CN105046562B - Air control system and air control data capture method - Google Patents
Air control system and air control data capture method Download PDFInfo
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- CN105046562B CN105046562B CN201510575381.0A CN201510575381A CN105046562B CN 105046562 B CN105046562 B CN 105046562B CN 201510575381 A CN201510575381 A CN 201510575381A CN 105046562 B CN105046562 B CN 105046562B
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Abstract
The embodiment of the invention discloses a kind of air control system and air control data capture methods, and the system comprises air control policy control subsystem, air control real-time subsystem and air control degradation subsystems；Air control policy control subsystem determines query path for receiving inquiry request based on inquiry request and air control strategy, and inquiry request is sent to air control real-time subsystem or air control degradation subsystem based on query path；Air control real-time subsystem, for obtaining air control data from external system, the inquiry request that response air control policy control subsystem is sent obtains the first query result, the first query result is fed back to air control policy control subsystem；Air control degradation subsystem, the inquiry request for responding the transmission of air control policy control subsystem obtain the second query result, the second query result are fed back to air control policy control subsystem；Air control policy control subsystem is additionally operable to the first query result of external system feedback or the second query result.
Description
Technical field
The present invention relates to field of information processing more particularly to a kind of air control system and air control data methods.
Background technology
With the development of internet finance and e-commerce, people carry out using a network for transaction, payment and debt-credit, lead to
Often during debt-credit and payment, risk control assessment just seems very crucial.However risk control assessment usually needs base
In data such as air control data, such as user's history payment record, user's history creditor-debtor entry, but how to provide reliable and service
The air control data of stable quality, in the prior art or an an open question.
Invention content
In view of this, an embodiment of the present invention is intended to provide a kind of air control system and air control data capture methods, at least portion
Divide and solves the above problems.
In order to achieve the above objectives, the technical proposal of the invention is realized in this way：
First aspect of the embodiment of the present invention provides a kind of air control system, the system comprises air control policy control subsystem,
Air control real-time subsystem and air control degradation subsystem；
The air control policy control subsystem, it is true based on the inquiry request and air control strategy for receiving inquiry request
Determine query path, the inquiry request is sent to by the air control real-time subsystem based on the query path or the air control is dropped
Grade subsystem；
The air control real-time subsystem responds air control policy control subsystem for obtaining air control data from external system
The inquiry request of transmission obtains the first query result, and first query result is fed back to the air control policy control subsystem
System；
The air control degradation subsystem obtains for responding the inquiry request that the air control policy control subsystem is sent
Second query result is fed back to the air control policy control subsystem by two query results；
The air control policy control subsystem is additionally operable to feed back first query result or the second query result.
Based on said program, the air control policy control subsystem, be specifically used for according to the priority of the inquiry request,
Quality of service requirement, query success rate require, service delay requirement and query path preference strategy at least one, determine
The query path.
Based on said program, the air control policy control subsystem includes：
Judging unit, for judging whether first query result abnormal or whether is air control real-time subsystem inquiry
Failure；
Transmission unit, if for the first query result to be abnormal or air control real-time subsystem inquiry failure, it will be described
Inquiry request is sent to the air control degradation subsystem and obtains the second query result；
The judging unit, is additionally operable to, and judges whether second query result abnormal or the air control degradation subsystem
Whether inquiry fails；
The transmission unit, if being additionally operable to, the second query result is abnormal or air control degradation subsystem inquiry failure,
The inquiry request is sent to the air control real-time subsystem and obtains the first query result.
Based on said program,
The air control real-time subsystem includes：
First identity authenticating unit forms the first verification result for verifying subscriber identity information；
First processing units, for when first verification result shows that the subscriber identity information passes through verification,
Form first query result.
Based on said program, the first processing units include it is following at least one：
User social contact behavioral module, for verifying user equipment whether in the application scenarios login for meeting the first preset condition
, and/or, obtain user social contact behavioural information；
Whether user's payment behavior module is the branch for meeting the second preset condition for verifying the equipment that user asks payment
Dispensing apparatus, and/or user's payment behavior information is obtained, whether it is based on user's payment behavior Information Authentication user payment behavior
Meet the second preset condition；
Whether user's lend-borrow action module is to meet borrowing for third preset condition for verifying the equipment that user asks debt-credit
Equipment is borrowed, and/or obtains user's lend-borrow action information, whether is based on user's lend-borrow action Information Authentication user lend-borrow action
Meet third preset condition；
Reference authentication module is connected with external credit investigation system, for asking external credit investigation system to verify User reliability, and
The trust verification result is obtained from the external credit investigation system.
Based on said program, the real-time drop controls subsystem, including：
Second identity authenticating unit forms the second verification result for carrying out subscriber identity information verification；
Second processing unit, the incidence relation for pre-establishing air control data and subscriber identity information, when described second
When verification result shows that the subscriber identity information passes through verification, responds the inquiry request and be based on subscriber identity information inquiry institute
Incidence relation is stated, second query result is formed.
Based on said program, the air control degradation subsystem is additionally operable to test based on inquiry request progress user identity
Card, when the subscriber authentication by when, determine the query path.
Based on said program, the air control real-time subsystem is additionally operable to, and the air control data that will be obtained from external system are asynchronous
It is sent to the air control degradation subsystem.
Second aspect of the embodiment of the present invention provides a kind of air control data capture method, the method includes：
Inquiry request is received, query path is determined based on the inquiry request and air control strategy, is based on the query path
The inquiry request is sent to air control real-time subsystem or air control degradation subsystem；
Using the air control real-time subsystem air control data, response air control policy control subsystem hair are obtained from external system
The inquiry request sent obtains the first query result, and first query result is fed back to the air control policy control subsystem；
Using the air control degradation subsystem from the air control real-time subsystem Asynchronous Reception air control data, the wind is responded
It controls the inquiry request that policy control subsystem is sent and obtains the second query result, second query result is fed back into the wind
Control policy control subsystem；
First query result or the second query result are fed back using the air control policy control subsystem.
Based on said program, the reception inquiry request determines query path based on the inquiry request and air control strategy,
The inquiry request is sent to air control real-time subsystem or air control degradation subsystem based on the query path, including：
Using the air control policy control subsystem according to the priority of the inquiry request, quality of service requirement, inquiry
At least one of success rate requirement, service delay requirement and query path preference strategy, determine the query path.
Based on said program, the method further includes：
Judge whether first query result is abnormal or the air control is real-time using the air control policy control subsystem
Whether subsystem inquiry fails, if the first query result is abnormal or air control real-time subsystem inquiry failure, is looked into described
It askes request and is sent to the second query result of the air control degradation subsystem acquisition；
Or, judging whether second query result is abnormal or the air control is dropped using the air control policy control subsystem
Whether grade subsystem inquiry fails, will be described if the second query result is abnormal or air control degradation subsystem inquiry failure
Inquiry request is sent to the air control real-time subsystem and obtains the first query result.
It is described to be looked into using what air control real-time subsystem response air control policy control subsystem was sent based on said program
It askes request and obtains the first query result, first query result is fed back into the air control policy control subsystem, including：
Subscriber identity information is verified, the first verification result is formed；
When first verification result shows that the subscriber identity information passes through verification, the first inquiry knot is formed
Fruit.
It is described when first verification result shows that the subscriber identity information passes through verification based on said program, shape
At first query result, further include it is following at least one：
What whether verifying user equipment logged in the application scenarios for meeting the first preset condition, and/or, obtain user social contact
Behavioural information；
Whether the equipment that verification user asks payment is to meet the payment devices of the second preset condition, and/or obtain user
Whether payment behavior information meets the second preset condition based on user's payment behavior Information Authentication user payment behavior；
Whether the equipment that verification user asks debt-credit is to meet the debt-credit equipment of third preset condition, and/or obtain user
Whether lend-borrow action information meets third preset condition based on user's lend-borrow action Information Authentication user lend-borrow action；
It is connected with external credit investigation system, external credit investigation system is asked to verify User reliability, and from the external reference system
System obtains the trust verification result.
It is described to be sent using air control policy control subsystem described in the air control degradation subsystem responses based on said program
Inquiry request obtain the second query result, second query result is fed back into the air control policy control subsystem, wrap
It includes：
Subscriber identity information verification is carried out based on the inquiry request, forms the second verification result；
The incidence relation for pre-establishing air control data and subscriber identity information, when second verification result shows the use
When family identity information passes through verification, responds the inquiry request and be based on the subscriber identity information inquiry incidence relation, form institute
State the second query result.
Based on said program, the reception inquiry request determines query path based on the inquiry request and air control strategy,
Including：
Based on the inquiry request carry out subscriber authentication, when the subscriber authentication by when, determine described in look into
Ask path.
Based on said program, the method further includes：
The air control data that the air control real-time subsystem will be obtained from external system, asynchronous transmission degrade sub to the air control
System.
Air control real-time subsystem and air control degradation subsystem and air control is arranged simultaneously in air control system described in the embodiment of the present invention
Policy control subsystem selects corresponding query path according to inquiry request, the characteristics of in conjunction with two subsystems, is sent to pair
The subsystem answered obtains the first query result or the second query result, in this case, it will be able to provide its institute according to inquiry request
The query result needed, and two subsystems can provide the query result of air control data, be looked into when one of them can not normally be provided
When asking result, another subsystem can be utilized to continue to provide the query result of air control data, so as to provide higher Service Quality
The response of the inquiry request of amount.Air control data capture method described in the present embodiment is applied in above-mentioned air control system, equally has
These characteristics.
Description of the drawings
Fig. 1 is a kind of structural schematic diagram of air control system provided in an embodiment of the present invention；
Fig. 2 is the structural schematic diagram for another middle air control system that the embodiment of the present invention is supplied to；
Fig. 3 is the flow diagram of the first air control data capture method provided in an embodiment of the present invention；
Fig. 4 is the flow diagram of second of air control data capture method provided in an embodiment of the present invention；
Fig. 5 is the flow diagram of the third air control data capture method provided in an embodiment of the present invention.
Specific implementation mode
Technical scheme of the present invention is further elaborated below in conjunction with Figure of description and specific embodiment.
System embodiment one：
As shown in Figure 1, the present embodiment provides a kind of air control system, the system comprises air control policy control subsystem 110,
Air control real-time subsystem 120 and air control degradation subsystem 130；
The air control policy control subsystem 110 is based on the inquiry request and air control strategy for receiving inquiry request
It determines query path, the inquiry request is sent to by the air control real-time subsystem or the air control based on the query path
Degradation subsystem；
The air control real-time subsystem 120 responds air control policy control subsystem for obtaining air control data from external system
The inquiry request that system is sent obtains the first query result, and first query result is fed back to the air control policy control subsystem
System；
The air control degradation subsystem 130 is obtained for responding the inquiry request that the air control policy control subsystem is sent
The second query result is obtained, second query result is fed back into the air control policy control subsystem；
The air control policy control subsystem 110 is additionally operable to feed back first query result or the second query result.
Air control system described in the present embodiment has been divided into 3 subsystems.This 3 subsystems are air control policy control respectively
Subsystem 110, air control real-time subsystem 120 and air control degradation subsystem 130.
The air control policy control subsystem 110 includes the first external interface, for receiving the inquiry request.The inquiry
Request can be the inquiry request that each system is sent other than the air control system, for example, internet finance is borrowed as shown in Figure 2
Borrow platform etc..The external interface can also be that the air control strategy subsystem 110 is anti-to the sender for sending the inquiry request
Present the interface of first query result or second query result.
The air control policy control subsystem 110 further includes at least one internal interface, and the internal interface is respectively at described
Air control real-time subsystem 120, air control degradation subsystem 130 are connected.
The air control policy control subsystem 110 will be used to determine the corresponding query path of the inquiry request.It is described to look into
It includes first path to ask path, the inquiry request is sent to air control real-time subsystem 120, by air control real-time subsystem 120
To respond the inquiry request；Further include the second path, the inquiry request be sent to the air control degradation subsystem 130,
The inquiry request is responded by the air control degradation subsystem 130.
The air control real-time subsystem 120 can be used for after receiving the inquiry request, from each external system
Air control data are obtained, the query result are formed, due to being the air control data obtained after receiving the query result, phase
When in obtaining the air control data in real time, in this case, it will be able to the newest air control data of acquisition, so as to obtain more
Accurate first query result.Here external system is for the air control system described in the present embodiment.It is described
External system is each system for being capable of providing air control data other than air control system described in the present embodiment.
The air control degradation subsystem 130 may include local storage medium or local data base, and Jie is locally stored described
Non real-time air control data are stored in matter or local data base.The non real-time wind stored in the air control degradation subsystem 130
Control data can be the offline air control data received in batches under line, can also be 130 asynchronous hair of the air control real-time subsystem
Give the air control data of the air control degradation subsystem 130.
Pass through internal system communication interface between the air control degradation subsystem 130 and the air control real-time subsystem 120
Be connected, will from the air control real-time subsystem 120 Asynchronous Reception air control data.Usual 130 phase of air control degradation subsystem
Is obtained more a little later the time of same air control data for the air control real-time subsystem 120.The air control real-time subsystem 120
Asynchronous transmission to the 130 common finger of air control degradation subsystem when：The air control real-time subsystem 120 may need to postpone
For a period of time or the air control data just obtained being sent to the air control degradation subsystem 130 in any case immediately can all lead
The air control degradation subsystem 130 is caused to obtain the asynchronous of same air control data, as institute with the air control real-time subsystem 120
It states asynchronous.
The air control real-time subsystem 120 can give the air control degradation subsystem 130 with active push, can also be based on institute
The request of air control degradation subsystem 130 is stated to send.
If in general, using current time as time terminating point, the usual air control real-time subsystem 120 is responding the inquiry
When request, based on air control data data volume may than the air control degradation subsystem 130 based on air control data data
Amount is big.For example, carrying out debt-credit to user A carries out air control assessment, if each 2 hours of the air control degradation subsystem 130 is from described
Preceding 2 hours newer air control data are obtained in air control real-time subsystem 120.If current time is not arrive air control degradation subsystem also
The renewal time of system 130.But it before renewal time arrives, is obtained about described in the air control real-time subsystem 120
The three new payment records and 2 creditor-debtor entries of user A.If there are one the inquiry requests of air control data at this time.Obvious air control
Real-time subsystem 120 before forming first query result, since air control data than the air control degradation subsystem
130 by more 5 air control data, this 5 air control data are the number not updated temporarily in the air control degradation subsystem 130
According to.
This implementation air control system, has been divided into 3 subsystems, first can by air control policy control subsystem 110
Control is to obtain the first query result or obtain the second query result on earth, in this case, it is clear that can meet different inquiries
The demand of request；And since air control real-time subsystem 120 and air control degradation subsystem 130 can provide query result, when it
In a failure when, another can also be worked normally, and be unlikely to all failures of whole system.
It is typically due to the air control real-time subsystem 120 and the various characteristic of the air control degradation subsystem 130, described
One query result is higher than the accuracy of second query result, and the stability that second query result is formed is higher than described the
The formation time delay of the stability of one query result, second query result is smaller than the formation time delay of first query result.
The subsystem of air control policy control described in the present embodiment 110, air control real-time subsystem 120 and air control degradation subsystem
130 specific composition may include storage medium and processor or processing circuit.The processor or processing circuit are total by communicating
The internal communications interfaces such as line are connected with the storage medium.The processor may include central processing unit, digital signal processor
Or microprocessor or programmable array etc..The processing circuit may include application-specific integrated circuit.The processing circuit may include specially
Use integrated circuit.The storage medium can be used for storing the air control policy control subsystem 110, air control real-time subsystem 120
With air control degradation subsystem 130 execute corresponding function needed for code, can be used for storage formed first query result and/
Or the air control data of second query result.
The air control policy control subsystem 110, air control real-time subsystem 120 and air control degradation subsystem 130 can be distinguished
Corresponding different processor or processing circuit can also integrate corresponding identical processor or processing circuit.When corresponding to identical
Processor or processing circuit when, the processor or processing circuit are realized by the way of time division multiplexing or concurrent thread
State the respective function of subsystem.
System embodiment two：
As shown in Figure 1, the present embodiment provides a kind of air control system, the system comprises air control policy control subsystem 110,
Air control real-time subsystem 120 and air control degradation subsystem 130；
The air control policy control subsystem 110 is based on the inquiry request and air control strategy for receiving inquiry request
It determines query path, the inquiry request is sent to by the air control real-time subsystem or the air control based on the query path
Degradation subsystem；
The air control real-time subsystem 120 responds air control policy control subsystem for obtaining air control data from external system
The inquiry request that system is sent obtains the first query result, and first query result is fed back to the air control policy control subsystem
System；
The air control degradation subsystem 130 is obtained for responding the inquiry request that the air control policy control subsystem is sent
The second query result is obtained, second query result is fed back into the air control policy control subsystem；
The air control policy control subsystem 110 is additionally operable to feed back first query result or the second query result.
The air control policy control subsystem 110, is particularly used in the priority according to the inquiry request, service quality
It is required that, query success rate require, service delay requirement and query path preference strategy at least one, determine the inquiry
Path.
The priority of the inquiry request, can be the account for sending the inquiry request priority or equipment it is preferential
Grade, usual priority is higher, can preferentially be responded using the air control real-time subsystem 120, obtains result more accurate the
One query result.
The quality of service requirement includes the height of the accuracy of requirement query result, and provides the stabilization of query result
Property height it is low.
The service delay requirement, delay requirement it is small air control degradation subsystem 130 may be used, relative to the air control
Real-time subsystem 120 does not have to acquiring air control data from external system, therefore responding delay can smaller.It is typically due to air control degradation
The air control data of subsystem 130 are stored in local data base, are not had to temporarily from outside when responding the inquiry request
System acquisition or the reception air control data can be more relative to the air control real-time subsystem
The query path preference strategy may include：Accuracy preference strategy, stability preference strategy or time delay are small preferential
Strategy.The accurate preference strategy is the query path for selecting query result accuracy high.The stability preference policy can be：
The query path for selecting query result stability high, generally selects air control degradation subsystem 130 to respond the inquiry request.Institute
State the small preference strategy of time delay then, then the biography sequence path for selecting inquiry time delay small.
The query success rate requires be the probability for requiring to return query result.
Therefore the air control policy control subsystem 110 can be selected according to parameters such as the attributes of inquiry request in the present embodiment
Suitable query path is selected, in this case, it will be able to meet the needs of different inquiry requests.
System embodiment three：
As shown in Figure 1, the present embodiment provides a kind of air control system, the system comprises air control policy control subsystem 110,
Air control real-time subsystem 120 and air control degradation subsystem 130；
The air control policy control subsystem 110 is based on the inquiry request and air control strategy for receiving inquiry request
It determines query path, the inquiry request is sent to by the air control real-time subsystem or the air control based on the query path
Degradation subsystem；
The air control real-time subsystem 120 responds air control policy control subsystem for obtaining air control data from external system
The inquiry request that system is sent obtains the first query result, and first query result is fed back to the air control policy control subsystem
System；
The air control degradation subsystem 130 is obtained for responding the inquiry request that the air control policy control subsystem is sent
The second query result is obtained, second query result is fed back into the air control policy control subsystem；
The air control policy control subsystem 110 is additionally operable to feed back first query result or the second query result.
The air control policy control subsystem 110 includes：
Judging unit is additionally operable to judge whether first query result is abnormal or the air control real-time subsystem 120 is looked into
Whether inquiry fails；
Transmission unit, if for the first query result to be abnormal or the air control real-time subsystem 120 inquiry failure, by institute
It states inquiry request and is sent to second query result of the acquisition of air control degradation subsystem 130；
The judging unit, it may also be used for judge whether second query result abnormal or the air control degradation subsystem
Whether 130 inquiries fail；
The transmission unit, it may also be used for if the second query result is abnormal or the air control degradation subsystem 130 inquiry is lost
It loses, then the inquiry request is sent to the air control real-time subsystem 130 obtains the first query result.
First query result or second query result may include extremely in the present embodiment：First inquiry
As a result and/second query result has exceeded preset limiting value, and specifically such as, first query result includes one
Creditor-debtor entry, the personal amount of money 10 hundred million of creditor-debtor entry display debt-credit, this obviously exceeds convention, therefore query result is abnormal.
The air control real-time subsystem 120 is also possible to not find any information, does not form query result, such case
It can be a kind of situation of the air control real-time subsystem 120 inquiry failure.
The air control degradation subsystem 130 is also possible to not find any information, does not form query result, such case
It can be a kind of situation of the air control degradation subsystem 130 inquiry failure.
First query result or second query result are abnormal, can be to meet looking into for preset exceptional condition
Ask result.
The inquiry of air control real-time subsystem 120 failure, the air control policy control subsystem 110 is possible will be from the wind
Control real-time subsystem 120 receives response failure news or signaling etc., so that it is determined that the air control real-time subsystem 120 is inquired
Failure.
The inquiry of air control degradation subsystem 130 failure, the air control policy control subsystem 110 is possible will be from the wind
Control degradation subsystem 130 receives response failure news or signaling etc., so that it is determined that the air control degradation subsystem 130 is inquired
Failure.
The air control policy control subsystem 110 degrades sub in air control real-time subsystem 120 or air control in the present embodiment
When the inquiry of system 130 is abnormal or inquiry fails, inquiry request can be sent to another subsystem to respond the inquiry
Request, it is clear that more stable service quality can be provided to external system.
System embodiment four：
As shown in Figure 1, the present embodiment provides a kind of air control system, the system comprises air control policy control subsystem 110,
Air control real-time subsystem 120 and air control degradation subsystem 130；
The air control policy control subsystem 110 is based on the inquiry request and air control strategy for receiving inquiry request
It determines query path, the inquiry request is sent to by the air control real-time subsystem or the air control based on the query path
Degradation subsystem；
The air control real-time subsystem 120 responds air control policy control subsystem for obtaining air control data from external system
The inquiry request that system is sent obtains the first query result, and first query result is fed back to the air control policy control subsystem
System；
The air control degradation subsystem 130 is obtained for responding the inquiry request that the air control policy control subsystem is sent
The second query result is obtained, second query result is fed back into the air control policy control subsystem；
The air control policy control subsystem 110 is additionally operable to feed back first query result or the second query result.
The air control real-time subsystem 120 includes：
First identity authenticating unit forms the first verification result for verifying subscriber identity information；
First processing units, for when first verification result shows that the subscriber identity information passes through verification,
Form first query result.
First identity authenticating unit can be used for verify subscriber identity information, and the subscriber identity information may include using
At least one of family identification information, the identification information of user equipment and user account information.The user identity information can
Including the information such as address name and user identity card number.The characterization information of the user equipment may include the communication account of user equipment
Number, the device id of user equipment.The communications account of the user equipment may include cell-phone number, home Tel and communication in time
Communications account.The device id may include the information such as equipment International identification number IMEI.The user account may include this
Described in embodiment air control letter the card system account distributed or the account registered in the air control system, account log in key and
Log in secure authentication information etc. at least one.
The verification subscriber identity information may include verifying address name and what whether user identity card number was directed toward is same
Whether the device id of individual, communications account and user equipment has binding relationship, and just whether the account key of user account
Whether the true and described login secure authentication information is correct.
First identity authenticating unit described in the present embodiment in a word, mainly verifies whether the subscriber identity information meets use
Family identity lawful condition determines that the corresponding user of the subscriber identity information is validated user when being verified.
The processing unit will be after validated user is sent, to respond the inquiry request being determined as inquiry request,
The first query result is formed, the inquiry request is otherwise not responding to.In this case, it will be able to which the safety for ensureing system avoids
The security of system caused by providing service to disabled user, and more resources can be retained to respond the inquiry of validated user
Request, to improve the user satisfaction of the rate and validated user that respond validated user inquiry request.
Specifically such as, the first processing units include it is following at least one：
User social contact behavioral module, for verifying user equipment whether in the application scenarios login for meeting the first preset condition
, and/or, obtain user social contact behavioural information；
Whether user's payment behavior module is the branch for meeting the second preset condition for verifying the equipment that user asks payment
Dispensing apparatus, and/or user's payment behavior information is obtained, whether it is based on user's payment behavior Information Authentication user payment behavior
Meet the second preset condition；
Whether user's lend-borrow action module is to meet the debt-credit of third condition to set for verifying the equipment that user asks debt-credit
It is standby, and/or user's lend-borrow action information is obtained, whether met based on user's lend-borrow action Information Authentication user lend-borrow action
Third preset condition；
Reference authentication module is connected with external credit investigation system, for asking external credit investigation system to verify User reliability, and
The trust verification result is obtained from the external credit investigation system.
Whether verifying user equipment may include what the application scenarios for meeting the first preset condition logged in：Verifying user equipment
Whether what is logged in logging in login of the frequency more than the first specified threshold frequency, whether verifying user equipment, which passes through, is specified network
It logs in, specifically such as, if often logged in office network using family's WiFi network or user.It the above is only citing, but not
It is confined to this.
The user social contact behavior, usual user social contact behavioural information may include the friend circle of user, user building ring,
The place that user often comes in and goes out, these can reflect the information such as the credit of user and ability to pay.The use in the present embodiment
Family Social behaviors module, at least executing the judgement for whether meeting first preset condition, it may also be used for obtain user society
Hand over behavioural information.
User's payment behavior module, for verifying whether the equipment that user asks payment meets the described second default item
Part may include：Whether the equipment of current request payment is equipment of the payment frequency more than the second assigned frequency threshold value, or payment time
Former equipment etc. is leaned in number sequence from high to low.By meeting the verification of second preset condition, payment can be reduced
Risk.User's payment behavior information may include the various payment records of user.Such as the average gold paid in purchasing process
Volume, the means of payment, payment speed etc..The branch mode may include network accounts payment, the banks such as wechat payment, Alipay payment
Account is paid.The payment speed may include whether overdue phenomena such as not paying.In this case, it is subsequently provided according to this system
The safety that is paid of air control data, such as occur beyond many payments of the amount of money paid usually, may be exactly abnormal prop up
It pays.
User's lend-borrow action module first verifies that user asks the equipment borrowed or lent money whether to meet preset condition and can wrap
It includes：Whether it is that user often asks the equipment borrowed or lent money with family, it specifically can be by judging the equipment of current request debt-credit for debt-credit
Whether the history frequency meets third assigned frequency threshold value, or for ask debt-credit and number sequence from high in the end, the equipment
Sequence whether be former positions etc..In this case, whether the equipment that can determine that current request debt-credit by verification is satisfaction the
The debt-credit equipment of three preset conditions, if it is not, debt-credit risk may be there is.
User is also obtained the user from external system and borrows or lends money row by user's lend-borrow action module in the present embodiment
For information.User's lend-borrow action information may include user's creditor-debtor entry, can treasure-house debt-credit opportunity, debt-credit in the creditor-debtor entry
The amount of money, reaction user's financial situation such as debt-credit time and the information for borrowing or lending money credit.These air control data are as first inquiry
As a result component part, can user to user request debt-credit be supplied to air control to assess.
The reference authentication module, for verifying the confidence level for sending user information, this when can be by believing with outside
The interaction of sign system is determined to ask in the trust verification and/or inquiry request of the user identity of currently transmitted inquiry request
The trust verification of the user identity of inquiry.
The external letter card system may include the public security system of public security department, the household register system of household register department or educational background management
The letters such as system levy system.
Air control system described in the present embodiment defines the air control real-time subsystem on the basis of previous embodiment
120 specific internal structure.Above-mentioned modules may both correspond to processor or processing circuit.The processor or processing circuit
As soon as structure can be found in system embodiment, be not repeated herein.The present embodiment provides the air controls to believe card system, energy in a word
The air control data for multiple dimensions that inquiry request requires enough are provided, for example, user social contact behavioural information, user's payment behavior are believed
Breath, user's lend-borrow action information etc.；It can be good at meeting inquiry request, improve users' satisfaction degree.
System embodiment five：
As shown in Figure 1, the present embodiment provides a kind of air control system, the system comprises air control policy control subsystem 110,
Air control real-time subsystem 120 and air control degradation subsystem 130；
The air control policy control subsystem 110 is based on the inquiry request and air control strategy for receiving inquiry request
It determines query path, the inquiry request is sent to by the air control real-time subsystem or the air control based on the query path
Degradation subsystem；
The air control real-time subsystem 120 responds air control policy control subsystem for obtaining air control data from external system
The inquiry request that system is sent obtains the first query result, and first query result is fed back to the air control policy control subsystem
System；
The air control degradation subsystem 130 is obtained for responding the inquiry request that the air control policy control subsystem is sent
The second query result is obtained, second query result is fed back into the air control policy control subsystem；
The air control policy control subsystem 110 is additionally operable to feed back first query result or the second query result.
The real-time drop controls subsystem 120, including：
Second identity authenticating unit forms the second verification result for carrying out subscriber identity information verification；
Second processing unit, the incidence relation for pre-establishing air control data and subscriber identity information, when described second
When verification result shows that the subscriber identity information passes through verification, responds the inquiry request and be based on subscriber identity information inquiry institute
Incidence relation is stated, second query result is formed.
The physical arrangement for the second identity authenticating unit that air control degradation subsystem 130 includes described in this described example and institute
The structure for stating the first identity authenticating unit of air control real-time subsystem 120 is similar, and execution is also to being tested for identity information
Card, verifies whether user is validated user.
The second processing unit is similar with the structure of the first processing units in previous embodiment, the difference is that this implementation
The second processing unit of air control degradation subsystem 130 described in example includes local storage medium or database, for storing from institute
State the air control data acquired in real-time air control subsystem 120.The second processing unit is for inquiring its local data base or sheet
Ground storage medium forms second query result.
The air control degradation subsystem 130 will pre-establish the incidence relation of air control data and subscriber identity information, such as wind
As soon as control degradation subsystem 130 once receives the air control for constituting an air control data record, the air control data are established
In this case when subsequent response inquiry request, it is based on subscriber identity information energy with the incidence relation of the subscriber identity information
Quickly inquire corresponding air control data.
And the air control data of the air control degradation subsystem 130 can be the number by arranging and summarizing in the present embodiment
According to, establishing has the incidence relation of air control data and subscriber identity information, in this case, can directly according to user identity believe
Information is ceased, the air control data of the user are quickly found, forms second query result, is conducive to improve response speed in this way
Rate reduces response delay.
System embodiment six：
As shown in Figure 1, the present embodiment provides a kind of air control system, the system comprises air control policy control subsystem 110,
Air control real-time subsystem 120 and air control degradation subsystem 130；
The air control policy control subsystem 110 is based on the inquiry request and air control strategy for receiving inquiry request
It determines query path, the inquiry request is sent to by the air control real-time subsystem or the air control based on the query path
Degradation subsystem；
The air control real-time subsystem 120 responds air control policy control subsystem for obtaining air control data from external system
The inquiry request that system is sent obtains the first query result, and first query result is fed back to the air control policy control subsystem
System；
The air control degradation subsystem 130 is obtained for responding the inquiry request that the air control policy control subsystem is sent
The second query result is obtained, second query result is fed back into the air control policy control subsystem；
The air control policy control subsystem 110 is additionally operable to feed back first query result or the second query result.
The air control degradation subsystem 110 is additionally operable to be based on the inquiry request, subscriber authentication is carried out, when described
Subscriber authentication by when, determine the query path.
In the present embodiment, the air control degradation subsystem 110 voluntarily can first carry out subscriber authentication, when being verified
Later, query path is being determined, in this case, it will be able to reject disabled user as soon as possible, not have to wait until air control real-time subsystem
120 and air control degradation subsystem 130 carry out authentication, reduce the operation of the system caused by the inquiry request of disabled user
The phenomenon that various and load aggravates.
A specific example is provided below in conjunction with above-mentioned any embodiment, as shown in Fig. 2, this example includes：
The air control system includes 3 subsystems, is respectively：Air control policy control subsystem 110, air control real-time subsystem
120 and air control degradation subsystem 130.
Air control policy control subsystem 110, can be used for：It is responsible for scheduling air control inquiry request, in air control real-time subsystem 120
Between the two with air control degradation subsystem 130, routing is carried out according to priority, service quality, service time delay so that air control system
Externally provide service to high stable.Here air control inquiry request is inquiry request above-mentioned.Here routing is appreciated that
To select query path.
Air control real-time subsystem 120, can be used for：The air control data of Real time request external system user in real, and will
Air control data asynchronous push is to air control degradation subsystem 130.The advantages of air control real-time subsystem 120 is：Data are in real time and accurate.
Air control real-time subsystem 120 includes module below：
Subscriber identity information module, can be used for：Subscriber identity information is verified, subscriber identity information includes address name, is used
Family identification card number, user mobile phone IMEI, the information such as user mobile phone number.Here subscriber identity information module can be tested for aforementioned first
Demonstrate,prove the composition result of unit.
User social contact behavioral module, can be used for：User is verified whether on common login ground, user social contact is obtained and enlivens grade
Etc. information.
User's payment behavior module, can be used for：Verify user using the whether common payment devices of equipment, for a period of time recently
With the presence or absence of abnormal payment, whether there are the successfully behavioural informations such as payment for a period of time recently.
User's creditor-debtor entry module, can be used for：It verifies user and uses the whether common debt-credit equipment of equipment, nearest a period of time
With the presence or absence of abnormal debt-credit, whether there are the successfully behavioural informations such as debt-credit for a period of time recently.
Ren Hang Ministry of Public Security reference module, can be used for：Whether verification user is normal reliable real name user.Here
Ren Hang Ministry of Public Security reference module is a kind of concrete composition of aforementioned reference module.
Air control degradation subsystem 130, can be used for：Believable non real-time air control data are provided, according to subscriber identity information
Obtain the air control data being locally stored.Data source includes that lower batch of offline air control data of user for running acquisition of line and air control are sub in real time
The air control data of 120 asynchronous push of system.The characteristics of air control degradation subsystem 130 is：Due to 130 data of air control degradation subsystem
In local preservation, and subscriber identity information verification is carried out, can externally provide believable data, and interface high stable is high
Efficiency.
Air control degradation subsystem 130 may include module below：
User authentication module can be used for：Verify whether subscriber identity information is correct, and subscriber identity information includes user
Name, user identity card number, user mobile phone IMEI, the information such as user mobile phone number.Whether verification user is borrowed or lent money successfully using common
Equipment, if use common payment successful device.Here the user authentication module can be aforementioned second authentication unit
Composed structure.
Air control variable storage module, can be used for：The air control data for storing air control real-time subsystem asynchronous push, establish user
The incidence relation of identity information and user's air control data, the subscriber identity information provided in conjunction with user identification module verify knot
Fruit, only correct to subscriber identity information, common debt-credit successful device provide air control data.Here air control variable storage module can
For the composed structure of aforementioned second processing unit.
The loan application that user sends to internet finance loan platform in fig. 2.Internet finance loan platform receives
To after the loan application, whether decision provides a user debt-credit and credit amount, it usually needs air control assessment is carried out, it will
Finally according to the result of risk assessment, it is determined whether think that user is supplied to debt-credit, the amount of money of debt-credit and debt-credit time etc..Air control is commented
Estimate, needs to obtain air control data, therefore the internet finance loan platform is sent to air control system described in this example about institute
State the inquiry request for request of asking for a loan.
Air control routing in fig. 2 may make up the query path, and the air control policy control subsystem 110 will execute 2
1 operation is selected, chooses one to select the air control real-time subsystem 120 or the air control to degrade to realize from 2 air control routings
Subsystem 130 responds the inquiry request.
Embodiment of the method one：
As shown in figure 3, the present embodiment provides a kind of air control data capture method, the method includes：
Step S110：Inquiry request is received, query path is determined based on the inquiry request and air control strategy, based on described
The inquiry request is sent to air control real-time subsystem or air control degradation subsystem by query path；
Step S120：Air control data are obtained from external system using the air control real-time subsystem, and by the air control number
The air control degradation subsystem is given according to asynchronous transmission；The inquiry request that response air control policy control subsystem is sent obtains first and looks into
It askes as a result, first query result is fed back to the air control policy control subsystem；
Step S130：Using the air control degradation subsystem, the inquiry that the air control policy control subsystem is sent is responded
Request obtains the second query result, and second query result is fed back to the air control policy control subsystem；
Step S140：First query result or the second inquiry knot are fed back using the air control policy control subsystem
Fruit.Here feedback first query result or second query result may include to the transmission for sending the inquiry request
First query result or second query result feed back in side.
Method described in the present embodiment can be applied in above-mentioned air control system, air control data recipient described in the present embodiment
Method receives inquiry request by air control system from external system first.After receiving inquiry request, decision is by the real-time subsystem of risk
System or air control degradation subsystem respond the inquiry request.It is such during decision, query path will be formed.
The query path includes query path 1, and query path 1 is to air control real-time subsystem or the air control degradation subsystem
Respond the inquiry request.
If selection responds the inquiry request by the air control real-time subsystem, S120 is entered step, is selected by institute
Air control degradation subsystem is stated to respond the inquiry request, then enters step S130.
The final air control real-time subsystem will form the first query result, and first query result can be real-time query
As a result.The air control degradation subsystem will form the second query result, and second query result may be based on the air control drop
The local data base of grade subsystem or the air control data of local storage medium storage, the query result of formation are usually non real-time
Query result.
First query result or second query result transmission inquiry is fed back in step S140 to ask
The external system asked, to complete the overall process that air control system responds the inquiry request.
Obviously in the air control data capture method described in the present embodiment, at least two query paths can get two
Query result, in this case, when event occurs in any one in the air control real-time subsystem or the air control degradation subsystem
When barrier, a two outer subsystems can also work normally, and can still respond the inquiry request, it is clear that improve response inquiry
The service stability of request.
The air control degradation subsystem further includes advance acquisition wind before executing the step S130 in the present embodiment
The step of controlling data, the step of obtaining the air control data, can receive from the air control real-time subsystem, can also offline into
Row is downloaded in advance, such as at the appointed time by the every of load, and the offline air control data etc. of user are obtained in batches under line.In this way
If, it will be able to for inquiry request described in the air control degradation subsystem responses, provide data supporting.If in general, the air control
Degradation subsystem from the air control real-time subsystem obtain data if, wind is usually sent to by the air control real-time subsystem
Degradation subsystem is controlled, usual asynchronous transmission, in this case, it is achieved that the air control data of the air control degradation subsystem
It is simple to obtain.For example, the air control real-time subsystem, after getting air control data from external system, asynchronous push is to institute
State air control degradation subsystem.It can be sent to avoid synchronous using asynchronous push, the air control real-time system caused to respond on one side
The inquiry request, it is synchronous again on one side to send the problem that load is big caused by the data.Using asynchronous transmission, then institute
Stating air control real-time subsystem can select its own load smaller or the load of air control real-time subsystem and air control degradation subsystem
It is sent to the air control degradation subsystem when smaller.
Embodiment of the method two：
As shown in figure 3, the present embodiment provides a kind of air control data capture method, the method includes：
Step S110：Inquiry request is received, query path is determined based on the inquiry request and air control strategy, based on described
The inquiry request is sent to air control real-time subsystem or air control degradation subsystem by query path；
Step S120：Air control data are obtained from external system using the air control real-time subsystem, and by the air control number
The air control degradation subsystem is given according to asynchronous transmission；The inquiry request that response air control policy control subsystem is sent obtains first and looks into
It askes as a result, first query result is fed back to the air control policy control subsystem；
Step S130：Using the air control degradation subsystem, the inquiry that the air control policy control subsystem is sent is responded
Request obtains the second query result, and second query result is fed back to the air control policy control subsystem；
Step S140：First query result or the second inquiry knot are fed back using the air control policy control subsystem
Fruit.
The step S110 may include：
Using the air control policy control subsystem according to the priority of the inquiry request, quality of service requirement, inquiry
At least one of success rate requirement, service delay requirement and query path preference strategy, determine the query path.
Define that the reference factor for determining the query path, the associated description of these reference factors can join in the present embodiment
See corresponding system embodiment, is not just repeated herein.In short, in this case, priority that can be according to inquiry request, Service Quality
Amount requires, services one or more of delay requirement and the advance strategy of query path, determines query path, in this case,
It just disclosure satisfy that the demand of the inquiry request of different service requests.
Embodiment of the method three：
As shown in figure 3, the present embodiment provides a kind of air control data capture method, the method includes：
Step S110：Inquiry request is received, query path is determined based on the inquiry request and air control strategy, based on described
The inquiry request is sent to air control real-time subsystem or air control degradation subsystem by query path；
Step S120：Air control data are obtained from external system using the air control real-time subsystem, and by the air control number
The air control degradation subsystem is given according to asynchronous transmission；The inquiry request that response air control policy control subsystem is sent obtains first and looks into
It askes as a result, first query result is fed back to the air control policy control subsystem；
Step S130：Using the air control degradation subsystem, the inquiry that the air control policy control subsystem is sent is responded
Request obtains the second query result, and second query result is fed back to the air control policy control subsystem；
Step S140：First query result or the second inquiry knot are fed back using the air control policy control subsystem
Fruit.
As shown in figure 4, the method further includes the following steps S150 or step S160.
Step S150：Judge whether first query result is abnormal or described using the air control policy control subsystem
Whether the inquiry of air control real-time subsystem fails, if the first query result is abnormal or air control real-time subsystem inquiry failure,
The inquiry request is sent to the air control degradation subsystem and obtains the second query result.
Step S160：Judge whether second query result is abnormal or described using the air control policy control subsystem
Whether the inquiry of air control degradation subsystem fails, if the second query result is abnormal or air control degradation subsystem inquiry failure,
The inquiry request is sent to the air control real-time subsystem and obtains the first query result.
In this case, when a subsystem can not normal response inquiry request when, responded by another subsystem described
Inquiry request avoids because of a subsystem fault, the query result of a subsystem so as to the stability for the service of improving
It is abnormal, it results in that normal query result can not be provided.
Embodiment of the method four：
As shown in figure 3, the present embodiment provides a kind of air control data capture method, the method includes：
Step S110：Inquiry request is received, query path is determined based on the inquiry request and air control strategy, based on described
The inquiry request is sent to air control real-time subsystem or air control degradation subsystem by query path；
Step S120：Air control data are obtained from external system using the air control real-time subsystem, and by the air control number
The air control degradation subsystem is given according to asynchronous transmission；The inquiry request that response air control policy control subsystem is sent obtains first and looks into
It askes as a result, first query result is fed back to the air control policy control subsystem；
Step S130：Using the air control degradation subsystem, the inquiry that the air control policy control subsystem is sent is responded
Request obtains the second query result, and second query result is fed back to the air control policy control subsystem；
Step S140：First query result or the second inquiry knot are fed back using the air control policy control subsystem
Fruit.
The step S110 may include：
Subscriber identity information is verified, the first verification result is formed；
When first verification result shows that the subscriber identity information passes through verification, the first inquiry knot is formed
Fruit.
Method described in the present embodiment needs before the feedback for carrying out air control data to user to be checked and/or hair
The identity information of the user of the inquiry request is sent to verify, it is ensured that it is validated user, is carried if disabled user is rejected by
For service.The safety problem caused by providing service to disabled user on the one hand can be reduced in this way, while can be saved more
Resource be used to respond the inquiry request of validated user.
Embodiment of the method five：
As shown in figure 3, the present embodiment provides a kind of air control data capture method, the method includes：
Step S110：Inquiry request is received, query path is determined based on the inquiry request and air control strategy, based on described
The inquiry request is sent to air control real-time subsystem or air control degradation subsystem by query path；
Step S120：Air control data are obtained from external system using the air control real-time subsystem, and by the air control number
The air control degradation subsystem is given according to asynchronous transmission；The inquiry request that response air control policy control subsystem is sent obtains first and looks into
It askes as a result, first query result is fed back to the air control policy control subsystem；
Step S130：Using the air control degradation subsystem, the inquiry that the air control policy control subsystem is sent is responded
Request obtains the second query result, and second query result is fed back to the air control policy control subsystem；
Step S140：First query result or the second inquiry knot are fed back using the air control policy control subsystem
Fruit.
The step S110 may include：
Subscriber identity information is verified, the first verification result is formed；
When first verification result shows that the subscriber identity information passes through verification, the first inquiry knot is formed
Fruit.
It is described when first verification result shows that the subscriber identity information passes through verification, formed it is described first inquiry
As a result, further include it is following at least one：
What whether verifying user equipment logged in the application scenarios for meeting the first preset condition, and/or, obtain user social contact
Behavioural information；
Whether the equipment that verification user asks payment is to meet the payment devices of the second preset condition, and/or obtain user
Whether payment behavior information meets the second preset condition based on user's payment behavior Information Authentication user payment behavior；
Whether the equipment that verification user asks debt-credit is to meet the debt-credit equipment of third preset condition, and/or obtain user
Whether lend-borrow action information meets third preset condition based on user's lend-borrow action Information Authentication user lend-borrow action；
It is connected with external credit investigation system, external credit investigation system is asked to verify User reliability, and from the external reference system
System obtains the trust verification result.
Second processing unit described in the present embodiment by execute aforesaid operations at least one, with formed first inquiry
As a result.Obvious first query result both may include verification result information, also include from external system, as shown in Figure 2 is (big
Data platform) in the air control data of each dimension that obtain, and the when ductility of this air control data is small, convenient subsequently to form essence
True air control assessment result provides data supporting.
Embodiment of the method six：
As shown in figure 3, the present embodiment provides a kind of air control data capture method, the method includes：
Step S110：Inquiry request is received, query path is determined based on the inquiry request and air control strategy, based on described
The inquiry request is sent to air control real-time subsystem or air control degradation subsystem by query path；
Step S120：Air control data are obtained from external system using the air control real-time subsystem, and by the air control number
The air control degradation subsystem is given according to asynchronous transmission；The inquiry request that response air control policy control subsystem is sent obtains first and looks into
It askes as a result, first query result is fed back to the air control policy control subsystem；
Step S130：Using the air control degradation subsystem, the inquiry that the air control policy control subsystem is sent is responded
Request obtains the second query result, and second query result is fed back to the air control policy control subsystem；
Step S140：First query result or the second inquiry knot are fed back using the air control policy control subsystem
Fruit.
The step S130 may include：
Subscriber identity information verification is carried out based on the inquiry request, forms the second verification result；
The incidence relation for pre-establishing air control data and subscriber identity information, when second verification result shows user's body
It when part information passes through verification, responds the inquiry request and is based on subscriber identity information and inquire the incidence relation, form described the
Two query results.
Air control degradation subsystem described in the present embodiment will obtain air control data in advance, but this possible air control data are not
Real time data obtains the incidence relation that air control data will pre-establish the air control data and user identity later, follow-up in this way
Can be easy based on subscriber identity information, the air control data of the user of requesting query, form in quick search to inquiry request
Second query result.
The inquiry request is responded using the present embodiment the method, has query rate fast, the high spy of service stability
Point.
Embodiment of the method seven：
As shown in figure 3, the present embodiment provides a kind of air control data capture method, the method includes：
Step S110：Inquiry request is received, query path is determined based on the inquiry request and air control strategy, based on described
The inquiry request is sent to air control real-time subsystem or air control degradation subsystem by query path；
Step S120：Air control data are obtained from external system using the air control real-time subsystem, and by the air control number
The air control degradation subsystem is given according to asynchronous transmission；The inquiry request that response air control policy control subsystem is sent obtains first and looks into
It askes as a result, first query result is fed back to the air control policy control subsystem；
Step S130：Using the air control degradation subsystem, the inquiry that the air control policy control subsystem is sent is responded
Request obtains the second query result, and second query result is fed back to the air control policy control subsystem；
Step S140：First query result or the second inquiry knot are fed back using the air control policy control subsystem
Fruit.
The step S110 includes：
Based on the inquiry request carry out subscriber authentication, when the subscriber authentication by when, determine described in look into
Ask path.
In the present embodiment before determining the query path, subscriber authentication is carried out in advance, is verified determination
The query path continues to execute the step S120 to operations such as step S140, avoids user identity obstructed out-of-date, lead to institute
It states air control system and executes the invalid operation of series；To reduce the load of system.
Several specific examples are provided below in conjunction with above-mentioned any embodiment：
Example one：
As shown in figure 5, air control data capture method described in this example may include：
Step S11：Air control policy control subsystem receives user's loaning bill air control inquiry.Here user's loaning bill air control inquiry
For one kind of the aforementioned inquiry request.
Step S12：Air control policy control subsystem is based on subsystem and accesses quality and the preferential routing of subsystem, selection inquiry
Path.The query path includes access 1 and access 2.Here subsystem accesses the son in quality and the preferential routing of subsystem
System refers to the air control real-time subsystem or air control degradation subsystem.
The operating process of selection path 1 may include：
Step S21：Air control policy control subsystem preferentially accesses air control real-time subsystem, receives air control real-time subsystem
Access feedback.Here access feedback may include that the inquiry that first query result or air control real-time subsystem are sent unsuccessfully disappears
Breath etc..
Step S22：It determines and accesses the failure of air control real-time subsystem；
Step S23：Access air control degradation subsystem；
Step S24：Receive the access feedback of air control degradation subsystem.Here access feedback may include second inquiry
Or the inquiry failed message etc. that sends of air control degradation subsystem as a result.
The operating process of selection path 2 may include：
Step S31：Access air control degradation subsystem；
Step S32：According to user information, local data base is inquired；
Step S33：Receive the query feedback of local data base；Here query feedback can be second query result
Component part.
Step S34：The query feedback is sent to air control degradation subsystem.
Example two：
It may include following steps in this example：
Step 1：User's loaning bill air control variable inquiry request is sent to air control policy control subsystem, air control policy control
Subsystem is combined according to the service quality of air control real-time subsystem and air control degradation subsystem, request success rate, request time delay
The degradation strategy locally preserved asks inquiry to carry out routing.User's loaning bill air control variable inquiry request is aforementioned inquiry request
One kind.
Step 2：1 air control real-time subsystem of inquiry request selecting access, the use that air control real-time subsystem arrives real-time query
Family air control variable includes subscriber identity information authentication result, user social contact behavior record, user's payment behavior record, user's debt-credit
Behavior record and user's reference result etc. return to requesting party, in the access, if request air control real-time subsystem failure, wind
Control strategy subsystem will continue to request air control degradation subsystem to obtain data, to ensure the reliable and stable of air control system entirety.
Step 3：2 air control degradation subsystem of inquiry request selecting access, air control degradation subsystem are asked in conjunction with this inquiry
Subscriber identity information include the information such as user number and address name, user equipment information includes the letters such as mobile phone IMEI and cell-phone number
Breath, asks local user identification module to verify user identity, only provides wind for the legal user of system authentication
Control degradation variable.Here air control degradation variable and can be the component part for constituting aforementioned second query result.
The air control system by the scheduling of air control policy control subsystem, data height accurately air control real-time subsystem and
Implement scheduling between high believable 2 subsystems of air control degradation subsystem of interface high stable data so that air control system entirety table
Existing high stable height is credible.
In several embodiments provided herein, it should be understood that disclosed device and method can pass through it
Its mode is realized.Apparatus embodiments described above are merely indicative, for example, the division of the unit, only
A kind of division of logic function, formula that in actual implementation, there may be another division manner, such as：Multiple units or component can combine, or
It is desirably integrated into another system, or some features can be ignored or not executed.In addition, shown or discussed each composition portion
It can be the INDIRECT COUPLING by some interfaces, equipment or unit to divide mutual coupling or direct-coupling or communication connection
Or communication connection, can be electrical, mechanical or other forms.
The above-mentioned unit illustrated as separating component can be or may not be and be physically separated, aobvious as unit
The component shown can be or may not be physical unit, you can be located at a place, may be distributed over multiple network lists
In member；Some or all of wherein unit can be selected according to the actual needs to achieve the purpose of the solution of this embodiment.
In addition, each functional unit in various embodiments of the present invention can be fully integrated into a processing module, also may be used
It, can also be during two or more units be integrated in one unit to be each unit individually as a unit；It is above-mentioned
The form that hardware had both may be used in integrated unit is realized, can also be realized in the form of hardware adds SFU software functional unit.
One of ordinary skill in the art will appreciate that：Realize that all or part of step of above method embodiment can pass through
The relevant hardware of program instruction is completed, and program above-mentioned can be stored in a computer read/write memory medium, the program
When being executed, step including the steps of the foregoing method embodiments is executed；And storage medium above-mentioned includes：It is movable storage device, read-only
Memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or
The various media that can store program code such as person's CD.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (16)
1. a kind of air control system, which is characterized in that the system comprises air control policy control subsystem, air control real-time subsystem and
Air control degradation subsystem, wherein the air control policy control subsystem degrades with the air control real-time subsystem and air control respectively
Subsystem connects；
The air control policy control subsystem is looked into for receiving inquiry request based on the inquiry request and the determination of air control strategy
Path is ask, the inquiry request is sent to by the air control real-time subsystem or air control degradation based on the query path
System；
The air control real-time subsystem is rung for obtaining air control data in real time from external system after receiving the inquiry request
It answers the inquiry request that air control policy control subsystem is sent to obtain the first query result, first query result is fed back into institute
State air control policy control subsystem；
The air control degradation subsystem, for responding the inquiry request and be based on local that the air control policy control subsystem is sent
The non real-time air control data of storage obtain the second query result, second query result are fed back to the air control strategy control
Subsystem；
The air control policy control subsystem is additionally operable to feed back first query result or the second query result.
2. system according to claim 1, which is characterized in that
The air control policy control subsystem is specifically used for according to the priority of the inquiry request, quality of service requirement, inquiry
At least one of success rate requirement, service delay requirement and query path preference strategy, determine the query path.
3. system according to claim 1 or 2, which is characterized in that
The air control policy control subsystem includes：
Judging unit, for judging whether first query result is abnormal or whether air control real-time subsystem inquiry loses
It loses；
Transmission unit, if for the first query result to be abnormal or air control real-time subsystem inquiry failure, by the inquiry
Request is sent to the air control degradation subsystem and obtains the second query result；
The judging unit is additionally operable to judge whether second query result is abnormal or the air control degradation subsystem inquiry is
No failure；
The transmission unit, if being additionally operable to, the second query result is abnormal or air control degradation subsystem inquiry failure, by institute
It states inquiry request and is sent to the first query result of the air control real-time subsystem acquisition.
4. system according to claim 1 or 2, which is characterized in that
The air control real-time subsystem includes：
First identity authenticating unit forms the first verification result for verifying subscriber identity information；
First processing units, for when first verification result shows that the subscriber identity information passes through verification, being formed
First query result.
5. system according to claim 4, which is characterized in that
The first processing units include it is following at least one：
Whether user social contact behavioral module logs in for verifying user equipment in the application scenarios for meeting the first preset condition,
And/or obtain user social contact behavioural information；
User's payment behavior module, for verify user ask payment equipment whether be meet the second preset condition payment set
It is standby, and/or user's payment behavior information is obtained, whether met based on user's payment behavior Information Authentication user payment behavior
Second preset condition；
Whether user's lend-borrow action module is to meet the debt-credit of third preset condition to set for verifying the equipment that user asks debt-credit
It is standby, and/or user's lend-borrow action information is obtained, whether met based on user's lend-borrow action Information Authentication user lend-borrow action
Third preset condition；
Reference authentication module is connected with external credit investigation system, for asking external credit investigation system to verify User reliability, and from institute
It states external credit investigation system and obtains the trust verification result.
6. system according to claim 1, which is characterized in that
The air control degradation subsystem, including：
Second identity authenticating unit forms the second verification result for carrying out subscriber identity information verification；
Second processing unit, the incidence relation for pre-establishing air control data and subscriber identity information, when second verification
The result shows that when the subscriber identity information passes through verification, responds the inquiry request and be based on the subscriber identity information inquiry pass
Connection relationship forms second query result.
7. system according to claim 1, which is characterized in that
The air control degradation subsystem is additionally operable to carry out subscriber identity information verification based on the inquiry request, as the user
When identity information is verified, the query path is determined.
8. system according to claim 1, which is characterized in that
The air control real-time subsystem is additionally operable to, the air control data that will be obtained from external system, and asynchronous transmission is dropped to the air control
Grade subsystem.
9. a kind of air control data capture method, which is characterized in that the method includes：
Inquiry request is received, query path is determined based on the inquiry request and air control strategy, is based on the query path by institute
It states inquiry request and is sent to air control real-time subsystem or air control degradation subsystem；Wherein, the air control real-time subsystem and air control
Degradation subsystem is connect with the air control policy control subsystem of the determination query path respectively；
After receiving the inquiry request, air control data are obtained in real time from external system using the air control real-time subsystem, are rung
It answers the inquiry request that air control policy control subsystem is sent to obtain the first query result, first query result is fed back into institute
State air control policy control subsystem；
Using the air control degradation subsystem from the air control real-time subsystem Asynchronous Reception air control data, the air control plan is responded
The inquiry request that slightly control subsystem is sent and the non real-time air control data that are locally stored obtain the second query result, by described the
Two query results feed back to the air control policy control subsystem；
First query result or the second query result are fed back using the air control policy control subsystem.
10. according to the method described in claim 9, it is characterized in that,
The reception inquiry request determines query path based on the inquiry request and air control strategy, is based on the query path
The inquiry request is sent to air control real-time subsystem or air control degradation subsystem, including：
Using the air control policy control subsystem according to the priority of the inquiry request, quality of service requirement, successful inquiring
At least one of rate requirement, service delay requirement and query path preference strategy, determine the query path.
11. method according to claim 9 or 10, which is characterized in that
The method further includes：
Judge whether first query result abnormal or the real-time subsystem of air control using the air control policy control subsystem
Whether system inquiry fails, if the first query result is abnormal or air control real-time subsystem inquiry failure, the inquiry is asked
It asks and is sent to the second query result of the air control degradation subsystem acquisition；
Or,
Judge whether second query result abnormal or the air control degradation subsystem using the air control policy control subsystem
Whether system inquiry fails, if the second query result is abnormal or air control degradation subsystem inquiry failure, the inquiry is asked
It asks and is sent to the first query result of the air control real-time subsystem acquisition.
12. method according to claim 9 or 10, which is characterized in that
The inquiry request sent using air control real-time subsystem response air control policy control subsystem is obtained first and looked into
It askes as a result, first query result is fed back to the air control policy control subsystem, including：
Subscriber identity information is verified, the first verification result is formed；
When first verification result shows that the subscriber identity information passes through verification, first query result is formed.
13. according to the method for claim 12, which is characterized in that
It is described when first verification result shows that the subscriber identity information passes through verification, formed it is described first inquiry knot
Fruit, further include it is following at least one：
What whether verifying user equipment logged in the application scenarios for meeting the first preset condition, and/or, obtain user social contact behavior
Information；
Whether the equipment that verification user asks payment is to meet the payment devices of the second preset condition, and/or obtain user's payment
Whether behavioural information meets the second preset condition based on user's payment behavior Information Authentication user payment behavior；
Whether the equipment that verification user asks debt-credit is to meet the debt-credit equipment of third preset condition, and/or obtain user's debt-credit
Whether behavioural information meets third preset condition based on user's lend-borrow action Information Authentication user lend-borrow action；
It is connected with external credit investigation system, asks external credit investigation system to verify User reliability, and obtained from the external credit investigation system
Take the trust verification result.
14. according to the method described in claim 9, it is characterized in that,
The inquiry request sent using air control policy control subsystem described in the air control degradation subsystem responses obtains the
Second query result is fed back to the air control policy control subsystem by two query results, including：
Information Authentication is carried out to subscriber identity information based on the inquiry request, forms the second verification result；
The incidence relation for pre-establishing air control data and subscriber identity information, when second verification result shows user's body
It when part information passes through verification, responds the inquiry request and is based on subscriber identity information and inquire the incidence relation, form described the
Two query results.
15. according to the method described in claim 9, it is characterized in that,
The reception inquiry request determines query path based on the inquiry request and air control strategy, including：
Subscriber identity information verification, which is carried out, based on the inquiry request determines institute when the subscriber identity information is verified
State query path.
16. according to the method described in claim 9, it is characterized in that,
The method further includes：
The air control degradation subsystem is given in the air control data that the air control real-time subsystem will be obtained from external system, asynchronous transmission
System.
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| CN106296301A (en) * | 2016-08-17 | 2017-01-04 | 北京集奥聚合科技有限公司 | A kind of method for digging of real estate's sales clue |
| CN109002949A (en) * | 2017-06-06 | 2018-12-14 | 阿里巴巴集团控股有限公司 | A kind of method and device of air control strategy configuration and business air control |
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| CN110737889B (en) * | 2019-10-24 | 2022-04-05 | 武汉极意网络科技有限公司 | Business wind control adjustment method, device, equipment and storage medium |
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| CN111539752A (en) * | 2020-04-29 | 2020-08-14 | 中国银行股份有限公司 | Identity authentication method and device, storage medium and electronic equipment |
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