CN106921695A

CN106921695A - Resource encapsulation method and device and assets packaging method

Info

Publication number: CN106921695A
Application number: CN201510993209.7A
Authority: CN
Inventors: 骆桢轩
Original assignee: Alibaba Group Holding Ltd
Current assignee: Advanced New Technologies Co Ltd; Advantageous New Technologies Co Ltd
Priority date: 2015-12-24
Filing date: 2015-12-24
Publication date: 2017-07-04
Anticipated expiration: 2035-12-24
Also published as: CN106921695B; CN112866354B; CN112866354A

Abstract

This application discloses the method for packing and device of a kind of Internet resources, the method includes：It is determined that asking resource value for the i ＆ lt of Internet resources, the i is positive integer；Resource value summation is obtained from can call Internet resources and is not more than the Internet resources that the i ＆ lt asks resource value；The Internet resources to getting are packaged, and determine encapsulated result, the resource value of the Internet resources completed comprising encapsulation in the encapsulated result；According to the encapsulated result and i ＆ lt request resource value, it is determined that for the i+1 time request resource value of Internet resources.The above method and device are used to improve the packaging efficiency of Internet resources.Disclosed herein as well is a kind of assets packaging method for asset securitization financing plans, for improving the packing efficiency for assets in asset securitization.

Description

Resource encapsulation method and device and assets packaging method

Technical field

The application is related to technical field of Internet information, more particularly to a kind of Internet resources method for packing and Device, and a kind of assets packaging method for asset securitization financing plans.

Background technology

With the development of Internet information technique, for various Internet resources (such as network storage resource, Network bandwidth resources, security monitoring resource etc., abbreviation resource) demand constantly expand, such as network is deposited The demand for storing up resource rises to even PB grades of TB by original GB grades, and network bandwidth resources are by original KB, MB grade widened GB grades.Because Internet resources are not limited by geographic, can be across The more distance in space, it is possible to combine the Internet resources in different terminals to utilize.Such as, There are tri- terminals of A, B, C, each terminal has 1 part of network storage resource of 10GB, when certain When the 30GB network storage resources that package system receives certain client are asked, will can get respectively 3 part 10GBs of the storage in terminal A, B, C be packaged, the network for forming portion 30GB is deposited Storage resource, so that the client is used.

Because Internet resources are available for all package systems to be packaged, so in a package system to some During part Internet resources are packaged, in fact it could happen that the loss of part Internet resources, such as when certain When one package system is encapsulated portionwise to 100 parts of Internet resources, in fact it could happen that 2 parts of Internet resources are by other Package system is encapsulated；Or because the damage of Internet resources causes encapsulation to fail, these reasons can all cause envelope The result of dress is not necessarily identical with desired.So prior art, when determining for Internet resources one During individual request resource value, the every part of Internet resources that will can be got are encapsulated portionwise, and gradually monitoring envelope The total resources value of dress, until encapsulation terminates.Such as, it is 30GB network storage resources to ask, if can obtain Dry part network storage resource, the total resources value for once encapsulating, network after encapsulation are monitored after often encapsulating portion (such as, difference exists the total resources value of storage resource in default difference range with the difference of 30GB Can ignore in 0.01GB), then encapsulation terminates.

However, as beginning says that the demand for Internet resources constantly expands, and in order that resource It is fully used without idle waste, is available for the resource value of every part of Internet resources of encapsulation less and less. The demand of such as network storage resource rises to even PB grades of TB by original GB grades, and is available for adjusting Every part of network storage resource is become for present MB grades by original GB grades.So according still further to existing Technology is encapsulated portionwise according to a request resource value, is gradually monitored, then cause packaging efficiency very low.

The content of the invention

The embodiment of the present application provides a kind of method for packing of Internet resources, the envelope for improving Internet resources Dress efficiency.

The embodiment of the present application provides a kind of packaging system of Internet resources, the envelope for improving Internet resources Dress efficiency.

The embodiment of the present application provides a kind of assets packaging method for asset securitization financing plans, for carrying Packing efficiency of the principle of readjustment, restructuring, consolidation and improvement to assets in asset securitization.

The embodiment of the present application uses following technical proposals：

A kind of method for packing of Internet resources, the method includes：

It is determined that asking resource value for the i ＆ lt of Internet resources, the i is positive integer；

Resource value summation is obtained from can call Internet resources and is not more than the mutual of the i ＆ lt request resource value Networked resources；

The Internet resources to getting are packaged, and determine encapsulated result, the encapsulated result In comprising encapsulation complete Internet resources resource value；

According to the encapsulated result and i ＆ lt request resource value, it is determined that for the of Internet resources I+1 request resource value.

Preferably, methods described also includes：When the i+1 time request resource value is less than default resource During breach threshold value, no longer encapsulated next time.

Preferably, resource value summation is obtained from can call Internet resources and is not more than the i ＆ lt request money Before the Internet resources of source value, methods described also includes：Resource value is asked according to the i ＆ lt, it is determined that The Internet resources that can be called.

Preferably, resource value summation is obtained from can call Internet resources and is not more than the i ＆ lt request money The Internet resources of source value, including：Determine the i-th encapsulation coefficient, and according to the described i-th request resource value with And i-th encapsulation coefficient determine the i-th encapsulation resource value upper limit, the encapsulation coefficient is less than 1 more than 0；According to The i-th encapsulation resource value upper limit, provides from can call Internet resources according to every batch several pieces internet The mode in source obtains n batch Internet resources；The resource value of the Internet resources that n batches are obtained before judging Whether summation exceedes the i-th encapsulation resource value upper limit, and n is positive integer, and n is more than 1；When being, Stop obtaining, and the Internet resources that preceding n-1 batches are obtained are labeled as encapsulating；Then

The Internet resources to getting are packaged, and determine encapsulated result, including：To mark For the Internet resources that can be encapsulated are packaged, and determine encapsulated result.

Preferably, the i-th encapsulation coefficient is determined, including：Maximum portion is mutual during inquiry can call Internet resources The resource value of networked resources, the resource value of the maximum portion Internet resources is not more than the i ＆ lt request Resource value；According to the resource value of the maximum portion Internet resources, the i-th encapsulation coefficient is determined.

Preferably, methods described also includes：To can call the remaining Internet resources mark in Internet resources It is designated as not encapsulating.

Preferably, as i ＞ 1, the i-th encapsulation coefficient is determined, including：Inquiry is mutual labeled as what is do not encapsulated The resource value of maximum portion Internet resources in networked resources；According to the maximum portion Internet resources Resource value, determines the i-th encapsulation coefficient；Then

According to the i-th encapsulation resource value upper limit, according to every batch several pieces from can call Internet resources The mode of Internet resources obtains n batch Internet resources, including：According in the i-th encapsulation resource value Limit, obtains from labeled as the Internet resources not encapsulated according to the mode of every batch several pieces Internet resources Take n batch Internet resources；Then

When being, stop obtaining, and the Internet resources that preceding n-1 batches are obtained are labeled as encapsulating, Including：When being, stop obtaining, and by the mark of the Internet resources of preceding n-1 batches acquisition by not sealing Finishing is changed to encapsulate.

A kind of packaging system of Internet resources, the device includes：The determining unit of resource value first, resource Acquiring unit, Resource Encapsulation unit and the determining unit of resource value second, wherein,

The determining unit of the resource value first, for determining that the i ＆ lt for Internet resources asks resource Value, the i is positive integer；

The resource acquisition unit, is not more than for obtaining resource value summation from can call Internet resources The i ＆ lt asks the Internet resources of resource value；

The Resource Encapsulation unit, for being packaged to the Internet resources for getting, and determines Encapsulated result, the resource value of the Internet resources completed comprising encapsulation in the encapsulated result；

The determining unit of the resource value second, for according to the encapsulated result and i ＆ lt request money Source value, it is determined that for the i+1 time request resource value of Internet resources.

Preferably, described device also includes：Resource value judging unit, specifically for：Judge the i+1 When whether secondary request resource value is less than default resource gap threshold value；When being, no longer sealed next time Dress.

Preferably, described device also includes：Resource determining unit can be called, specifically for：From can call Obtained in Internet resources resource value summation be not more than i ＆ lt request resource value Internet resources it Before, resource value is asked according to the i ＆ lt, it is determined that the Internet resources that can be called.

Preferably, resource acquisition unit, specifically for：Determine the i-th encapsulation coefficient, and according to described i-th Request resource value and the i-th encapsulation coefficient determine the i-th encapsulation resource value upper limit, and the encapsulation coefficient is more than 0 Less than 1；According to the i-th encapsulation resource value upper limit, if according to every batch from can call Internet resources The mode of dry part Internet resources obtains n batch Internet resources；The internet that n batches are obtained before judging Whether the resource value summation of resource exceedes the i-th encapsulation resource value upper limit, and n is positive integer, and n is more than 1；When being, stop obtaining, and the Internet resources that preceding n-1 batches are obtained are labeled as encapsulating；Then

Resource Encapsulation unit, specifically for：To mark for the Internet resources of encapsulation are packaged, and Determine encapsulated result.

Preferably, resource acquisition unit, specifically for：Inquiry can call maximum portion in Internet resources The resource value of Internet resources, the resource value of the maximum portion Internet resources is not more than the i ＆ lt please Seek resource value；According to the resource value of the maximum portion Internet resources, the i-th encapsulation coefficient is determined.

Preferably, resource acquisition unit, is additionally operable to：To can call the remaining internet in Internet resources Resource mark is not encapsulate.

Preferably, as i ＞ 1, resource acquisition unit, specifically for：Inquiry is mutual labeled as what is do not encapsulated The resource value of maximum portion Internet resources in networked resources；According to the maximum portion Internet resources Resource value, determines the i-th encapsulation coefficient；According to the i-th encapsulation resource value upper limit, from labeled as not encapsulating Internet resources according to the mode of every batch several pieces Internet resources obtain n batches internet provide Source；When being, stop obtaining, and by the mark of the Internet resources of preceding n-1 batches acquisition by not encapsulating It is revised as encapsulating.

A kind of assets packaging method for asset securitization financing plans, including：

It is determined that the i ＆ lt water level for buying assets, the i is positive integer；

The assets that assets summation is not more than the i ＆ lt water level are obtained from the assets that can be used to pack；

The assets to getting are packed, and determine result of packing, and are included in the packing result The assets value of the assets for completing of packing；

According to packing result and the i ＆ lt water level, it is determined that the i+1 time water for buying assets Position.

Above-mentioned at least one technical scheme that the embodiment of the present application is used can reach following beneficial effect：First really The i ＆ lt made for Internet resources asks resource value, further according to request resource value, from can call interconnection Resource value summation is obtained in net resource and is not more than the several pieces Internet resources that i ＆ lt asks resource value, then Internet resources to getting are packaged and determine encapsulated result, finally according to encapsulated result and I request resource value, determines i+1 time request resource value.By a package request, multiple envelopes are split as Dress request, and so move in circles, reaching infinite approach needs the purpose of resource value of encapsulation.Due to each The Internet resources of acquisition are all no more than asking resource value, thus just without as prior art portionwise Encapsulation is gradually monitored, but concurrently can in batches be encapsulated in encapsulation process and be not required to monitoring, has been encapsulated every time Need the request resource value of encapsulation next time into rear determination, encapsulate portionwise so as to solving prior art and gradually supervise The low problem of packaging efficiency caused by control, and then improve the packaging efficiency of Internet resources.Additionally, also solving Prior art of having determined is packed by the low problem of efficiency of being packed caused by a level monitoring by pen, and then improves pin To the packing efficiency of assets in asset securitization.

Brief description of the drawings

Accompanying drawing described herein is used for providing further understanding of the present application, constitutes the part of the application, The schematic description and description of the application does not constitute the improper limit to the application for explaining the application It is fixed.In the accompanying drawings：

Fig. 1 is that a kind of flow of the method for packing of Internet resources that the embodiment of the present application 1 is provided is illustrated Figure；

Fig. 2 is a kind of method for packing of Internet resources based on encapsulation mark that the embodiment of the present application 2 is provided Schematic flow sheet；

Fig. 3 is that a kind of flow of the method for packing of network storage resource that the embodiment of the present application 3 is provided is illustrated Figure；

Fig. 4 is a kind of structured flowchart of the encapsulation of Internet resources that the embodiment of the present application 4 is provided；

Fig. 5 is a kind of flow of assets packaging method for asset securitization that the embodiment of the present application 5 is provided Schematic diagram.

Specific embodiment

It is specifically real below in conjunction with the application to make the purpose, technical scheme and advantage of the application clearer Apply example and corresponding accompanying drawing is clearly and completely described to technical scheme.Obviously, it is described Embodiment is only some embodiments of the present application, rather than whole embodiments.Based on the implementation in the application Example, the every other implementation that those of ordinary skill in the art are obtained under the premise of creative work is not made Example, belongs to the scope of the application protection.

Below in conjunction with accompanying drawing, the technical scheme that each embodiment of the application is provided is described in detail.

Embodiment 1

As it was previously stated, at present, the demand for Internet resources constantly expands, and in order that internet is provided Source is fully used without idle waste, is available for the resource value of every part of Internet resources for calling less and less, So being encapsulated portionwise according still further to the method for packing of prior art, monitor portionwise, then cause packaging efficiency very It is low.Such as, the demand previously for network storage resource is 750GB, is available for the average every part of network for calling Storage resource is 10GB, then, for a package system in actual applications, it is contemplated that by other envelopes Dress system is tried to be the first the resource loss problem of encapsulation, and network storage resource damage problem, may only need 80 encapsulation, it becomes possible to which encapsulation completes a network storage resource of 749.5GB；But at present, for net The demand of network storage resource is 50TB (=500 × 1024GB), and is available for the average every part of network for calling to deposit Storage resource is only 500MB, then, in actual applications, it is considered to the problem that resource loss and resource are damaged, At least 500 × 1024 × 1024MB ÷ 500MB=1048576 (secondary) may be accomplished by, and greatly may very much More with the number of times.So for prior art, encapsulate portionwise, and gradually monitor the total resources value of encapsulation, directly For reaching 50TB, even for the disposal ability for developing rapidly for, be also very big engineering.Institute Problem demanding prompt solution is become with the packaging efficiency for improving Internet resources.Based on this defect, the application Embodiment provides a kind of method for packing of Internet resources, the packaging efficiency for improving Internet resources. The idiographic flow schematic diagram of the method is as shown in Figure 1, it is assumed that executive agent is to rely on the encapsulation in server System, comprises the steps：

Step 11：It is determined that asking resource value for the i ＆ lt of Internet resources.

Can receive the Internet resources request from client or certain terminal in the step, should The resource value asked for Internet resources is contained in asking, such as certain client is asked to package system The network storage resource of 50TB.Can also be that certain business please according to the Internet resources that business demand is triggered Ask, such as cloud storage business triggers the request of 50TB network storage resources according to memory capacity.

When this package system for the Internet resources request do not did it is any once encapsulate when, i=1, you can To be considered that this package system will do encapsulation for the first time to Internet resources request.Such as, pin is received Request resource value to network storage resource is 50TB, then request resource value is 50TB for the first time.Envelope The number of times of dress can only as the first time, second ... ..., the tenth time, so i is positive integer.

It should be noted that this package system (abbreviation the system) does not do for Internet resources request Cross it is any once encapsulate, be not intended to other package systems (referred to as other systems) without for the internet Resource request carried out encapsulation, it is therefore possible to be directed to the Internet resources, there is the mutual of partial encapsulation completion Networked resources.Such case, this package system can be according to the request resource value of Internet resources, Yi Jiqi The Internet resources of its package system encapsulated completion, determine that this package system is directed to the Internet resources Resource value is asked in request for the first time.Such as, other package systems are directed to the request of 50TB network storage resources, 10TB is encapsulated, and the system has been given in the request, then the system has determined request money for the first time Source value is 40TB.

Step 12：Resource value summation no more than i ＆ lt request resource value is obtained from can call Internet resources Internet resources.

Can be called in the step Internet resources can refer to it is that the system may be coupled to, can encapsulate it is mutual Networked resources, the Internet resources can be stored in server or client etc., and the internet that can be called Resource is idle condition, i.e., not occupied.Such as, for network storage resource, interconnection can be called Net resource can be the dormant network storage resource, or a storage address of 10GB capacity, the ground Location correspondence 10GB dormant network storage resources.

In actual applications, a Internet resources, but the often money of a Internet resources can only be obtained Source value can not be exactly equal to request resource value, so can just be connect by the combination of several pieces Internet resources Nearly request resource value.

When being obtained from can call Internet resources, the money of every part of Internet resources that can be to getting every time Source value is added up, and can preset a threshold value for resource gap, when cumulative resource value and request resource value Difference, when in the threshold value, it is possible to stop obtain, such as, and request resource value be 40TB (=40960GB) Network storage resource, default resource gap threshold value is 50G, when the several pieces network storage resource for obtaining Resource value summation is in the range of 40910GB to 40960GB, you can stop obtaining.

In actual applications, because package system can be packaged for multiple internet resource request, so one Internet resources that package system may be coupled to, can encapsulating may be considerably beyond independent one interconnection Net resource request.Such as, certain package system can receive multiple network storage resource requests, average each net The request of network storage resource is 40TB, then the network storage resource for being available for the system to call might have 10PB (=10 × 1024TB).But, for an Internet resources request, have considerably beyond the request It is also nonsensical that Internet resources can be called, for being asked as with 40TB network storage resources, It is also null(NUL) even if there is 10PB network storage resources for package system for the request is packaged, because For in fact, may only need 60TB the network storage resource called just it is much of that, and if be directed to one The called Internet resources of individual Internet resources request are excessive, can also interfere with and other Internet resources are asked Encapsulation operation.

So, in one embodiment, before step 12, method can also include：Please according to i ＆ lt Resource value is sought, it is determined that the Internet resources that can be called.

Specifically, resource value, be may be coupled to package system, Ke Yifeng can be asked according to i ＆ lt The Internet resources of dress are screened, and filter out the Internet resources not less than the resource value, and be defined as can The Internet resources for calling.

In actual applications, it is contemplated that resource loss problem, and damage problem, can according to request resource Value is screened according to certain ratio (such as 1.2 times), such as, and the resource value of network storage resource request It is 40TB, 10240TB being may be coupled to package system, can encapsulating is screened, and is filtered out The storage address of 40TB network storage resources, is defined as the Internet resources that can be called.Such as, network is deposited The resource value for storing up resource request is 40TB, 10240TB being may be coupled to package system, can encapsulating Screened, filtered out the storage address of 40 × 1.2=48TB network storage resources, be defined as calling is mutual Networked resources.

It should be noted that the acquisition in the step, is merely representative of a kind of purpose of acquisition information, such as, In this step, the quantity of resource value is obtained, so can also be the operation of query resource value quantity, such as, The resource value of Internet resources is inquired about, the internet that resource value summation no more than i ＆ lt asks resource value is obtained Resource.

Step 13：Internet resources to getting are packaged, and determine encapsulated result.

In the step, the process of encapsulation can be that the Internet resources that will be got in step 12 are integrated Encapsulation, forms a overall Internet resources, in encapsulation process can by the ability of computer cluster, Concurrent batch is encapsulated.Such as, for network storage resource, the net of different server will can be stored in Network storage address is integrated, using big data calculate service ODPS (Open Data Processing Service, Abbreviation ODPS, by Ali's cloud independent research, there is provided not high for TB/PB DBMSs, requirement of real-time Distributed treatment ability) concurrently a Internet resources are packaged into batches.And for example, for client request net For network bandwidth resources, the subnetwork bandwidth resources of limited other clients can be packaged together, Form a network bandwidth resources.In view of resource loss, and the problem that resource is damaged, after the completion of encapsulation Internet resources, it is possible that less than the Internet resources before encapsulation, so being accomplished by determining encapsulation knot Really.For the result for encapsulating, wherein the resource value of the Internet resources that encapsulation is completed can be included.Such as, The resource value of network storage resource request is 40TB, obtains the address of 40TB network storage resources, in envelope During dress, due to reasons such as damages, encapsulated result is 38TB.

Step 14：According to encapsulated result and i ＆ lt request resource value, it is determined that for the of Internet resources I+1 request resource value.

By the agency of in step 13, it is contemplated that resource loss, and the problem that resource is damaged, encapsulation are completed Internet resources afterwards, it is possible that less than the Internet resources before encapsulation, so being accomplished by determining encapsulation As a result.In this this step, it is possible to the result encapsulated according to this and this request resource value.Determine The request resource value encapsulated the need for next time.The step of so circulation is encapsulated, moves closer to request for the first time Resource.Such as, asked for a certain network storage resource, for the first time request 40TB network storage resources, 40TB is obtained from can call network storage resource and first time encapsulation is carried out, encapsulated result is 38TB, So second request is 2TB, so moves in circles, and reaches the network storage resource that final encapsulation is completed Infinite approach 40TB.

In actual applications, the number of times of circulation can be set, it is also possible to set default resource gap threshold value, etc. When meeting threshold range, you can think that encapsulation is completed.Such as, when i+1 time request resource value is less than default Resource gap threshold value when, no longer encapsulated next time.Conversely, when i+1 time asks resource value still During more than or equal to default resource gap threshold value, then repeat step 11 is to step 14.

In actual applications, the Internet resources that encapsulation is completed finally need for being sent to requesting party's client , so, the method can also include：

The Internet resources for completing will be encapsulated to send to specified location.

The method provided using embodiment 1, the i ＆ lt first determined for Internet resources asks resource Value, further according to request resource value, obtains resource value summation no more than i ＆ lt from can call Internet resources The several pieces Internet resources of resource value are asked, then the Internet resources for getting are packaged and determined Go out encapsulated result, finally according to encapsulated result and i ＆ lt request resource value, determine i+1 time request Resource value.By a package request, multiple package requests are split as, and so moved in circles, it is unlimited to reach Close to the purpose of the resource value for needing encapsulation.Because each Internet resources for obtaining all are no more than request money Source value, so just gradually monitor without being encapsulated portionwise as prior art, but can in encapsulation process Concurrently to encapsulate in batches and monitoring is not required to, determines to need next time the request resource of encapsulation after the completion of encapsulation every time Value, so as to solve the problems, such as prior art encapsulate portionwise gradually monitor caused by packaging efficiency it is low, Jin Erti The packaging efficiency of Internet resources high.

Embodiment 2

Present invention design is described based on previous embodiment 1 in detail, for the ease of being better understood from this The technical characteristic of application, means and effect, below in an advantageous manner, to the internet money of the application The method for packing in source is illustrated, and is provided so as to form another embodiment of the application, i.e. the present embodiment A kind of method for packing of the Internet resources based on encapsulation mark, the encapsulation for improving Internet resources is imitated Rate.The idiographic flow schematic diagram of the method is as shown in Fig. 2 comprise the steps：

Step 21：It is determined that asking resource value for the i ＆ lt of Internet resources.

This step is similar to the step 11 in embodiment 1, and here is omitted.

Step 22：Determine the i-th encapsulation coefficient, and it is true according to the i-th request resource value and the i-th encapsulation coefficient The fixed i-th encapsulation resource value upper limit.

In the step, the i-th encapsulation coefficient is directed to for i ＆ lt request resource value, according to the i-th request Resource value and the i-th encapsulation coefficient can determine the i-th encapsulation resource value upper limit, and the encapsulation resource value upper limit is just It is the maximum resource value of the Internet resources of i ＆ lt encapsulation, due in actual applications, after often encapsulating Internet resources are not quite identical with request resource value, can ignore the breach of very little, so the i-th encapsulation money The source value upper limit can just be not more than the i-th request resource value, so that the i-th encapsulation coefficient can just be less than more than 0 1.Encapsulation coefficient can be it is set in advance, such as 0.99,0.95 etc..Can also be true otherwise It is fixed：Inquiry can call the resource value of maximum portion Internet resources in Internet resources；According to maximum a The resource value of Internet resources, determines the i-th encapsulation coefficient.In it can call Internet resources, if maximum The resource value of a Internet resources is both greater than the i-th request resource value, then this part of Internet resources are considered It is not optional.Such as, the i-th request resource value is 40TB network storage resources, and the network storage can be called to provide It is maximum a for 1TB in source, then the i-th encapsulation coefficient can be (40-1) ÷ 40=0.975, in reality In, in order to further control the i-th encapsulation coefficient, control coefrficient (such as 0.95) can be added, then I-th encapsulation coefficient can be 40 × 0.95=0.926 of (40-1) ÷.The i-th encapsulation resource value upper limit can be 40 × 0.926=37.05TB.

Step 23：According to the i-th encapsulation resource value upper limit, if according to every batch from can call Internet resources The mode of dry part Internet resources obtains n batch Internet resources.

In the step, because every part of resource value of Internet resources is less and less, it is possible to according to batch, often Batch obtains several pieces Internet resources.Here every a collection of, can divide according to the number of Internet resources Batch, such as 100 parts Internet resources are a collection of, it is also possible to which the resource value according to Internet resources comes in batches, Such as 4GB to 6GB network storage resources are a collection of, etc..

Step 24：Whether the resource value summation of the Internet resources that n batches are obtained is more than the i-th encapsulation before judging The resource value upper limit.

In this step, the resource value summation of a collection of all batches that can just add up and obtain often is obtained, And judge whether exceeded the i-th encapsulation resource value upper limit.Such as, the i-th encapsulation resource value upper limit is 37.05TB Network storage resource, after obtaining first batch network storage resource, the resource value summation that adds up out is 121GB, After obtaining second lot (425GB), the resource value summation that adds up out by that analogy, is obtained for 546GB ... ... N batches are taken, add up out resource value summation, and judges whether more than 40TB.

Step 25：When being, stop obtaining, and the Internet resources that preceding n-1 batches are obtained are labeled as can Encapsulation.

In the step, the resource value summation of the Internet resources that current n batches are obtained is more than the i-th request resource During value, it is possible to think the resource value summation of preceding n-1 batches not less than the i-th request resource value, n- before institute The Internet resources that 1 batch is obtained can be encapsulation, it is possible to the internet for obtaining preceding n-1 batches For that can encapsulate, it can be what is be packaged to represent this part Internet resources to resource mark.Such as, preceding n-1 The network storage resource that batch is obtained is 36.99TB, and the network storage resource that the n-th batch is obtained is 0.07TB, Before the network storage resource summation that obtains of n batches be 37.06TB, more than 37.05TB, it is possible to will 36.99TB is labeled as encapsulating.

Step 26：To mark for the Internet resources of encapsulation are packaged, and determine encapsulated result.

Because the Internet resources in step 25 to needing encapsulation are labeled as encapsulating, so the step In, it is only necessary to mark for the Internet resources of encapsulation are packaged.Determine the process of encapsulated result Similar to step 14 in embodiment 1, here is omitted.Such as, it is the 36.99TB of encapsulation to mark Network storage resource is packaged, and because part resource is lost in and damages problem, encapsulated result is 34.56TB.

Step 27：According to encapsulated result and i ＆ lt request resource value, it is determined that for the of Internet resources I+1 request resource value.

Such as, encapsulated result is 34.56TB in step 26, and the i-th encapsulation resource value upper limit is 37.05TB, Can so determine that i+1 time request resource value is 2.49TB.

Default resource gap threshold value can be set for 500GB, because i+1 time request resource value is 2.49TB, So can be with repeat step 21 to step 27.

The method provided using embodiment 2, the i ＆ lt first determined for Internet resources asks resource Value, then the i-th encapsulation coefficient and the i-th encapsulation resource value upper limit are determined, then according to the i-th encapsulation resource The value upper limit obtains Internet resources in batches, and determines the Internet resources that can be encapsulated, and can most encapsulate at last Internet resources be packaged and determine i+1 time request resource value.By a package request, split It is multiple package requests, and so moves in circles, reaches the purpose that infinite approach i ＆ lt asks resource value. Because each Internet resources for obtaining all are no more than asking resource value, so just without as prior art Encapsulate portionwise like that and gradually monitor, but concurrently can in batches be encapsulated in encapsulation process and be not required to monitoring, often Determine to need next time the resource value of encapsulation after the completion of secondary encapsulation, so as to solve prior art encapsulate portionwise by The low problem of packaging efficiency caused by secondary monitoring, and then improve the packaging efficiency of Internet resources.

Embodiment 3

A kind of encapsulation of the network storage resource provided based on the inventive concept of the first two embodiment, the present embodiment Method, the packaging efficiency for improving network storage resource.The idiographic flow schematic diagram of the method such as Fig. 3 institutes Show, comprise the steps：

Step 31：It is determined that asking resource value for the 1st time of network storage resource.

Request resource value is 40TB network storage resources.

Step 32：According to the 1st request resource value, it is determined that the network storage resource that can be called.

1st time request resource value is 40TB, and determining can call the network storage resource to be： 40 × 1.2=48TB.

Step 33：Determine the 1st encapsulation coefficient, and according to the 1st request resource value and the 1st encapsulation coefficient Determine the 1st encapsulation resource value upper limit.

The resource value for inquiring maximum portion network storage resource in the 48TB network storage resources that can be called is 1TB, then the 1st encapsulation coefficient be：(40-1) ÷ 40 × 0.99=0.956, the 1st request resource value is 40TB, so the 1st encapsulation resource value upper limit is 40 × 0.965=38.61TB.

Step 34：According to the 1st encapsulation resource value upper limit, according to every batch from can call network storage resource The mode of secondary several pieces network storage resource obtains n batch network storage resources.

It is the 48TB determined in step 32 that network storage resource can be called, therefrom according to 50 parts of every batch The mode of network storage resource, obtains n batch network storage resources.

Step 35：Whether the resource value summation of the network storage resource that n batches are obtained is more than the 1st before judging The encapsulation resource value upper limit.

Whether the resource value summation of the network storage resource that n batches are obtained is more than 38.61TB before judging.

Step 36：When being, stop obtaining, and the Internet resources that preceding n-1 batches are obtained are labeled as Can encapsulate.

The network storage resource that preceding n-1 batches are obtained is 37.86TB, the network storage money that the n-th batch is obtained Source is 1.08TB, before the network storage resource summation that obtains of n batches be 38.94TB, exceed 38.61TB, it is possible to be labeled as 37.86TB to encapsulate.

Network storage resource can be called for 48TB, labeled as 37.86TB can be encapsulated as, but simply the 1st It is not packaged in secondary encapsulation, it is possible to be labeled as remaining 10.14TB network storage resources not seal Dress, in the 2nd encapsulation or the 3rd encapsulation, can obtain from these network storage resources.

It should be noted that labeled as not encapsulating the network storage resource that can represent this some residual at this It is not packaged during secondary encapsulation, but is available in encapsulation next time, the content for marking is not limited, Such as, it can be the first encapsulation that can encapsulate mark, and it can be the second encapsulation that mark is not encapsulated, etc..Institute With in actual applications, it is also possible to remaining available part is not marked, only this can be encapsulated Part be marked, this is not limited, as long as can find what can be encapsulated when this is encapsulated, under Available part is found in secondary encapsulation process.

Step 37：The rest network storage resource in network storage resource will can be called to be labeled as not encapsulating.

In step 36, determine 10.14TB network storage resources remaining, so, by this 10.14TB Network storage resource is labeled as not encapsulating.

Step 38：To mark for the network storage resource of encapsulation is packaged, and determine encapsulated result.

To mark for the 37.86TB network storage resources of encapsulation are packaged, due to resource loss and money The problem that source is damaged, encapsulated result is 36.59TB.

Step 39：According to encapsulated result and the 1st request resource value, it is determined that being directed to network storage resource The 2nd time request resource value.

2nd time request resource value is：40-36.59=3.41TB.

Whether step 310, judge the 2nd request resource value less than default final resource gap threshold value.Such as Fruit is then to terminate encapsulation, if it is not, then performing step 311.Assume that resource gap threshold value is 500GB。

Step 311：Determine the 2nd encapsulation coefficient, and according to the 2nd request resource value and the 2nd encapsulation coefficient Determine the 2nd encapsulation resource value upper limit.

Inquiry is labeled as maximum portion network storage resource in the 10.14TB network storage resources not encapsulated Resource value is 769GB, then the 2nd encapsulation coefficient is：

(3.41 × 1024-769) ÷ (3.41 × 1024) × 0.99=0.772, the 2nd request resource value be 3.41TB, so the 2nd encapsulation resource value upper limit is 3.41 × 0.772=2.63TB.

Step 312：According to the 2nd encapsulation resource value upper limit, from labeled as the network storage resource not encapsulated Mode according to every batch several pieces network storage resource obtains n batch network storage resources.

From labeled as the 10.14TB network storage resources not encapsulated, according to the 50 parts of network storages of every batch The mode of resource, obtains n batch network storage resources.

Step 313：Whether the resource value summation of the network storage resource that n batches are obtained is more than the 2nd before judging The encapsulation resource value upper limit.

When first batch obtain network storage resource resource value summation more than in the 2nd encapsulation resource value Limit, then terminate encapsulation.

Whether the resource value summation of the network storage resource that n batches are obtained is more than 2.63TB before judging.

Step 314：When being, stop obtain, and by preceding n-1 batches obtain network storage resource mark Note is revised as encapsulating by not encapsulating.

The network storage resource that preceding n-1 batches are obtained is 2.56TB, the network storage money that the n-th batch is obtained Source is 0.09TB, before the network storage resource summation that obtains of n batches be 2.65TB, exceed 2.56TB, it is possible to be revised as encapsulating by not encapsulating by the mark of 2.56TB.Now, remaining mark For the network storage resource that can not be encapsulated is 10.14-2.56=7.58TB.

Step 315：To mark for the network storage resource of encapsulation is packaged, and determine encapsulated result.

To mark for the 2.56TB network storage resources of encapsulation are packaged, due to resource loss and resource The problem of damage, encapsulated result is 2.31TB.

Step 316：According to encapsulated result and the 2nd request resource value, it is determined that being directed to network storage resource The 3rd time request resource value.

3rd time request resource value is：3.41-2.31=1.10TB.

Whether repeat step 310, judge the 3rd request resource value less than default final resource gap threshold Value.If it is, terminate encapsulation, if it is not, then repeat step 311 is to step 316.

The method provided using embodiment 3, first determines the 1st request money for network storage resource Source value, then the 1st encapsulation coefficient and the 1st encapsulation resource value upper limit is determined, then according to the 1st encapsulation money The source value upper limit obtains network storage resource in batches, and determines the network storage resource that can be encapsulated, most at last The Internet resources that can be encapsulated are packaged and determine the 2nd request resource value.By a package request, Multiple package requests are split as, and are so moved in circles, reach the 1st mesh of request resource value of infinite approach 's.Because each Internet resources for obtaining are smaller than request resource value, so just without as existing skill Art encapsulates gradually monitor like that portionwise, but concurrently can in batches be encapsulated in encapsulation process and be not required to monitoring, Determine to need the resource value of encapsulation next time after the completion of encapsulation every time, encapsulated portionwise so as to solve prior art The low problem of packaging efficiency caused by gradually monitoring, and then improve the packaging efficiency of Internet resources.

Embodiment 4

Based on identical inventive concept, embodiment 4 provides a kind of packaging system of Internet resources, is used for Improve the packaging efficiency of Internet resources.A kind of envelope of Internet resources that Fig. 4 is provided for the embodiment of the present application The structured flowchart of assembling device, the device includes：The first determining unit of resource value 41, resource acquisition unit 42, Resource Encapsulation unit 43 and the second determining unit of resource value 44, wherein,

The first determining unit of resource value 41, is determined for the i ＆ lt request money for Internet resources Source value, i is positive integer；

Resource acquisition unit 42, can be used for the acquisition resource value summation from can call Internet resources little The Internet resources of resource value are asked in i ＆ lt；

Resource Encapsulation unit 43, can be used for being packaged the Internet resources for getting, and determine envelope Dress result, the resource value of the Internet resources completed comprising encapsulation in encapsulated result；

The second determining unit of resource value 44, can be used for according to encapsulated result and i ＆ lt request resource Value, it is determined that for the i+1 time request resource value of Internet resources.

In one embodiment, the device can also include resource value judging unit, can be used for：Sentence When whether disconnected i+1 time request resource value is less than default resource gap threshold value；When being, no longer carry out Encapsulate next time.

In one embodiment, the device can also include that resource determining unit, Ke Yiyong can be called In：The internet that resource value summation no more than i ＆ lt asks resource value is obtained from can call Internet resources Before resource, resource value is asked according to i ＆ lt, it is determined that the Internet resources that can be called.

In one embodiment, resource acquisition unit, can be used for：Determine the i-th encapsulation coefficient, and root Determine the i-th encapsulation resource value upper limit according to the i-th request resource value and the i-th encapsulation coefficient, encapsulation coefficient is more than 0 is less than 1；It is some according to every batch from can call Internet resources according to the i-th encapsulation resource value upper limit The mode of part Internet resources obtains n batch Internet resources；The internet money that n batches are obtained before judging Whether more than the i-th encapsulation resource value upper limit, n is positive integer to the resource value summation in source, and n is more than 1；When When being, stop obtaining, and the Internet resources that preceding n-1 batches are obtained are labeled as encapsulating；Then

Resource Encapsulation unit, can be used for：To mark for the Internet resources of encapsulation are packaged, and Determine encapsulated result.

In one embodiment, resource acquisition unit, can be used for：Inquiry can call Internet resources The resource value of middle maximum portion Internet resources, the resource value of maximum portion Internet resources is not more than i ＆ lt Request resource value；According to the resource value of maximum portion Internet resources, the i-th encapsulation coefficient is determined.

In one embodiment, resource acquisition unit, can be also used for：Internet resources can be called In remaining Internet resources labeled as not encapsulating.

In one embodiment, as i ＞ 1, resource acquisition unit can be used for：Inquiry is labeled as The resource value of maximum portion Internet resources in the Internet resources not encapsulated；According to maximum portion internet The resource value of resource, determines the i-th encapsulation coefficient；According to the i-th encapsulation resource value upper limit, from labeled as not sealing N batches internet is obtained in the Internet resources of dress according to the mode of every batch several pieces Internet resources to provide Source；When being, stop obtaining, and by the mark of the Internet resources of preceding n-1 batches acquisition by not encapsulating It is revised as encapsulating.

The device provided using embodiment 4, the i ＆ lt first determined for Internet resources asks resource Value, further according to request resource value, obtains resource value summation no more than i ＆ lt from can call Internet resources The several pieces Internet resources of resource value are asked, then the Internet resources for getting are packaged and determined Go out encapsulated result, finally according to encapsulated result and i ＆ lt request resource value, determine i+1 time request Resource value.By a package request, multiple package requests are split as, and so moved in circles, it is unlimited to reach Close to the purpose of the resource value for needing encapsulation.Because each Internet resources for obtaining all are no more than request money Source value, so just gradually monitor without being encapsulated portionwise as prior art, but can in encapsulation process Concurrently to encapsulate in batches and monitoring is not required to, determines to need next time the request resource of encapsulation after the completion of encapsulation every time Value, so as to solve the problems, such as prior art encapsulate portionwise gradually monitor caused by packaging efficiency it is low, Jin Erti The packaging efficiency of Internet resources high

Embodiment 5

Based on identical invention thinking, as the amplification of previous embodiment, present embodiments provide one kind and be directed to The assets packaging method of asset securitization financing plans, assets can be represented by fund, such as Credit Assets, Real estate etc..Fund circulates in internet more and more as a kind of Internet resources, assets security It with asset portfolio or cash flow is to support that change is, a kind of financing form of traded securities is issued, for small amount For finance company or associated financial institution, its all of Credit Assets can be packed, as can conclude the business Security are financed.If a financing plans are 200,000,000, the assets of packing are more than 200,000,000, then will be unable to The unnecessary assets of purchase, so the assets of packing are fewer than financing plans.Past when Credit Assets are packed, Because the number financed is relatively low (hundred million grades), and every loan limit is larger (million grades, millions), institute Can every loan packed by pen with prior art and monitor the assets summation packed by pen, so as not to Beyond financing plans.But with the development of financial industry, the data of financing it is increasing (reach 10,000,000,000 grades, Hundred billion grades are very universal), and micro-credit emergence, every less and less (ten thousand grades, thousand grades of loan limit Even hundred grades), then packed by pen by prior art, by the assets summation of pen monitoring packing, just seem packing Efficiency it is very low, so the present embodiment provides for such a method, asset securitization is directed to for improving The packing efficiency of middle assets.The idiographic flow schematic diagram of the method is as shown in figure 5, comprise the steps：

Step 51：It is determined that the 1st water level for buying assets.

In the step, water level refers to the principal amount that can be used to buy assets in asset securitization financing plans. Such as, financing plans are 1,000,000,000 yuan, on the premise of financing is not started, can be used to buy the fund of assets The amount of money is exactly 1,000,000,000 yuan, that is, the 1st water level is 1,000,000,000 yuan.

Step 52：According to the 1st water level, it is determined that can be used for the assets packed.

1st time water level is 1,000,000,000 yuan, determines that the assets that can be used for packing are：Hundred million yuan of 10 × 1.2=12.

Step 53：Determine the 1st packing coefficient, and determined according to the 1st water level and the 1st packing coefficient The 1st packing assets upper limit.

A maximum assets are 20,000,000, then the 1st dozen in inquiring the 1200000000 yuan of assets that can be used for packing Bag coefficient is：(1,000,000,000-2,000 ten thousand) 1,000,000,000 × 0.98=0.9604 of ÷, the 1st water level is 1,000,000,000 yuan, institute With the 1st packing assets upper limit as hundred million yuan of 10 × 0.9604=9.604.

Step 54：According to the 1st packing assets upper limit, if according to every batch from the assets that can be used to pack The mode of dry brush Credit Assets obtains n batch Credit Assets.

Can be used for the assets packed is determine in step 52 1,200,000,000 yuan, therefrom according to every batch 50 The mode of Credit Assets, obtains n batch Credit Assets.

Step 55：Judge the total assets value of the Credit Assets that preceding n batches are obtained and whether more than the 1st packing The assets upper limit.

Whether the total assets value of the Credit Assets that n batches are obtained is more than 9.604 hundred million yuan before judging.

Step 56：When being, stop obtaining, and the Credit Assets that preceding n-1 batches are obtained are labeled as the One stage packed.

The Credit Assets that preceding n-1 batches are obtained are 9.346 hundred million yuan, and the Credit Assets that the n-th batch is obtained are 0.501 hundred million yuan, before the network storage resource summation that obtains of n batches be 9.847 hundred million yuan, more than 9.604 Hundred million yuan, it is possible to which 9.346 hundred million yuan of assets are packed labeled as the first stage.

Step 57：Surplus assets in 1,200,000,000 yuan of assets of packing will be can be used to be packed labeled as second stage.

At step 56, determined hundred million yuan of assets of 12-9.346=2.654 remaining, so, by this 2.654 hundred million meta-tag are packed for second stage.

Step 58：To mark for the assets of packing are packed, and determine result of packing.

To mark for 9.346 hundred million yuan of assets of packing are packed, due in packing process, The payment beforehand to providing a loan is likely to occur, it is possible that the result of packing can be caused fewer than 9.346 hundred million yuan, Such as encapsulated result is 9.309 hundred million yuan.

Step 59：According to packing result and the 1st water level, it is determined that the 2nd water for buying assets Position.

2nd water level：10,000,000 yuan of 10-9.309=6.91.

Whether step 510, judge the 2nd water level less than default final assets breach threshold value.If it is, Then terminate packing, if it is not, then performing step 311.Assume that assets breach threshold value is 2,000,000 yuan.

Step 511：Determine the 2nd packing coefficient, and determined according to the 2nd water level and the 2nd packing coefficient The 2nd packing assets upper limit.

Inquiry is 16,000,000 labeled as a maximum assets in 2.654 hundred million yuan of assets of second stage packing Unit, then the 2nd packing coefficient be：

6.91 thousand ten thousand yuan × 0.98=0.7531 of (6.91 thousand ten thousand -1,600 ten thousand) ÷, the 2nd time water level is 6.91 thousand Ten thousand, so the 2nd packing assets upper limit is 6.91 thousand ten thousand yuan of ×× 0.7531=52,038,000 yuan.

Step 512：According to the 2nd packing the assets upper limit, from labeled as second stage packing assets according to If obtaining n batch Credit Assets per the mode of batch dry brush Credit Assets.

From 2.654 hundred million yuan of assets labeled as second stage packing, according to 50 Credit Assets of every batch Mode, obtain n batch Credit Assets.

Step 513：Judge the total assets value of the Credit Assets that preceding n batches are obtained and whether more than the 2nd packing The assets upper limit.

When first batch obtain Credit Assets total assets value more than the 2nd packing the assets upper limit, then terminate Packing.

Whether the total assets value of the Credit Assets that n batches are obtained is more than 52,038,000 yuan before judging.

Step 514：When being, stop obtain, and by preceding n-1 batches obtain Credit Assets mark by Second stage packing is revised as first stage packing.

The Credit Assets that preceding n-1 batches are obtained are 51,580,000 yuan, the credit money that the n-th batch is obtained It is 946,000 yuan to produce, before the network storage resource summation that obtains of n batches be 52,526,000 yuan, surpass Cross 51,580,000 yuan, it is possible to by 51,580,000 yuan of marks of assets are revised as by second stage packing First stage packs.Now, it is remaining mark for packing assets for 2.654 hundred million yuan- Hundred million yuan of 51,580,000=2.1382.

Step 515：To mark for the assets of packing are packed, and determine result of packing.

To mark for 51,580,000 yuan of assets of packing are packed, due in packing process In, there is the payment beforehand to providing a loan, so the result for causing packing is 50,860,000 yuan.

Step 516：According to packing result and the 2nd water level, it is determined that the 3rd water for buying assets Position.

3rd water level：6.91 thousand ten thousand yuan -50,860,000 yuan=18,240,000 yuan.

Whether repeat step 510, judge the 3rd water level less than default final assets breach threshold value.If It is then to terminate packing, if it is not, then repeat step 511 is to step 516.

The method provided using embodiment 5, during assets of packing, first determines the 1st water level, The 1st packing coefficient and the 1st packing assets upper limit are determined again, then according to the 1st packing assets upper limit point Batch obtains assets, and determines the assets that the first stage can pack, and the assets that can most pack at last are beaten Wrap and determine the 2nd water level.One packing is asked, multiple packing requests is split as, and so circulate Back and forth, the purpose of infinite approach financing plans is reached.Because each assets for obtaining are both less than water level, so Just packed by a level monitoring by pen without as prior art, but can concurrently be criticized in packing process Amount is packed and is not required to level monitoring, determines to need the assets value of packing next time every time after the completion of packing, so that Solve the problems, such as that prior art packs low by efficiency of being packed caused by a level monitoring by pen, and then improve For the packing efficiency of assets in asset securitization.

It should be understood by those skilled in the art that, embodiments herein can be provided as method, system or meter Calculation machine program product.Therefore, the application can be using complete hardware embodiment, complete software embodiment or knot Close the form of the embodiment in terms of software and hardware.And, the application can be used and wherein wrapped at one or more Containing computer usable program code computer-usable storage medium (including but not limited to magnetic disk storage, CD-ROM, optical memory etc.) on implement computer program product form.

The application is with reference to the method according to the embodiment of the present application, equipment (system) and computer program product Flow chart and/or block diagram describe.It should be understood that can by computer program instructions realize flow chart and/ Or flow in each flow and/or square frame and flow chart and/or block diagram in block diagram and/or The combination of square frame.These computer program instructions to all-purpose computer, special-purpose computer, embedded can be provided The processor of processor or other programmable data processing devices is producing a machine so that by computer Or the instruction of the computing device of other programmable data processing devices is produced for realizing in flow chart one The device of the function of being specified in flow or multiple one square frame of flow and/or block diagram or multiple square frames.

These computer program instructions may be alternatively stored in can guide computer or the treatment of other programmable datas to set In the standby computer-readable memory for working in a specific way so that storage is in the computer-readable memory Instruction produce include the manufacture of command device, the command device realization in one flow of flow chart or multiple The function of being specified in one square frame of flow and/or block diagram or multiple square frames.

These computer program instructions can be also loaded into computer or other programmable data processing devices, made Obtain and sequence of operations is performed on computer or other programmable devices to produce computer implemented treatment, from And the instruction performed on computer or other programmable devices is provided for realizing in one flow of flow chart Or specified in multiple one square frame of flow and/or block diagram or multiple square frames function the step of.

In a typical configuration, computing device includes one or more processors (CPU), input/output Interface, network interface and internal memory.

Internal memory potentially includes the volatile memory in computer-readable medium, random access memory And/or the form, such as read-only storage (ROM) or flash memory (flash RAM) such as Nonvolatile memory (RAM). Internal memory is the example of computer-readable medium.

Computer-readable medium includes that permanent and non-permanent, removable and non-removable media can be by appointing What method or technique realizes information Store.Information can be computer-readable instruction, data structure, program Module or other data.The example of the storage medium of computer includes, but are not limited to phase transition internal memory (PRAM), static RAM (SRAM), dynamic random access memory (DRAM), its The random access memory (RAM) of his type, read-only storage (ROM), electrically erasable are read-only Memory (EEPROM), fast flash memory bank or other memory techniques, read-only optical disc read-only storage (CD- ROM), digital versatile disc (DVD) or other optical storages, magnetic cassette tape, tape magnetic rigid disk are deposited Storage or other magnetic storage apparatus or any other non-transmission medium, can be used for storage can be visited by computing device The information asked.Defined according to herein, computer-readable medium does not include temporary computer readable media (transitory media), such as data-signal and carrier wave of modulation.

Also, it should be noted that term " including ", "comprising" or its any other variant be intended to it is non- It is exclusive to include, so that process, method, commodity or equipment including a series of key elements are not only wrapped Include those key elements, but also other key elements including being not expressly set out, or also include for this process, Method, commodity or the intrinsic key element of equipment.In the absence of more restrictions, by sentence " including One ... " limit key element, it is not excluded that in the process including key element, method, commodity or equipment Also there is other identical element.

It will be understood by those skilled in the art that embodiments herein can be provided as method, system or computer journey Sequence product.Therefore, the application can using complete hardware embodiment, complete software embodiment or combine software and The form of the embodiment of hardware aspect.And, the application can be used and wherein include calculating at one or more Machine usable program code computer-usable storage medium (including but not limited to magnetic disk storage, CD-ROM, Optical memory etc.) on implement computer program product form.

Embodiments herein is these are only, the application is not limited to.For people in the art For member, the application can have various modifications and variations.It is all to be made within spirit herein and principle Any modification, equivalent substitution and improvements etc., within the scope of should be included in claims hereof.

Claims

1. a kind of method for packing of Internet resources, it is characterised in that including：

2. the method for claim 1, it is characterised in that methods described also includes：

When the i+1 time request resource value is less than default resource gap threshold value, no longer carry out next Secondary encapsulation.

3. the method for claim 1, it is characterised in that obtained from can call Internet resources Before resource value summation is not more than the Internet resources of the i ＆ lt request resource value, methods described is also wrapped Include：

Resource value is asked according to the i ＆ lt, it is determined that the Internet resources that can be called.

4. the method for claim 1, it is characterised in that obtained from can call Internet resources Resource value summation is not more than the Internet resources that the i ＆ lt asks resource value, including：

Determine the i-th encapsulation coefficient, and determine the according to the described i-th request resource value and the i-th encapsulation coefficient The i encapsulation resource value upper limits, the encapsulation coefficient is less than 1 more than 0；

According to the i-th encapsulation resource value upper limit, according to every batch several pieces from can call Internet resources The mode of Internet resources obtains n batch Internet resources；

Whether the resource value summation of the Internet resources that n batches are obtained exceedes i-th encapsulation resource before judging The value upper limit, n is positive integer, and n is more than 1；

When being, stop obtaining, and the Internet resources that preceding n-1 batches are obtained are labeled as encapsulating； Then

The Internet resources to getting are packaged, and determine encapsulated result, including：

To mark for the Internet resources of encapsulation are packaged, and determine encapsulated result.

5. method as claimed in claim 4, determines the i-th encapsulation coefficient, including：

Inquiry can call the resource value of maximum portion Internet resources in Internet resources, described maximum a The resource value of Internet resources is not more than the i ＆ lt request resource value；

According to the resource value of the maximum portion Internet resources, the i-th encapsulation coefficient is determined.

6. method as claimed in claim 4, it is characterised in that methods described also includes：

The remaining Internet resources in Internet resources will can be called to be labeled as not encapsulating.

7. method as claimed in claim 6, it is characterised in that as i ＞ 1,

Determine the i-th encapsulation coefficient, including：Inquiry is interconnected labeled as maximum portion in not encapsulating Internet resources The resource value of net resource；According to the resource value of the maximum portion Internet resources, the i-th encapsulation system is determined Number；Then

8. a kind of packaging system of Internet resources, it is characterised in that including：Resource value first determines list Unit, resource acquisition unit, Resource Encapsulation unit and the determining unit of resource value second, wherein,

9. device as claimed in claim 8, it is characterised in that described device also includes：Resource value is sentenced Disconnected unit, specifically for：

When whether judging the i+1 time request resource value less than default resource gap threshold value；

When being, no longer encapsulated next time.

10. device as claimed in claim 8, it is characterised in that described device also includes：Can call Resource determining unit, specifically for：

Resource value summation is obtained from can call Internet resources and is not more than the mutual of the i ＆ lt request resource value Before networked resources, resource value is asked according to the i ＆ lt, it is determined that the Internet resources that can be called.

11. devices as claimed in claim 8, it is characterised in that resource acquisition unit, it is specific to use In：

Determine the i-th encapsulation coefficient, and determine the according to the described i-th request resource value and the i-th encapsulation coefficient The encapsulation resource value upper limit, the encapsulation coefficient is less than 1 more than 0；

Resource Encapsulation unit, specifically for：

12. devices as claimed in claim 11, resource acquisition unit, specifically for：

13. devices as claimed in claim 11, it is characterised in that resource acquisition unit, are additionally operable to：

14. devices as claimed in claim 13, it is characterised in that as i ＞ 1, resource acquisition list Unit, specifically for：

Resource value of the inquiry labeled as maximum portion Internet resources in the Internet resources not encapsulated；According to The resource value of the maximum portion Internet resources, determines the i-th encapsulation coefficient；

According to the i-th encapsulation resource value upper limit, according to every batch from labeled as the Internet resources not encapsulated The mode of secondary several pieces Internet resources obtains n batch Internet resources；

When being, stop obtaining, and by the mark of the Internet resources of preceding n-1 batches acquisition by not encapsulating It is revised as encapsulating.

A kind of 15. assets packaging methods for asset securitization financing plans, it is characterised in that bag Include：