like of the user can be integrated to analyze the repayment willingness and the repayment capacity of the user, so that the integrated judgment is made.
The foregoing is merely an example of the present invention, and common general knowledge in the field of known specific structures and characteristics is not described herein in any greater extent than that known in the art at the filing date or prior to the priority date of the application, so that those skilled in the art can now appreciate that all of the above-described techniques in this field and have the ability to apply routine experimentation before this date can be combined with one or more of the present teachings to complete and implement the present invention, and that certain typical known structures or known methods do not pose any impediments to the implementation of the present invention by those skilled in the art. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.
Claims (10)
1. The three-party data source cost accounting system based on different pricing models is characterized in that,
the method comprises the following steps:
the range module is used for defining the range of cost accounting;
an identification module for identifying a specific cost charge;
the allocation module is used for allocating the specific cost, acquiring allocation parameters corresponding to the allocation instructions according to the received allocation instructions, and allocating the cost by combining the allocation parameters;
and the summarizing module is used for summarizing and comparing the allocated specific cost and expense.
2. The three-party data source cost accounting system based on different pricing models of claim 1, wherein the scope module includes, a real time unit for accounting real time cost fees; the human power unit is used for accounting the human cost expenses of the development interface and the charging personnel; and the fixed unit is used for accounting the fixed asset cost of the purchasing system.
3. The three-party data source cost accounting system based on different pricing models of claim 2, wherein the identification module comprises, a destination unit for identifying a purpose of use; a usage unit for identifying a user; the item unit is used for identifying a calling item; and the case unit is used for identifying the calling case.
4. The three-party data source cost accounting system based on different pricing models of claim 3, wherein the apportioning module comprises, a times unit for pricing by times; a staircase unit for pricing in steps; and the package year unit is used for pricing according to package years.
5. The three-party data source cost accounting system based on different pricing models of claim 4, wherein the summarizing module comprises a report unit for summarizing the apportioned specific cost fees into a report; and the comparison unit is used for comparing the cost of each manufacturer and each interface.
6. A three-party data source cost accounting method based on different pricing models is characterized in that,
the method comprises the following steps:
s1, defining the range of cost accounting;
s2, identifying specific cost and expense;
s3, the cost allocation method comprises the steps of allocating specific cost, acquiring allocation parameters corresponding to allocation instructions according to received allocation instructions, and allocating cost by combining the allocation parameters;
and S4, summarizing the specific cost after the allocation and comparing the cost.
7. The method for three-party data source cost accounting based on different pricing models of claim 6, wherein S1 specifically includes, S11, accounting real-time cost fee; s12, accounting the development interface and the labor cost charge of the charging personnel; and S13, accounting the fixed asset cost of the purchasing system.
8. The three-party data source cost accounting method based on different pricing models as claimed in claim 7, wherein S2 specifically includes, S21, identification purpose of use; s22, identifying a user; s23, identifying a calling item; and S24, identifying the calling condition.
9. The three-party data source cost accounting method based on different pricing models of claim 8, wherein S3 specifically includes, S31, pricing by number of times; s32, pricing according to steps; and S33, calculating the price according to the package year.
10. The three-party data source cost accounting method based on different pricing models of claim 9, wherein S4 specifically includes, S41, summarizing the apportioned specific cost fees into a report; and S42, comparing the cost of each manufacturer and each interface.
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