CN110070434A - A kind of data transfering method and relevant device - Google Patents
A kind of data transfering method and relevant device Download PDFInfo
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- CN110070434A CN110070434A CN201910269648.1A CN201910269648A CN110070434A CN 110070434 A CN110070434 A CN 110070434A CN 201910269648 A CN201910269648 A CN 201910269648A CN 110070434 A CN110070434 A CN 110070434A
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- 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
- G06Q40/03—Credit; Loans; Processing thereof
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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
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- 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
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Abstract
Business Process Optimizing of the embodiment of the present invention suitable for O&M field discloses a kind of data transfering method and relevant device, which comprises data transfering node periodically judges whether to meet the trigger condition that preset data shift intelligent contract；Data transfering node determines in the case where receiving the data transfer request of the first system transmission and meets the trigger condition that the data shift intelligent contract；Data transfering node determines that the overdue of second data volume does not shift the overdue of additional amount of data and second data volume and do not shift accumulation data volume, and the overdue overdue sum for not shifting accumulation data volume for not shifting additional amount of data and second data volume of second data volume is determined as to the data volume of the non-transfer part of second data volume；Data transfering node shifts the data volume of the non-transfer part of second data volume from the first system to the second system.By the invention it is possible to improve the efficiency and reliability of data transfer.
Description
Technical field
This application involves computer field more particularly to a kind of data transfering methods and relevant device.
Background technique
It usually will appear the different data supplier such as multiple mechanisms or multiple systems in daily life, work, game
The case where lending business datum amount to same data requirements side simultaneously, is giving back this partial service data volume to data supplier
When, the side of giving back of data needs to give back corresponding data volume to each data lending side one by one, and this mode is returned for data
Also side and data supplier will do the work largely given back and checked, and more influence the efficiency and accuracy of data interaction.
Summary of the invention
The application provides a kind of data transfering method and relevant device, and the efficiency and reliability of data transfer can be improved.
First aspect of the embodiment of the present invention provides a kind of data transfering method, comprising:
Data transfering node periodically judges whether to meet the trigger condition that preset data shift intelligent contract, described
Data shift intelligent contract and determine model, second data volume comprising the data volume of the non-transfer part for the second data volume
It is directed to the data volume that the first data volume is transferred out of from second system for the first system, first data volume is the first system
The data volume being transferred out of to target user；
For the data transfering node in the case where receiving the data transfer request of the first system transmission, determination meets institute
State the trigger condition that data shift intelligent contract；
The data transfering node shifts the data volume for including in intelligent contract according to the data and determines model, determines institute
The overdue of the second data volume is stated not shift the overdue of additional amount of data and second data volume and do not shift accumulation data volume, and
Overdue by second data volume does not shift additional amount of data and the overdue of second data volume does not shift accumulation data
The sum of amount is determined as the data volume of the non-transfer part of second data volume；
The data transfering node shifts not turning for second data volume from the first system to the second system
Move the data volume of part.
With reference to first aspect, in the first possible realization, it includes first system that the data, which shift intelligent contract,
Ratio assessment models are accumulated in the overdue transfer of system；
The data transfering node shifts the data volume for including in intelligent contract according to the data and determines model, determines institute
The overdue of the second data volume is stated not shift the overdue of additional amount of data and second data volume and do not shift accumulation data volume packet
It includes:
The data transfering node obtains the data transfer parameters that the first system is directed to the second system, and described the
The data transfer parameters of one system are that the whole data volumes being transferred out of from the second system are directed to according to the first system
State of giving back determine and obtain；
The first system is directed to described in the data transfer parameters input of the second system by the data transfering node
Overdue transfer accumulation ratio assessment models determine first system based on the output of the overdue transfer accumulation ratio assessment models
System accumulates ratio for the overdue transfer of the second system；
Ratio is accumulated in overdue transfer of the data transfering node according to the first system for the second system, with
And the corresponding plan of system migration period for giving back overdue state and non-transfering state in the works of second data volume
Give back data volume, determine second data volume it is overdue do not shift additional amount of data and second data volume it is overdue not
Transfer accumulation data volume.
In conjunction with the possible implementation of the first of first aspect present invention or first aspect, in second of possible realization
In, the data transfering node shifts the non-transfer part of second data volume from the first system to the second system
Data volume after, further includes:
The data transfering node is according to the system time of the data volume for the non-transfer part for shifting second data volume
And the data volume of the non-transfer part of second data volume, update the data that the first system is directed to the second system
Transfer parameters.
In conjunction with the first possible implementation of first aspect present invention, in the third possible realization, the number
According to transfering node in the case where receiving the data transfer request of the first system transmission, determines and meet the data transfer intelligence
Before the trigger condition of contract, further includes:
The first system is corresponding in the first object user's migration period of first data volume given back in the works
Data shifted in the time limit, in the case where not receiving the corresponding plan transfer data volume of the first object user migration period,
The data transfer request of the data volume of the non-transfer part for first data volume, first mesh are sent to third system
Mark any user migration period given back in the works that user's migration period is first data volume；
The first system receives the data volume of the non-transfer part of first data volume of the third system transfer.
In conjunction with the third possible implementation of first aspect present invention, in the fourth possible implementation, institute
The first system is stated in the first object user's migration period the given back in the works corresponding data transfer phase of first data volume
In limit, in the case where not receiving the corresponding plan transfer data volume of the first object user migration period, to third system
The data transfer request of data volume sent for the non-transfer part of first data volume includes:
The first system gives back the corresponding plan of each user's migration period in the works according to first data volume
Data volume and the corresponding current transferred data amount of each user's migration period are shifted, determines first data volume respectively
Give back data transfering state in the works be overdue state and non-transfering state it is each do not tie user's migration period it is current not
Transfer plan data volume, the current transferred data amount for not tying user's migration period are the needle that the first system receives
To it is described it is each do not tie user's migration period give back data volume；
The first system is according to each current non-transfer plan data volume and preset use for not tying user's migration period
The data volume of the non-transfer part of first data volume described in the overdue transfer accumulation ratio-dependent in family；
The first system will carry the data transfer request hair of the data volume of the non-transfer part of first data volume
Give the third system.
In conjunction with the third possible implementation of first aspect present invention, in a fifth possible implementation, institute
It states and carries the first object user migration period label in the data transfer request that the first system is sent to the third system
And corresponding current transferred data amount, the corresponding current transferred data amount of the first object user migration period is institute
It states the first system and receives and give back data volume for the first object user migration period；
The first system receives the data volume of the non-transfer part of first data volume of the third system transfer
Before, further includes:
The third system according to the first object user migration period label, corresponding current transferred data amount with
And the plan of giving back of first data volume, determine the data volume of the non-transfer part of first data volume.
In conjunction with the embodiment of the present invention in a first aspect, in a sixth possible implementation, the data transfering node exists
In the case where the data transfer request for receiving the first system transmission, determines and meet the triggering item that the data shift intelligent contract
Before part, further includes:
The third system does not receive carrying that the first system is sent described the within default time limit transfer time
It is each in the works according to giving back for first data volume in the case that the data of two target user's migration period labels close information
Data volume is shifted in the data transfering state of a user's migration period and corresponding plan, determines not shifting for first data volume
Partial data volume, it is only described first that the data for carrying the second target user migration period label, which close information,
System receives second target for the second target user migration period transfer within default time limit transfer time
User's migration period it is corresponding it is current should shift data volume in the case where send；
The third system shifts the data volume of the non-transfer part of first data volume to the first system.
Second aspect of the embodiment of the present invention provides a kind of data shifting apparatus, comprising:
Judging unit, the trigger condition for periodically judging whether to meet the preset intelligent contract of data transfer, institute
It states the intelligent contract of data transfer and determines model, second data comprising the data volume of the non-transfer part for the second data volume
Amount is the data volume that the first system is directed to that the first data volume is transferred out of from second system, and first data volume is first system
It unites the data volume being transferred out of to target user；
Receiving unit, for determining described in meeting in the case where receiving the data transfer request of the first system transmission
Data shift the trigger condition of intelligent contract；
Determination unit determines model for shifting the data volume for including in intelligent contract according to the data, determine described in
The overdue of second data volume does not shift the overdue of additional amount of data and second data volume and does not shift accumulation data volume, and will
The overdue of second data volume does not shift additional amount of data and the overdue of second data volume does not shift accumulation data volume
Sum be determined as second data volume non-transfer part data volume；
Buanch unit, for shifting the non-transfer portion of second data volume from the first system to the second system
The data volume divided.
The third aspect of the embodiment of the present invention provides another data shifting apparatus, including processor, memory and logical
Believe interface, the processor, memory and communication interface are connected with each other, wherein the communication interface is for sending and receiving number
According to the memory executes above-mentioned first aspect for calling said program code for storing program code, the processor
The method executed with the first system described in any one method in the various possible implementations of first aspect.
Fourth aspect of the embodiment of the present invention provides a kind of computer storage medium, and the computer storage medium is stored with
Computer program, the computer program include program instruction, and described program instruction makes the calculating when executed by a computer
Machine executes any one method in above-mentioned first aspect and each possible implementation of first aspect.
In the embodiment of the present invention, data transfering node periodically judges that currently whether meeting data shifts intelligent contract
Trigger condition, in the case where receiving the data transfer request of the first system transmission, the determination of data transfering node meets data
The trigger condition of intelligent contract is shifted, and then shifts the data volume for including in intelligent contract according to data and determines model, determines the
Two data volumes it is overdue do not shift additional amount of data and it is overdue do not shift accumulation data volume, do not shift additional data according to overdue
Amount and the overdue data volume for not shifting accumulation data volume and determining the non-transfer part of the second data volume, and from the first system to the
Two system shifts the data volume of the non-transfer part of the second data volume.The first system and second system are being not necessarily to the second data volume
Non- transfer part data volume accounting and confirmation in the case where, pass through preset the first system in data transfering node and
Data that two system is formulated jointly shift intelligent contract, realize determination to the data volume of the non-transfer part of the second data volume and
Transfer improves the efficiency of data transfer while ensure that the reliability of data transfer.
Detailed description of the invention
It to describe the technical solutions in the embodiments of the present invention more clearly, below will be to needed in the embodiment
Attached drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ability
For the those of ordinary skill of domain, without creative efforts, it can also be obtained according to these attached drawings other attached
Figure.
Fig. 1 is a kind of flow diagram of data transfering method provided in an embodiment of the present invention；
Fig. 2 is the system interaction schematic diagram of another data transfering method provided in an embodiment of the present invention；
Fig. 3 is a kind of structural schematic diagram of data shifting apparatus provided in an embodiment of the present invention；
Fig. 4 is the structural schematic diagram of another data shifting apparatus provided in an embodiment of the present invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that the described embodiment is only a part of the embodiment of the present invention, instead of all the embodiments.Based on this
Embodiment in invention, every other reality obtained by those of ordinary skill in the art without making creative efforts
Example is applied, shall fall within the protection scope of the present invention.
Before introducing the embodiment of the present invention, first the related notion of intelligent contract is described.Intelligent contract
It (Smartcontract) is a kind of computer protocol that contract is propagated, verified or executed in a manner of information-based.Intelligent contract allows
Credible transaction is carried out in no third-party situation, these transaction are traceable and irreversible.Comprising default in intelligent contract
Trigger condition and treaty content, the submedial contract of daily life needs to carry out constraint execution by law etc., and intelligence is closed
It is approximately to enforce transaction content specified in contract by technological means in the case where meeting trigger condition.Intelligent contract
It after being formulated jointly by each participant, is typically stored in the block chain node of block catenary system, the judgement of block chain node is
The no trigger condition for meeting intelligent contract, determine meet trigger condition in the case where, execute the treaty content in intelligent contract.
Next the embodiment of the present invention is introduced, referring to Fig. 1, Fig. 1 is a kind of data transfer side provided in an embodiment of the present invention
The flow diagram of method, the data transfering method are related to the first system, second system, third system and data transfer section
Point, the first system be to user lend transfer data volume system, the second system be for the first system to
User lends the data volume of transfer, the system that Xiang Suoshu the first system shifts partial data amount therein, and the third system is
Transfer cannot be given back to the first system in the default time limit by being directed in user from the data volume of the first system lending transfer
When, Xiang Suoshu the first system gives back the transfer user data volume for not giving back part, and the data transfering node is to be deployed in data
A node in block catenary system is shifted, disposes in the node and is stated the first system and the second system formulates jointly
Data shift intelligent contract.
After the corresponding application scenarios of the present embodiment can be bank and little Dai company combines to user and make loans, user is failing
When refunding the prescribed time-limit, insurance company combines the scene made loans and settled a claim for user to bank and little Dai company.It should
The first system described in application scenarios can be little Dai company, and the second system can be bank, and the third system can be with
For insurance company, the Claims Resolution intelligence contract that little Dai company and bank formulate jointly is stored in data transfering node, specifically, institute
Stating data transfering method may include:
S101, data transfering node periodically judge whether to meet the triggering item that preset data shift intelligent contract
Part.
Specifically, the trigger condition that the data shift intelligent contract is to receive the data that the first system is sent to turn
Request is moved, the data shift the treaty content of intelligent contract comprising shifting counting for second for intelligent contract according to write-in data
Model is determined according to the data volume of the non-transfer part of amount, determines the data volume of the non-transfer part for the second data volume, and from
The first system shifts the data volume of the non-transfer part of second data volume to the second system.Second data
Amount is the data volume that the first system is directed to that the first data volume is transferred out of from second system, and first data volume is first system
It unites the data volume being transferred out of to target user.
After the data shift the data transfering node that intelligent contract is deployed in data transfer block catenary system, the number
The data are shifted by intelligent contract by P2P mechanism according to transfering node and are broadcast to verifying section multiple in data transfer block chain
Point, the data that verifying node store shift intelligent contract.
S102, the data transfering node are determined in the case where receiving the data transfer request of the first system transmission
Meet the trigger condition that the data shift intelligent contract.
Specifically, the data transfering node is after determining and meeting the trigger condition that the data shift intelligent contract, to
Data described in verifying node broadcasts in data transfer block catenary system shift the message that intelligent contract meets trigger condition, so that
It verifies node and intelligent contract is shifted according to the data of storage to the verifying node, intelligent contract is shifted to the data and triggers item
The satisfaction of part is verified, and generates corresponding verification result, is greater than preset quantity what the data transfering node received
Verifying node send verification result after, or receive specific authentication node transmission verification result after, execute the data
Shift intelligent contract.
Wherein, the data transfer request that the first system is sent to the data transfering node is that the first system exists
Receive the number that third system lends the non-transfer part of the first data volume shifted for the first system to target user
When according to amount, what Xiang Suoshu data transfering node was sent.The third system shifts first data volume to the first system
Non- transfer part data volume, the first system can be received for first data volume in the third system
It is executed after the data transfer request that the data volume of non-transfer part is sent, it can also giving back in the works in first data volume
Any user migration period corresponding default time limit transfer time in, the carrying use that does not receive that the first system sends
The data of family migration period label execute after closing state.Wherein, the data volume of the non-transfer part of first data volume can
To be determined by the first system, third system is sent to included in the data transfer request, it can also be by the third
System determines.
In a kind of optional implementation, the data transfering node is in the data transfer for receiving the first system and sending
Before request, the first system is corresponding in the first object user's migration period of first data volume given back in the works
Data shifted in the time limit, in the case where not receiving the corresponding plan transfer data volume of the first object user migration period,
The data transfer request of the data volume of the non-transfer part for first data volume, first mesh are sent to third system
Any user migration period given back in the works that user's migration period is first data volume is marked, so that the third system
The data volume of the non-transfer part of first data volume is shifted to the first system.For example, first data volume is returned
Also plan is given back the period comprising 12 users, and user shifts the date respectively from November, 2017 to every month in October, 2018
10 days, if the first systems on the 10th of in November, 2017 to every month in April, 2018 receive the data of target user's transfer
Amount, the first system on May 10 in 2018 does not receive the data volume of target user's transfer, and shifts week in the user
Target user is not received (in 50 days after on May 10th, 1) in phase in the corresponding data transfer time limit to turn for the user
In the case where moving period corresponding plan transfer data volume, the first system sends the data transfer to the third system
Request, if the first system in 50 days after on May 10th, 2018, receives the user transfer of target user's transfer
In the case where partial data amount in period corresponding plan transfer data volume, the data still are sent to the third system
Transfer request.
Further alternative, the first system turns in the first object user of first data volume given back in the works
It moves in the corresponding data transfer time limit in period, does not receive the corresponding plan transfer data of the first object user migration period
In the case where amount, the first system gives back the corresponding meter of each user's migration period in the works according to first data volume
Shifting data volume and the corresponding current transferred data amount of each user's migration period are transferred, determines first data respectively
The data transfering state in the works of giving back of amount is that overdue state and each of non-transfering state do not tie the current of user's migration period
Non- transfer plan data volume, the current transferred data amount the first system for not tying user's migration period receive
For it is described it is each do not tie user's migration period give back data volume；The first system does not tie user's migration period according to each
Current non-transfer plan data volume and the overdue transfer accumulation ratio-dependent of preset user described in the first data volume do not shift
Partial data volume；The first system asks the data transfer for the data volume for carrying the non-transfer part of first data volume
It asks and is sent to the third system.
For example, if the default time limit is 50 days, target user shares 9 for the data plan of giving back of little Dai company
Phase, wherein user's migration period and corresponding user in overdue state and non-transfering state shift date and plan transfer number
It is as shown in table 1 according to amount:
| User's migration period | Plan transfer data volume | User shifts the date | Data transfering state |
| 6 phases | 3270 | On May 3rd, 2018 | Overdue state |
| 7 phases | 3270 | On June 3rd, 2018 | Overdue state |
| 8 phases | 3270 | On July 3rd, 2018 | Non- transfering state |
| 9 phases | 3270 | On August 3rd, 2018 | Non- transfering state |
Table 1
It is 0.25% that the data, which give back the overdue transfer accumulation ratio of corresponding user in the works, before on June 21st, 2018
Little Dai company does not receive target user and is directed to the data that 6 phases~9 phases give back to small-loan company, on June 21st, 2018
Little Dai company determines that the 6th phase~the 9th phase current non-transfer plan data volume is 3270, accumulates ratio according to the overdue transfer of user
Example be the 9%, the 6th phase and the 7th phase current non-transfer plan data volume determine the user of the 6th phase and the 7th phase it is overdue do not shift it is attached
Add data volume to be respectively 40.87 and 15.53, according to the 6th phase~the 9th phase respective current non-transfer plan data volume and the 6th phase,
7th phase respective user is overdue, which not to be shifted additional amount of data and obtains insurance company, to be to the data volume that little Dai company settles a claim
13136.4。
In another optional mode, carried in the data transfer request that the first system is sent to the third system
The first object user migration period label and corresponding current transferred data amount, the first object user shift week
Phase corresponding current transferred data amount is that the first system receives returning for the first object user migration period
Also data volume.The first system receives the data volume of the non-transfer part of first data volume of the third system transfer
Before, the third system determines the plan of giving back of first data volume according to the first object user migration period label
In the user that do not tie in overdue state and non-transfering state give back the period, and then each do not tie user and give back period corresponding plan
Shift data period and corresponding current transferred data amount, determine it is each do not tie user and give back the period corresponding overdue do not shift
Accumulate data volume, and according to first data volume give back the expected transfer accumulation rate of user for including in the works determine it is each
User in overdue state give back the period it is corresponding it is overdue do not shift additional amount of data, and then do not tie user by each and give back week
Phase it is corresponding it is overdue do not shift cumulative data amount and the user of each overdue state give back the period it is corresponding it is overdue do not shift it is additional
The sum of data volume is determined as the data volume of the non-transfer part of first data volume.
S103, the data transfering node shift the data volume for including in intelligent contract according to the data and determine model,
Determine that the overdue of second data volume does not shift additional amount of data and the overdue of the second data volume does not shift cumulative number
According to amount, and by second data volume it is overdue do not shift additional amount of data and second data volume it is overdue do not shift it is tired
The sum of volume data amount is determined as the data volume of the non-transfer part of second data volume.
Here, the data shift does not shift comprising preset determination the overdue of the second data volume also in intelligent contract
Ratio is accumulated in the overdue transfer of additional amount of data, and the data transfering node executes the data volume that the intelligent contract includes and determines
Model shifts number according to the corresponding plan of system migration period of second data volume given back in the works in overdue state
According to amount and preset overdue transfer accumulation ratio, determine that the overdue of second data volume does not shift additional amount of data, and root
It is corresponding according to the non-clone system migration period of second data volume given back in the works in overdue state and non-transfering state
The data volume for second data volume transfer that plan transfer data volume and the second system receive, determines and is directed to institute
It states the overdue of the second data volume and does not shift accumulation data volume.Wherein, the plan of giving back of second data volume is described second
After second data volume is transferred to the first system by system, the first system determined is returned for the second system
Also shift the plan of giving back of the accumulation additional amount of data of second data volume and second data volume, second data volume
The plan of giving back can be determined by the first system, can also be determined by the second system.Second data volume
The plan of giving back shift data volume and system comprising multiple system migration periods and the corresponding plan of each system migration period
Shift the date.The data volume for second data volume transfer that the second system receives includes to receive for each
The data volume of a system migration period transfer.
Specifically, the overdue determination for not shifting additional amount of data of second data volume can pass through following steps reality
Existing: the data transfering node is in the system migration period pair of overdue state according to giving back for second data volume in the works
The first system that the plan transfer data volume answered and the second system receive is for each system transfer week
The current transferred data amount of phase transfer determines and current does not turn for each system migration period in overdue state is corresponding
Move planning data amount；The corresponding system of each system migration period in overdue state is shifted day by the data transfering node
The number of days on phase to current system date is accumulated with corresponding current non-transfer plan data volume and the preset overdue transfer
The product of ratio is determined as each not shifting additional amount of data in the overdue of system migration period of overdue state；The number
The overdue additional amount of data that do not shift of each data transfer cycles in overdue state is added according to transfering node, is obtained
The overdue of second data volume does not shift additional amount of data.
For example, if the preset overdue transfer accumulation ratio in the works of giving back of the second data volume is 0.25%, 2018
Giving back for second data volume that determination on November 24, obtains is each in overdue state and non-transfering state in the works
The plan transfer data volume of system migration period and system transfer date are as shown in table 2:
| System migration period | Plan transfer data volume | System shifts the date | Data transfering state |
| 6 phases | 1718.57 | On October 5th, 2018 | Overdue state |
| 7 phases | 1718.57 | On November 5th, 2018 | Overdue state |
| 8 phases | 1718.57 | On December 5th, 2018 | Non- transfering state |
| 9 phases | 1718.57 | On January 5th, 2019 | Non- transfering state |
| 10 phases | 1718.57 | On 2 5th, 2019 | Non- transfering state |
| 11 phases | 1718.57 | On March 5th, 2019 | Non- transfering state |
Table 2
If the current transferred data amount for each system migration period in overdue state received is 0,
Then the current non-transfer plan data volume of each system migration period in overdue state is the 1718.57, the 6th phase and the 7th
The number of days on phase on corresponding system transfer date to current system date is respectively 50 days and 20 days, and then determines the 6th obtained phase
The overdue additional amount of data that do not shift corresponding with the 7th phase is respectively 21.48 and 8.16.
Second data volume it is overdue do not shift accumulation data method for determination of amount can be with are as follows: the data transfering node
Data volume is shifted into the corresponding plan of each system migration period in non-transfering state, is in what is received for each
The current transferred data amount of the system migration period of non-transfering state subtracts each other, obtain be in non-transfering state for each
The current non-transfer plan data volume of system migration period；The data transfering node shifts each system in overdue state
The current non-transfer plan data volume in period, the current non-transfer plan data with the system migration period in non-transfering state
The sum of amount, is determined as the overdue of second data volume and does not shift accumulation data volume.
Based on the example in table 2, the 8th phase~o. 11th system gives back period corresponding current non-transfer plan data volume
The current non-transfer plan data volume for being the system migration period of the 1718.57, the 6th phase and the 7th phase is 1718.57, therefore
The overdue accumulation data volume that do not shift of 6th phase-o. 11th is 10311.42.6th phase and the 7th phase it is corresponding it is overdue do not shift it is additional
Data volume is respectively 21.48 and 8.16, then it is 10341.06 that the second data volume, which is transfer data volume,.
S104, the data transfering node shift second data volume from the first system to the second system
The data volume of non-transfer part.
Specifically, the data shift in intelligent contract comprising from the first system to described in second system transfer
The branch mode of the data volume of the non-transfer part of second data volume, the branch mode may include transfer time, transfer account
Family etc..
In the embodiment of the present invention, data transfering node periodically judges that currently whether meeting data shifts intelligent contract
Trigger condition, in the case where receiving the data transfer request of the first system transmission, the determination of data transfering node meets data
The trigger condition of intelligent contract is shifted, and then shifts the data volume for including in intelligent contract according to data and determines model, determines the
Two data volumes it is overdue do not shift additional amount of data and it is overdue do not shift accumulation data volume, do not shift additional data according to overdue
Amount and the overdue data volume for not shifting accumulation data volume and determining the non-transfer part of the second data volume, and from the first system to the
Two system shifts the data volume of the non-transfer part of the second data volume.The first system and second system are being not necessarily to the second data volume
Non- transfer part data volume accounting and confirmation in the case where, pass through preset the first system in data transfering node and
Data that two system is formulated jointly shift intelligent contract, realize determination to the data volume of the non-transfer part of the second data volume and
Transfer improves the efficiency of data transfer while ensure that the reliability of data transfer.
Referring to fig. 2, Fig. 2 is the system interaction schematic diagram of another data transfering method provided in an embodiment of the present invention, such as
Shown in figure, the method may include:
S201, the first system receive the data volume that target user gives back transfer for third target user migration period.
Here, the third target user migration period can be directed to for target user and be transferred out of from the first system
Any user migration period of first data volume given back in the works.
S202, the first system according to receive for the third target user migration period data volume and
Receiving time, judges whether the third target user migration period meets the condition for being updated to close state.
Here, the first system judges that the third target user migration period meets the condition for being updated to close state
May include: (1) is not later than the third target for the receiving time of the data volume of the third target user migration period
The corresponding user of user's migration period shifts the date, and the data volume for the third target user migration period received
Data volume is shifted in plan corresponding not less than the third target user migration period；(2) turn for the third target user
The receiving time for moving the data volume in period shifts the date to third in the corresponding user of the third target user migration period
In preset time period after target user's migration period corresponding user's transfer date, and what is received is directed to the third target
The data volume of user's migration period it is corresponding not less than the third target user migration period it is current should shift data volume, it is described
The corresponding current data volume that should shift of third target user's migration period is corresponding equal to the third target user migration period
It is current not shift accumulation data volume and the third target user migration period is corresponding overdue does not shift additional amount of data
With for example, being in the small scene made loans borrowed to target user in first data volume, the third target user shifts week
Phase, the corresponding current data volume that should shift was equal to the corresponding default interest of the third target user migration period and the third mesh
Corresponding current should go back in principal and interest of mark user's migration period does not go back part.
S203, the first system are updated to close the item of state determining that the third target user migration period meets
In the case where part, the data for sending the carrying third target user migration period label to third system close information.
The third target user migration period label can for the corresponding issue of the third target user migration period,
Month etc..
S204, the third system close letter according to the data for carrying the third target user migration period label
Breath updates the plan of giving back of first data volume.
Here, the third system closes letter according to the data for carrying the third target user migration period label
Breath, by first data volume give back in the works the corresponding data transfering state of the third target user migration period from exceeding
Phase state or non-transfering state are updated to transfering state.
S205, the third system do not receive carrying that the first system is sent the within default time limit transfer time
It is each in the works according to giving back for first data volume in the case that the data of two target user's migration period labels close information
Data volume is shifted in the data transfering state of a user's migration period and corresponding plan, determines not shifting for first data volume
Partial data volume.
The second target user migration period is to give back the third target use in the works in first data volume
First user's migration period after the migration period of family.
Here default time limit transfer time can shift day for the corresponding user of the second target user migration period
In preset time period after phase.
The third system determines that the data volume of the non-transfer part of first data volume sees the corresponding implementation of Fig. 1
The first system described in the specific implementation of step S102 determines the data of the non-transfer part of first data volume in example
The mode of amount, details are not described herein again.
S206, the third system shift the data of the non-transfer part of first data volume to the first system
Amount.
S207, data transfering node periodically judge whether to meet the triggering item that preset data shift intelligent contract
Part.
The data shift intelligent contract and determine model comprising the data volume of the non-transfer part for the second data volume, with
And ratio assessment models are accumulated in the overdue transfer of the first system.
The execution of step S207 is to periodically carry out, not related with the execution sequence of step S201- step S206.
S208, the first system send data transfer request to the data transfering node.
Step S208 is executed after step S206.
S209, the data transfering node determines that meeting the data shifts the trigger condition of intelligent contract, and obtains institute
State the data transfer parameters that the first system is directed to the second system.
The trigger condition that the data shift intelligent contract is that the data transfering node receives the first system hair
The data transfer request sent.
The data transfer parameters of the first system are to be directed to according to the first system from the second system to be transferred out of
The states of giving back of whole data volumes determine and to obtain.The data transfer parameters of the first system may include described first
System be directed to the whole data volumes being transferred out of from the second system give back data volume, give back punctual rate, Claims Resolution data volume,
It settles a claim punctual rate etc..
S210, data transfer parameters of the data transfering node by the first system for the second system input
The overdue transfer accumulation ratio assessment models determine described the based on the output of the overdue transfer accumulation ratio assessment models
One system accumulates ratio for the overdue transfer of the second system.
Here, the first system may include for the data transfer parameters of the second system for multiple and different
Data transfer item purpose project data, the data transfer project may include scope of the enterprise, individual customer amount, corporate client
Amount, registered capital etc., project data are data transfer item corresponding value now.The overdue transfer accumulation ratio assessment models can
With what is obtained based on a variety of initial network model trainings, for example, neural network model, association rule algorithm model etc..
If the overdue transfer accumulation ratio assessment models are to be based on closing according to the data transfer parameters of multiple sample systems
The frequent item set for multiple overdue transfer accumulation ratios that connection rule-based algorithm model training obtains, then shift the data and join
Number is compared with the frequent item set, and then the data transfer parameters with the first system for the second system are expired
The corresponding overdue transfer accumulation ratio of the frequent item set of sufficient comparison rules is determined as the overdue transfer accumulation ratio of the first system
Example.Specifically, including the project data of multiple and different data transfer items now in the frequent item set, each frequent item set is appointed
Nonvoid subset of anticipating has the feature that the element in nonvoid subset in the data transfer parameters of the multiple sample system
The number occurred simultaneously is greater than preset frequency of occurrence threshold value.For example, if training what is obtained to be directed to overdue transfer accumulation ratio
0.3% and 0.2% frequent item set is respectively that { -5000 people of 4000 people of scope of the enterprise, is directed to second at 100,000,000 or more individual customer amount
The punctual rate of the refund of system is 70% or more } and { -6000 people of 5000 people of scope of the enterprise, is directed to the at 100,000,000 or more individual customer amount
The punctual rate of the refund of two system is 80% or more }, the first system is directed in the data transfer parameters of the second system and wraps
Containing is respectively 5268 people of scope of the enterprise, individual customer amount 200,000,000, for second for different data transfer item purpose project data
The punctual rate of the refund of system is 83%, and each project data accumulates the corresponding frequent episode of ratio in 0.2% overdue transfer respectively
In the range of concentrating corresponding project data, therefore frequent item set corresponding with 0.2% overdue transfer accumulation ratio meets ratio
To rule, it is determined as the first system for 0.2% and accumulates ratio for the overdue transfer of the second system.
It is understood that if the first system is directed in the data transfer parameters of second system comprising being directed to the first system
For system for indexs such as the ratios of the punctual rate for the data volume being transferred out of from second system, Claims Resolution amount and return revert, punctual rate is higher,
The ratio of Claims Resolution amount and return revert is lower, and obtained overdue transfer accumulation ratio is lower, therefore according to the first system for the
The first system can be improved for second system in the overdue transfer accumulation ratio of the data transfer parameters floating variation of two system
Data give back transfer efficiency.
Ratio is accumulated in S211, overdue transfer of the data transfering node according to the first system for the second system
Example and second data volume give back overdue state in the works and the system migration period of non-transfering state is corresponding
Data volume is given back in plan, determines that the overdue of second data volume does not shift exceeding for additional amount of data and second data volume
Phase does not shift accumulation data volume.
The overdue of second data volume is not shifted additional amount of data and described by S212, the data transfering node
The overdue sum for not shifting accumulation data volume of two data volumes is determined as the data volume of the non-transfer part of second data volume.
S213, the data transfering node shift second data volume from the first system to the second system
The data volume of non-transfer part.
The implementation of step S211- step S213 can be with reference to step S103- step S104 in the corresponding embodiment of Fig. 1
Implementation, details are not described herein again.
Optionally, the data transfering node is according to the data volume of the non-transfer part for shifting second data volume
The data volume of the non-transfer part for time and second data volume of uniting updates the first system for the second system
Data transfer parameters, such as recalculate the first system to be directed to giving back for the data volume being transferred out of from second system punctual
Rate, the punctual rate of Claims Resolution, Claims Resolution rate etc..
In the embodiment of the present invention, third system does not receive the carrying of the first system transmission within default time limit transfer time
In the case that the data of second target user's migration period label close information, the non-transfer part of first data volume is determined
Data volume, and shift to the first system the data volume of the non-transfer part of first data volume, with trigger the first system to
Data transfering node sends data transfer request, and data transfering node is receiving the data transfer request of the first system transmission
In the case of, it determines and meets the trigger condition that data shift intelligent contract, and then be directed to the data of second system according to the first system
Transfer parameters determine that the first system accumulates ratio for the overdue transfer of second system, and are directed to second system according to the first system
Overdue transfer accumulation ratio and second data volume give back overdue state in the works and the system of non-transfering state turn
It moves period corresponding plan and gives back data volume, determine that the overdue of second data volume does not shift additional amount of data and institute
It states the overdue of the second data volume and does not shift accumulation data volume, and then determine and shift the data of the non-transfer part of the second data volume
Amount.It ensure that the reliability and efficiency of data transfer by intelligent contract, while the first system becomes for the floating of second system
Ratio is accumulated in the overdue transfer changed, and improves the tracking efficiency that the first system is shifted for the data of second system.
Referring to Fig. 3, Fig. 3 is a kind of structural schematic diagram of data shifting apparatus provided in an embodiment of the present invention, as shown,
The data shifting apparatus 30 includes at least judging unit 301, receiving unit 302, determination unit 303 and buanch unit 304,
In:
Judging unit 301, the trigger condition for periodically judging whether to meet the preset intelligent contract of data transfer,
The data shift intelligent contract and determine model, second number comprising the data volume of the non-transfer part for the second data volume
It is the data volume that the first system is directed to that the first data volume is transferred out of from second system according to amount, first data volume is described first
The data volume that system is transferred out of to target user；
Receiving unit 302, in the case where receiving the data transfer request of the first system transmission, determination to meet institute
State the trigger condition that data shift intelligent contract；
Determination unit 303 determines model for shifting the data volume for including in intelligent contract according to the data, determines institute
The overdue of the second data volume is stated not shift the overdue of additional amount of data and second data volume and do not shift accumulation data volume, and
Overdue by second data volume does not shift additional amount of data and the overdue of second data volume does not shift accumulation data
The sum of amount is determined as the data volume of the non-transfer part of second data volume；
Buanch unit 304, for shifting not turning for second data volume from the first system to the second system
Move the data volume of part.
In the specific implementation, the data shifting apparatus can execute such as Fig. 1-Fig. 2 by each functional module built in it
Data transfering method in each step, specific implementation details see each step in the corresponding embodiment of Fig. 1-Fig. 2
Realize details, details are not described herein again.
In the embodiment of the present invention, judging unit periodically judges currently whether meet the triggering that data shift intelligent contract
Condition, receiving unit determine in the case where receiving the data transfer request of the first system transmission and meet data transfer intelligence
The trigger condition of contract, and then determination unit shifts the data volume for including in intelligent contract according to data and determines model determines the
Two data volumes it is overdue do not shift additional amount of data and it is overdue do not shift accumulation data volume, do not shift additional data according to overdue
Amount and the overdue data volume for not shifting accumulation data volume and determining the non-transfer part of the second data volume, buanch unit is from the first system
It unites and shifts the data volume of the non-transfer part of the second data volume to second system.The first system and second system are being not necessarily to second
It is total by preset the first system and second system in the case where the accounting and confirmation of the data volume of the non-transfer part of data volume
Intelligent contract is shifted with the data formulated, the determination and transfer of the data volume to the non-transfer part of the second data volume is realized, protects
The efficiency of data transfer is improved while having demonstrate,proved the reliability of data transfer.
Referring to fig. 4, Fig. 4 is the structural schematic diagram of another data shifting apparatus provided in an embodiment of the present invention, as schemed institute
Show, the data shifting apparatus 40 includes processor 401, memory 402 and communication interface 403.Processor 401, which is connected to, to be deposited
Reservoir 402 and communication interface 403, such as processor 401 can be connected to memory 402 and communication interface 403 by bus.
Processor 401 is configured as that the data shifting apparatus is supported to execute in data transfering method described in Fig. 1-Fig. 2
Corresponding function.The processor 401 can be central processing unit (Central Processing Unit, CPU), network processes
Device (Network Processor, NP), hardware chip or any combination thereof.Above-mentioned hardware chip can be dedicated integrated electricity
Road (Application-Specific Integrated Circuit, ASIC), programmable logic device (Programmable
Logic Device, PLD) or combinations thereof.Above-mentioned PLD can be Complex Programmable Logic Devices (Complex
Programmable Logic Device, CPLD), field programmable gate array (Field-Programmable Gate
Array, FPGA), Universal Array Logic (Generic Array Logic, GAL) or any combination thereof.
Memory 402 is for storing program code etc..Memory 402 includes internal storage, and internal storage can wrap
Include at least one of following: volatile memory (such as dynamic random access memory (DRAM), static state RAM (SRAM), synchronize it is dynamic
State RAM (SDRAM) etc.) and nonvolatile memory (such as disposable programmable read only memory (OTPROM), programming ROM
(PROM), erasable programmable ROM (EPROM), electrically erasable ROM (EEPROM).Memory 402 can also include outer
Portion's memory, external memory may include at least one of following: hard disk (Hard Disk Drive, HDD) or solid state hard disk
(Solid-State Drive, SSD), flash drive, for example, high density flash memory (CF), secure digital (SD), miniature SD, mini SD,
Extreme digital (xD), memory stick etc..
The communication interface 403 is for receiving or sending data.
Processor 401 can call said program code to execute following operation:
Periodically judge whether to meet the trigger condition that preset data shift intelligent contract, the data transfer intelligence
Contract determines model comprising the data volume of the non-transfer part for the second data volume, and second data volume is the first system needle
To the data volume that the first data volume is transferred out of from second system, first data volume is that the first system turns to target user
The data volume of removal；
In the case where receiving the data transfer request of the first system transmission, determine that meeting the data transfer intelligence closes
Trigger condition about；
The data volume for including in intelligent contract is shifted according to the data and determines model, determines exceeding for second data volume
Phase does not shift the overdue of additional amount of data and second data volume and does not shift accumulation data volume, and by second data volume
Overdue overdue sum for not shifting accumulation data volume for not shifting additional amount of data and second data volume be determined as described in
The data volume of the non-transfer part of second data volume；
The data volume of the non-transfer part of second data volume is shifted from the first system to the second system.
It should be noted that the realization of each operation can also correspond to referring to Fig.1-embodiment of the method shown in Fig. 2 phase
It should describe；The processor 401 can be also used for executing other operations in above method embodiment.
The embodiment of the present invention also provides a kind of computer storage medium, and the computer storage medium is stored with computer journey
Sequence, the computer program include program instruction, and described program instruction executes the computer such as
Method described in previous embodiment, the computer can be a part of data shifting apparatus mentioned above.
Those of ordinary skill in the art will appreciate that realizing all or part of the process in above-described embodiment method, being can be with
Relevant hardware is instructed to complete by computer program, the program can be stored in a computer-readable storage medium
In, the program is when being executed, it may include such as the process of the embodiment of above-mentioned each method.Wherein, the storage medium can be magnetic
Dish, CD, read-only memory (Read-Only Memory, ROM) or random access memory (Random Access
Memory, RAM) etc..
The above disclosure is only the preferred embodiments of the present invention, cannot limit the right model of the present invention with this certainly
It encloses, therefore equivalent changes made in accordance with the claims of the present invention, is still within the scope of the present invention.
Claims (10)
1. a kind of data transfering method, which is characterized in that the described method includes:
Data transfering node periodically judges whether to meet the trigger condition that preset data shift intelligent contract, the data
Shifting intelligent contract includes to determine model for the data volume of the non-transfer part of the second data volume, and second data volume is the
One system is directed to the data volume that is transferred out of from second system of the first data volume, and first data volume is the first system to mesh
The data volume that mark user is transferred out of；
For the data transfering node in the case where receiving the data transfer request of the first system transmission, determination meets the number
According to the trigger condition for shifting intelligent contract；
The data transfering node shifts the data volume for including in intelligent contract according to the data and determines model, determines described the
The overdue of two data volumes does not shift the overdue of additional amount of data and second data volume and does not shift accumulation data volume, and by institute
State the overdue overdue accumulation data volume of not shifting for not shifting additional amount of data and second data volume of the second data volume
With the data volume for the non-transfer part for being determined as second data volume；
The data transfering node shifts the non-transfer portion of second data volume from the first system to the second system
The data volume divided.
2. the method as described in claim 1, which is characterized in that it includes the first system that the data, which shift intelligent contract,
Overdue transfer accumulation ratio assessment models；
The data transfering node shifts the data volume for including in intelligent contract according to the data and determines model, determines described the
The overdue overdue accumulation data volume that do not shift for not shifting additional amount of data and second data volume of two data volumes includes:
The data transfering node obtains the data transfer parameters that the first system is directed to the second system, first system
The data transfer parameters of system are that returning for the whole data volumes being transferred out of from the second system is directed to according to the first system
Also state determination obtains；
The data transfering node is described overdue for the data transfer parameters input of the second system by the first system
Accumulation ratio assessment models are shifted, the first system needle is determined based on the output of the overdue transfer accumulation ratio assessment models
Ratio is accumulated to the overdue transfer of the second system；
Ratio, Yi Jisuo are accumulated in overdue transfer of the data transfering node according to the first system for the second system
The corresponding plan of system migration period for giving back overdue state in the works and non-transfering state for stating the second data volume is given back
Data volume determines that the overdue of second data volume does not shift additional amount of data and the overdue of the second data volume does not shift
Accumulate data volume.
3. method according to claim 1 or 2, which is characterized in that the data transfering node is from the first system to institute
After the data volume for stating the non-transfer part that second system shifts second data volume, further includes:
The data transfering node according to the system time of the data volume for the non-transfer part for shifting second data volume and
The data volume of the non-transfer part of second data volume, the data for updating the first system for the second system shift
Parameter.
4. the method as described in claim 1, which is characterized in that the data transfering node is receiving the first system transmission
In the case where data transfer request, determine before meeting the trigger condition that the data shift intelligent contract, further includes:
The first object user migration period corresponding data given back in the works of the first system in first data volume
It shifts in the time limit, does not receive in the case that the corresponding plan of the first object user migration period shifts data volume, to the
Three systems send the data transfer request of the data volume of the non-transfer part for first data volume, and the first object is used
Family migration period is any user migration period of first data volume given back in the works；
The first system receives the data volume of the non-transfer part of first data volume of the third system transfer.
5. method as claimed in claim 4, which is characterized in that give back plan of the first system in first data volume
In first object user's migration period corresponding data transfer time limit in, do not receive the first object user migration period
In the case where corresponding plan transfer data volume, the number of the non-transfer part for first data volume is sent to third system
Include: according to the data transfer request of amount
The first system is shifted according to the corresponding plan of each user's migration period in the works of giving back of first data volume
Data volume and the corresponding current transferred data amount of each user's migration period, determine returning for first data volume respectively
Also data transfering state does not shift in the works for each the current of user's migration period of not tying of overdue state and non-transfering state
Planning data amount, the current transferred data amount for not tying user's migration period are directed to institute for what the first system received
State it is each do not tie user's migration period give back data volume；
The first system exceedes according to each current non-transfer plan data volume for not tying user's migration period and preset user
The data volume of the non-transfer part of first data volume described in phase transfer accumulation ratio-dependent；
The data transfer request for the data volume for carrying the non-transfer part of first data volume is sent to by the first system
The third system.
6. method as claimed in claim 4, which is characterized in that the data that the first system is sent to the third system turn
It moves in request and carries the first object user migration period label and corresponding current transferred data amount, first mesh
The corresponding current transferred data amount of mark user's migration period is that the first system is received for the first object user
Migration period gives back data volume；
Before the first system receives the data volume of the non-transfer part of first data volume of the third system transfer,
Further include:
The third system is according to the first object user migration period label, corresponding current transferred data amount and institute
The plan of giving back for stating the first data volume determines the data volume of the non-transfer part of first data volume.
7. the method as described in claim 1, which is characterized in that the data transfering node is receiving the first system transmission
In the case where data transfer request, determine before meeting the trigger condition that the data shift intelligent contract, further includes:
The third system does not receive carrying second mesh that the first system is sent within default time limit transfer time
In the case that the data of mark user's migration period label close information, each use in the works is given back according to first data volume
Data volume is shifted in the data transfering state of family migration period and corresponding plan, determines the non-transfer part of first data volume
Data volume, it is only in the first system that the data for carrying the second target user migration period label, which close information,
Second target user for the second target user migration period transfer is received within default time limit transfer time
Migration period it is corresponding it is current should shift data volume in the case where send；
The third system shifts the data volume of the non-transfer part of first data volume to the first system.
8. a kind of data shifting apparatus characterized by comprising
Judging unit, the trigger condition for periodically judging whether to meet the preset intelligent contract of data transfer, the number
Model is determined comprising the data volume of the non-transfer part for the second data volume according to intelligent contract is shifted, and second data volume is
The first system is directed to the data volume that is transferred out of from second system of the first data volume, first data volume be the first system to
The data volume that target user is transferred out of；
Receiving unit, in the case where receiving the data transfer request of the first system transmission, determination to meet the data
Shift the trigger condition of intelligent contract；
Determination unit determines model for shifting the data volume for including in intelligent contract according to the data, determines described second
The overdue of data volume does not shift the overdue of additional amount of data and second data volume and does not shift accumulation data volume, and will be described
The overdue overdue sum for not shifting accumulation data volume for not shifting additional amount of data and second data volume of second data volume
It is determined as the data volume of the non-transfer part of second data volume；
Buanch unit, for shifting the non-transfer part of second data volume from the first system to the second system
Data volume.
9. a kind of data shifting apparatus, which is characterized in that including processor, memory and communication interface, the processor is deposited
Reservoir and communication interface are connected with each other, wherein the communication interface is for sending and receiving data, and the memory is for storing
Program code, the processor execute the method according to claim 1 to 7 for calling said program code.
10. a kind of computer storage medium, which is characterized in that the computer storage medium is stored with computer program, described
Computer program includes program instruction, and described program instruction makes the processor execute such as claim when being executed by a processor
The described in any item methods of 1-7.
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| CN201910269648.1A CN110070434A (en) | 2019-04-03 | 2019-04-03 | A kind of data transfering method and relevant device |
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| CN201910269648.1A CN110070434A (en) | 2019-04-03 | 2019-04-03 | A kind of data transfering method and relevant device |
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