CN107092998A - Resource allocation methods and device - Google Patents
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Abstract
This application discloses resource allocation methods and device, methods described includes：Determine the change in resources contributive rate of target to be adjusted；Determine that first resource of the target to be adjusted within the target adjustment cycle distributes adjustment amount according to the change in resources contributive rate；Adjustment amount is distributed according to the Current resource sendout of the target to be adjusted and the first resource, it is determined that distributing to the target resource sendout of the target to be adjusted within the target adjustment cycle.The method and device provided using the application, can be according to the change in resources contributive rate of trade company, subsidy amount of the trade company in target period is adjusted, larger trade company is influenceed to provide more subsidy by subsidy amount so as to be embodied as trading volume, and influenceed less trade company to provide less subsidy by subsidy amount for trading volume, subsidy is played due effect.
Description
Technical field
The application is related to field of information processing, more particularly to resource allocation methods and device.
Background technology
With all kinds of electric business platforms such as B2C (Business to Customer) and O2O (Online to Offline)
Fast development, increasing trade company begins through electric business platform with customer and is traded.Electric business platform can be trade company or customer
Offer can lift all kinds of resources of trading volume, such as fund subsidy, item dispenser service, further to lift trade company and customer
Begin through the enthusiasm that electric business platform is traded.
Applicant has found that the enthusiasm that trade company is traded with customer by electric business platform can be by handing over by studying
Easily amount is embodied, and trading volume is more high, illustrates that trade company and the enthusiasm that customer is traded by electric business platform are higher.And hand over
Positive correlation between the resource allocation that usual and counterparty (including trade company or customer) is obtained easily is measured, wherein the counterparty can
With including trade company or customer.The resource that electric business platform distributes to counterparty's offer is more, and the trading volume of counterparty also can be more.
But it is different according to the type of counterparty, same resource allocation is to produced by the trading volume of different counterparties
Influence is also differed.If for example, certain trade company provides cost sensitive commodity or service, then few for the distribution of such trade company
Amount subsidy, it is possible to significantly lift the trading volume of the trade company；But if the trade company provides non-cost sensitive commodity
Or service, then the even subsidy more to such transaction allocation, the trading volume lifting of such transaction also can be than relatively limited.
Because the total resources that electric business platform can distribute to each counterparty is usually constructed with certain limit, and it is flat by electric business
The counterparty that platform is traded would generally be large number of.Therefore available resource-constrained merchandise trade company or customer quantity it is numerous
In the case of, how resource allocation is carried out between numerous counterparties, can just resource is fully utilized, lift whole electric business
Platform trading volume, just turns into the urgently technical issues that need to address.
The content of the invention
The application puies forward embodiment and has supplied resource allocation methods and device, to lift the utilization ratio of resource.
In a first aspect, the embodiment of the present application provides a kind of resource allocation methods, including：Determine the resource of target to be adjusted
Change contributive rate, the change in resources contributive rate refers between the resource allocation variable quantity of target to be adjusted and output variable quantity
Ratio；Determine that first resource of the target to be adjusted within the target adjustment cycle is distributed according to the change in resources contributive rate to adjust
Whole amount；Adjustment amount is distributed according to the Current resource sendout of the target to be adjusted and the first resource, it is determined that being adjusted in target
The target resource sendout of the target to be adjusted is distributed in complete cycle.
Optionally, the change in resources contributive rate for determining target to be adjusted includes：Calculating states target to be adjusted first
In the adjustment cycle between the first resource sendout obtained and the Secondary resource sendout obtained within the second adjustment cycle
Resource allocation variable quantity calculate the first quantum of output of the target to be adjusted within the first adjustment cycle with the second adjustment week
The output variable quantity between the second quantum of output in phase；Calculate the change in resources contributive rate and refer to the resource allocation variable quantity
Ratio between the output variable quantity as the target to be adjusted change in resources contributive rate.
Optionally, the Current resource sendout according to the target to be adjusted is distributed with the first resource and adjusted
Amount, it is determined that the target resource sendout of the target to be adjusted is distributed within the target adjustment cycle to be included：By the current money
Source sendout is used as the target resource sendout with first resource distribution adjustment amount sum.
Optionally, adjustment amount is distributed in the Current resource sendout according to the target to be adjusted and the first resource,
It is determined that before the target resource sendout for distributing to the target to be adjusted within the target adjustment cycle, in addition to：Obtain second
Resource allocation adjustment amount；The Current resource sendout according to the target to be adjusted is distributed with the first resource and adjusted
Amount, it is determined that the target resource sendout of the target to be adjusted is distributed within the target adjustment cycle to be included：Calculate alternative resource
Sendout, the alternative resource sendout refers to that the Secondary resource sendout distributes adjustment amount and second with the first resource
Resource allocation adjustment amount sum；The target resource sendout is determined according to the alternative resource sendout.
Optionally, obtaining Secondary resource distribution adjustment amount includes：Obtain the target to be adjusted in the current adjustment cycle
Interior predetermined quantum of output and actual output amount；The irrelevance between the actual output amount and the predetermined quantum of output is calculated, its
In, the irrelevance refers to the ratio between deviation value and the predetermined quantum of output, and the deviation value refers to the actual output
Difference between amount and the predetermined quantum of output；Obtain Secondary resource distribution adjustment amount corresponding with the irrelevance.
Optionally, the target resource sendout bag for determining to distribute to the target to be adjusted within the target adjustment cycle
Include：Determine the target scoring of the target to be adjusted；Obtain the resource allocation limits corresponding with target scoring；
When the alternative resource sendout is in the resource allocation limits, the alternative resource sendout is regard as the mesh
Mark resource allocation；Or, when the alternative resource sendout is less than the lower limit of the resource allocation limits, by institute
The lower limit of resource allocation limits is stated as the target resource sendout；Or, when the alternative resource sendout is high
When the upper limit of the resource allocation limits, the upper limit of the resource allocation limits is provided as the target
Source sendout.
Optionally, methods described also includes：The target resource sendout is distributed into the target to be adjusted described
Task in the target adjustment cycle.
Optionally, it is described that the target resource sendout is distributed into the target to be adjusted in the target adjustment cycle
Interior task includes：Estimate the task quantity in the target adjustment cycle；Determine each in the target adjustment cycle
The resource allocation of business, the resource allocation of the task refers to the ratio of the target resource sendout and the task quantity
Rate.
Optionally, it is described that the target resource sendout is distributed into the target to be adjusted in the target adjustment cycle
Interior task includes：Obtain the historic task of the target predetermined quantity to be adjusted；According to the resource consumption of the historic task
Amount determines that at least two consumed resources are interval；Determine to distribute to each consumed resource area in the target resource sendout
The total resources sendout of interior task；Estimate the number of tasks in each described consumed resource interval in the target adjustment cycle
Amount；Determine the resource allocation of each task in the target adjustment cycle, the resource allocation of the task refers to described
The total resources sendout of the task task quantity interval with the consumed resource is total in the affiliated consumed resource of task is interval
With.
Second aspect, this application provides a kind of resource allocation device, including：Contributive rate determining unit, for determining to treat
Adjust the change in resources contributive rate of target；Adjustment amount determining unit, for being treated according to change in resources contributive rate determination
Adjust first resource distribution adjustment amount of the target within the target adjustment cycle；Sendout determining unit, for waiting to adjust according to
The Current resource sendout of whole target distributes adjustment amount with the first resource, it is determined that being distributed within the target adjustment cycle described
The target resource sendout of target to be adjusted.
Optionally, the contributive rate determining unit includes：Change in resources amount computation subunit, mesh to be adjusted is stated for calculating
It is marked on the first resource sendout obtained in the first adjustment cycle and the Secondary resource obtained within the second adjustment cycle point
Resource allocation variable quantity between dosage；Output variable quantity computation subunit, is adjusted for calculating the target to be adjusted first
Output variable quantity between the first quantum of output in complete cycle and the second quantum of output within the second adjustment cycle；Contributive rate is calculated
Subelement, refers to ratio between the resource allocation variable quantity and the output variable quantity for calculating the change in resources contributive rate
Rate as the target to be adjusted change in resources contributive rate.
Optionally, the sendout determining unit, specifically for by the Current resource sendout and the first resource
Distribution adjustment amount sum is used as the target resource sendout.
Optionally, the adjustment amount determining unit, is additionally operable to obtain Secondary resource distribution adjustment amount；The sendout is determined
Unit, including：Alternative sendout computation subunit, for calculating alternative resource sendout, the alternative resource sendout refers to
The Secondary resource sendout distributes adjustment amount and Secondary resource distribution adjustment amount sum with the first resource；Actual sendout
Determination subelement, for determining the target resource sendout according to the alternative resource sendout.
Optionally, the adjustment amount determining unit includes：Completion situation obtains subelement, for obtaining the mesh to be adjusted
Predetermined quantum of output of the target within the current adjustment cycle and actual output amount；Irrelevance computation subunit, for calculating the reality
Irrelevance between border quantum of output and the predetermined quantum of output, wherein, the irrelevance refers to deviation value and the predetermined output
Ratio between amount, the deviation value refers to the difference between the actual output amount and the predetermined quantum of output；Adjustment amount is obtained
Subelement is taken, for obtaining Secondary resource distribution adjustment amount corresponding with the irrelevance.
Optionally, the sendout determining unit includes：Target scoring determination subelement, for determining the mesh to be adjusted
Target target scores；Limits determination subelement, for obtaining the resource allocation limit corresponding with target scoring
Scope；Target resource sendout determination subelement, for when the alternative resource sendout is in the resource allocation limit model
When enclosing, the alternative resource sendout is regard as the target resource sendout；Or, when the alternative resource sendout is less than
During the lower limit of the resource allocation limits, the lower limit of the resource allocation limits is regard as the target resource
Sendout；Or, when the alternative resource sendout is higher than the upper limit of the resource allocation limits, by the resource
The upper limit of sendout limits is used as the target resource sendout.
Optionally, described device also includes：Allocation unit, described waits to adjust for the target resource sendout to be distributed to
Task of the whole target within the target adjustment cycle.
Optionally, the allocation unit includes：Subelement is estimated, for estimating the number of tasks in the target adjustment cycle
Amount；Distribute subelement, the resource allocation for determining each task in the target adjustment cycle, the resource of the task
Sendout refers to the ratio of the target resource sendout and the task quantity.
Optionally, the distribution subelement includes：Historic task obtains subelement, pre- for obtaining the target to be adjusted
The historic task of fixed number amount；Interval determination subelement, for determining at least two according to the consumed resource of the historic task
Consumed resource is interval；Total amount determination subelement is distributed, for determining to distribute to each money in the target resource sendout
The total resources sendout of task in source consumption is interval；Task quantity estimates subelement, every in the target adjustment cycle for estimating
Task quantity in one consumed resource interval；Task resource sendout determination subelement, for determining the target
The resource allocation of each task in the adjustment cycle, the resource allocation of the task refers to the affiliated resource consumption of the task
The summation of the total resources sendout of the task task quantity interval with the consumed resource in amount is interval.
, can be according to the change in resources contributive rate for adjusting target, to adjustment using the technical scheme of herein described offer
Subsidy amount of the target in target period is adjusted, it is possible to achieve for the higher adjustment Target Assignment of change in resources contributive rate compared with
Many subsidies, are the less subsidy of the relatively low adjustment Target Assignment of change in resources contributive rate, so as to be embodied as trading volume by
Subsidy amount influences larger adjustment target to provide more subsidy, is influenceed less adjustment target to provide by subsidy amount for trading volume
Less subsidy, enables subsidy to play due effect.
Brief description of the drawings
In order to illustrate more clearly of the technical scheme of the application, letter will be made to the required accompanying drawing used in embodiment below
Singly introduce, it should be apparent that, for those of ordinary skills, without having to pay creative labor,
Other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic flow sheet of the application resource allocation methods one embodiment；
Fig. 2 is the probability density distribution scope schematic diagram of the application change in resources contributive rate；
Fig. 3 is the application probability density distribution interval division schematic diagram；
Fig. 4 is the structural representation of another embodiment of the application resource allocation methods；
Fig. 5 is the structural representation of the application resource allocation device one embodiment.
Embodiment
In different system platforms, adjustment target, resource, task and the indicated content of quantum of output difference can respectively not
It is identical.For example, in electric business platform, the adjustment target can refer to the counterparty being traded by the electric business platform,
That is trade company or customer；The resource can then refer to the subsidy amount of money or free delivery service number of times, and the task can then refer to
Order, the quantum of output can then refer to trading volume.For ease of description, following embodiments are only said by taking electric business platform as an example
It is bright, it is not intended that the present invention is only used for electric business platform.
In electric business platform, server periodically can be generally adjusted to the resource allocation of each adjustment target.
The adjustment cycle being related to due to the application is multiple, for ease of description, be respectively adopted in subsequent embodiment the first adjustment cycle,
Second adjustment cycle and target adjustment cycle etc. make a distinction to the different adjustment cycles.Wherein, the first adjustment cycle can be
An adjustment cycle, the second adjustment cycle before the second adjustment cycle can be a tune before the target adjustment cycle
Complete cycle.Under normal circumstances, the first adjustment cycle, the second adjustment cycle and target adjustment cycle can be continuous for three
The adjustment cycle.According to the difference of adjustment target type, the length in the adjustment cycle can also be different.For example, when described
When to adjust target be the trade company in electric business platform, the length in the adjustment cycle can be 1 day.
The trading volume of trade company can refer to the quantity on order that trade company completed within a certain period of time or total amount of the orders etc., at this
In application, the trading volume of trade company can be within an adjustment cycle, quantity on order or total amount of the orders that trade company is completed.
It is the flow chart of the application resource allocation methods one embodiment referring to Fig. 1, this method comprises the following steps：
Step 101, the change in resources contributive rate of target to be adjusted is determined, the change in resources contributive rate is target to be adjusted
Resource allocation variable quantity and output variable quantity between ratio.
Server obtains first resource sendout and Secondary resource sendout first, wherein, the first resource sendout
The resource allocation obtained by target to be adjusted within the first adjustment cycle, the Secondary resource sendout is described to be adjusted
The resource allocation that target is obtained within the second adjustment cycle.For example, in electric business platform, the target to be adjusted can be
Any trade company being traded by the electric business platform, the first resource sendout can be the trade company in the first adjustment week
The quantity of the subsidy obtained in phase, the Secondary resource sendout can the trade company obtained within the second adjustment cycle
The quantity of subsidy.
After first resource sendout and Secondary resource sendout is got, server can calculate first resource distribution
Resource allocation difference between amount and Secondary resource sendout.Due to first resource sendout possibly more than, be equal to or less than
Secondary resource sendout, therefore the resource allocation difference can be on the occasion of can also be negative value or 0.
In addition to the first resource sendout is obtained with Secondary resource sendout, server also needs to obtain the first output
Amount and the second quantum of output, and determine the quantum of output difference between the first quantum of output and the second quantum of output.Wherein, first output
The total yield output within the first adjustment cycle for the target to be adjusted is measured, second quantum of output is that the target to be adjusted exists
Total yield output in second adjustment cycle.For example, in electric business platform, first quantum of output can be the trade company first
Trading volume in the adjustment cycle；Second quantum of output can be trading volume of the trade company within the second adjustment cycle.It is described
Total yield output can be order total amount in the adjustment cycle or can also be that flowing water total amount in the adjustment cycle is represented, the production
Output difference can be on the occasion of can also be negative value or 0.
After resource allocation difference and quantum of output difference are determined, the resource point of the target to be adjusted can be calculated
With change contributive rate.Wherein, the resource allocation change contributive rate is the quantum of output difference and the resource allocation difference
Between ratio, for quantify embody resource allocation change to target quantum of output to be adjusted change influence.
Step 102, of the target to be adjusted within the target adjustment cycle is determined according to the change in resources contributive rate
One resource allocation adjustment amount.
Because resource allocation change contributive rate can quantify to embody resource allocation change to target output to be adjusted
The influence of change is measured, resource allocation change contributive rate is higher, illustrates that the influence that subsidy changes to target quantum of output to be adjusted is bigger,
And resource allocation change contributive rate is lower, illustrate that the influence that subsidy changes to target quantum of output to be adjusted is smaller.Therefore can root
Change contributive rate according to the resource allocation and determine that the target to be adjusted subsidizes adjustment amount the first of the target adjustment cycle, so that
Subsidy can be made, which to be more effectively adjusted to, can most lift the target of quantum of output.
It is common, corresponding resource adjustment amount, resource allocation can be set for each resource allocation change contributive rate in advance
Change contributive rate is higher, and resource adjustment amount is also higher.After the resource allocation change contributive rate of the target to be adjusted is determined,
The resource adjustment amount corresponding to the resource allocation change contributive rate of the target to be adjusted can be regard as first adjustment amount.
Because the targeted species being traded on same electric business platform are numerous and heterogeneous, and different target
Also it is different, can be by the electric business platform in order to realize that the more targeted subsidy to target is adjusted
All targets be divided into some target groups according to predetermined dimension.For example, the business of same class commodity or service will can be provided
Family is divided into a packet, and the trade company in same commercial circle can also be either divided into a target group or also may be used
So that a target group will be divided into using the customer of same means of distribution.
When calculating first resource sendout, the target group belonging to the target to be adjusted can be determined first；Then count
Calculate the probability density distribution scope of each target resource distribution change contributive rate in the target group；By the probability density distribution
Scope divides at least three distributed areas, wherein, each one default resource allocation of the distributed area correspondence；Determine again
Distributed area belonging to the resource allocation change contributive rate of the target to be adjusted；And by the resource allocation of the target to be adjusted
Change the default resource allocation corresponding to the distributed area belonging to contributive rate as the described first subsidy adjustment amount.
The calculation and the target to be adjusted of the resource allocation change contributive rate of other targets in the target group
The calculation of resource allocation change contributive rate is identical, just repeats no more herein.Each target resource point in the target group
After all being determined with change contributive rate, the probability that can calculate each target resource distribution change contributive rate in the target group is close
Spend distribution.
The probability density distribution mainly may be referred to the normal distribution after taking the logarithm and distribution of mean value, it is generally the case that
The probability density distribution curve can with as shown in Fig. 2 wherein, the abscissa for target resource allocation change contributive rate,
Ordinate is the quantity of target.It is can be seen that by the probability density distribution curve in the target group, most of target
Resource allocation change contributive rate be all distributed in certain scope, only the quantum of output change of sub-fraction target is by resource point
Dosage change influence very greatly, and separately have sub-fraction target quantum of output change changed by resource allocation influenceed compared with
It is small.
Therefore after probability density distribution scope determination, the probability density distribution scope can be divided at least
Target quantum of output in three distributed areas, each distributed area is influenceed roughly the same by resource allocation, i.e. each
Target resource distribution change contributive rate in the distributed area is within an interval.
The dividing mode of the distributed area can have a variety of.For example, probability density distribution can be determined most as shown in Figure 3
Corresponding resource allocation change contributive rate is as a reference value M during high level, and determines a value range δ, then by the probability
First distributed area of the Density Distribution scope division less than M- δ, the second distributed area between M- δ to M+ δ, and more than M+
δ the 3rd distributed area these three distributed areas, each of which distributed area one default resource allocation of correspondence.With the 3rd
The corresponding default resource allocation of distributed area is more than the default resource allocation corresponding with the second distributed area；With second point
The interval corresponding default resource allocation of cloth is more than the default resource allocation corresponding with the first distributed area.If to be adjusted
The resource allocation change contributive rate of target is located at the first distributed area, then can be by the default money corresponding to the first distributed area
Source sendout is used as the first resource sendout.If the resource allocation change contributive rate of target to be adjusted is located at the second distribution
It is interval, then adjustment patch amount can be mended using the default resource allocation corresponding to the second distributed area as described first.
First subsidy adjustment amount is determined using such a mode, can both make the first subsidy adjustment amount more targeted, also may be used
So that the determination process of the first subsidy adjustment amount is more simple.Herein it should be noted that being a variety of of distributed area above
One kind in optional dividing mode, above-mentioned example does not represent the restriction to the application.
Step 103, adjustment amount is distributed according to the Current resource sendout of the target to be adjusted and the first resource, really
It is scheduled on the target resource sendout that the target to be adjusted is distributed in the target adjustment cycle.
, can be by the Secondary resource sendout and institute after Secondary resource sendout and the first subsidy adjustment amount are all determined
The first subsidy adjustment amount sum is stated as the target resource sendout, and be according to target resource sendout in target period
The Target Assignment subsidy.
The scheme provided using the present embodiment, can change contributive rate, to target in mesh according to the resource allocation of target
Resource allocation in the mark cycle is adjusted, so as to be embodied as the resource allocation higher Target Assignment of change contributive rate compared with
Many subsidies, are the relatively low less subsidy of Target Assignment of resource allocation change contributive rate, so as to be embodied as quantum of output by
Resource allocation influences larger target to provide more subsidy, and is that quantum of output is influenceed less target to carry by resource allocation
For less subsidy, subsidy is set to play due effect.
Due in actual use, being that trade company's distribution subsidy purpose to be reached is to make the trading volume of trade company, invest back
Report rate etc. reaches target.Therefore, can be with addition to being adjusted according to change in resources contributive rate for the subsidy of target to be adjusted
The subsidy for target to be adjusted is adjusted according to performance etc. of subsidy target, wherein, the subsidy target refers to pair
The trade company to be adjusted is subsidized the target to be reached.Therefore, as shown in figure 4, in another embodiment, except the step
Rapid 101 and the step 102 outside can also include：：
Step 104, the predetermined quantum of output and the actual output amount within the second adjustment cycle of the target to be adjusted are obtained.
Wherein, it can be quantum of output that the output goal, which can be measured,；Can also be between quantum of output and resource allocation
Ratio, i.e. rate of return on investment.For example, in electric business platform, when trading volume is rate of return on investment, the predetermined quantum of output is pre-
Determine rate of return on investment, the actual output amount is actual investment return rate.
Step 105, the deviation scope between the actual output amount and the predetermined quantum of output is calculated.
Wherein, the scope that deviates is deviation value and the ratio preset between predetermined quantum of output, and the deviation value is
Difference between the actual output amount and the predetermined quantum of output.Because the actual output amount is likely larger than, is less than or waited
In the predetermined quantum of output.Therefore, the deviation value may be on the occasion of, negative value or 0；Accordingly, the deviation scope can also
For on the occasion of, negative value or 0.
It is in electric business platform exemplified by the trading volume of target by the output goal, if default pre arranged trading amount is 5000
Member, and real trade amount be 3000 yuan, then it is described deviation scope be (3000-5000)/5000, i.e., it is described deviation scope for-
0.4；If default pre arranged trading amount is 5000 yuan, and real trade amount is 6000 yuan, then the deviation scope is (6000-
5000)/5000, i.e., described deviation scope is 0.2.
Step 106, Secondary resource adjustment amount corresponding with the deviation scope is obtained.
Different resource adjustment amounts can be correspondingly arranged for different deviation scopes in advance, in the inclined of the target to be adjusted
After being determined from scope, Secondary resource adjustment amount corresponding with the deviation scope of the target to be adjusted can be obtained.
Due to deviateing the Range Representation performance level of output goal, thus when the deviation scope be on the occasion of when, explanation
Excess is completed output goal, therefore can suitably reduce the resource allocation of the target to be adjusted, and the Secondary resource is adjusted
Whole amount is negative value；When the deviation scope is negative value, illustrate that output goal is not yet completed, therefore can suitably increase this to treat
Adjust target resource allocation, the Secondary resource adjustment amount be on the occasion of；When the deviation scope is 0, second money
Source adjustment amount can also be then 0.
The Secondary resource adjustment amount absolute value then can be with the absolute value positive correlation for deviateing scope, i.e. deviates model
The absolute value enclosed is smaller, then the absolute value of Secondary resource adjustment amount is just also smaller；The absolute value for deviateing scope is bigger, then the
The absolute value of two resource adjustment amounts is just also bigger；When it is described deviation scope be on the occasion of when, the deviation scope more it is big then second money
Source adjustment amount is smaller, when and it is described deviation scope be negative value when, the smaller then Secondary resource adjustment amount of deviation scope is bigger.
For example, when the deviation scope is 1, the Secondary resource adjustment amount can be -2；When the deviation scope is
When 0.5, the Secondary resource adjustment amount can be -1；When the deviation scope is -0.5, the Secondary resource adjustment amount can
Think 1；When the deviation scope is -1, the Secondary resource adjustment amount can be 2.
Step 107, using Secondary resource sendout and the first resource adjustment amount and Secondary resource adjustment amount sum as
The target resource sendout.
After the determination of Secondary resource adjustment amount, then can by Secondary resource sendout and the first resource adjustment amount and
Secondary resource adjustment amount sum is used as the target resource sendout.
The scheme provided using the present embodiment, except can realize that situation treats tune according to the output goal of target to be adjusted
The resource of whole target is further adjusted, so as to promote to adjust target described in realization of goal to be adjusted.
Herein it should be noted that in addition to first resource adjustment amount and Secondary resource adjustment amount, server can also be adopted
More kinds of resource adjustment amounts are determined with other rules.For example, in electric business platform, a certain amount of volume can be distributed for high-quality trade company
Fixed subsidy, is used as information resources adjustment amount etc..When resource adjustment amount has a variety of, server can by Secondary resource sendout with
Each resource adjustment amount sum is used as the target resource sendout.
If directly using Secondary resource sendout and each resource adjustment amount sum as the target resource sendout, that
When the species of resource adjustment amount is more, it is likely that target resource sendout can be caused excessive or too small.To avoid target from providing
Source sendout is excessive or too small, and alternative resource amount can be calculated first；Then target resource point is determined further according to alternative resource amount
Dosage.Wherein, the target resource sendout is Secondary resource sendout and each resource adjustment amount sum, for example, described standby
It can be the Secondary resource sendout and the first resource adjustment amount and Secondary resource adjustment amount sum to select stock number；Or
The alternative resource amount can be the Secondary resource sendout and the first resource adjustment amount sum.
Can be goal-setting to be adjusted in advance when determining the target resource sendout according to the alternative resource amount
One stock number limits, then determines the relation between the target resource sendout and the stock number limits
The target resource sendout.For example, when the alternative resource amount is in the stock number limits, by the alternative resource
Amount is used as the target resource sendout；When the alternative resource amount is less than the lower limit of the stock number limits, by institute
The lower limit of stock number limits is stated as the target resource sendout；When the alternative resource amount is limited higher than the stock number
When spending the upper limit of scope, the upper limit of the stock number limits is regard as the target resource sendout.
Wherein, the stock number limits of different targets to be adjusted can also be different, the stock number of target to be adjusted
Limits can be determined according to scoring ranking of the target to be adjusted in its said target group.The target to be adjusted is commented
Point ranking refers to the target ranking of the target scoring of the target to be adjusted in the target scoring of the target group each target.
For example, the 10% minimum target of ranking that scored in the target group, the minimum of its resource limit can be 0, and
Peak be the target within the second adjustment cycle total amount of the orders 10%；The 60% of scoring top ranked in the target group
Target, the minimum of its resource limit can be 0, and peak is target total amount of the orders within the second adjustment cycle
40%；The minimum of the resource limit of other targets can be 0, and peak can according to linearly with this from second adjustment the cycle
The 10% of interior total amount of the orders rises to 40%.
The target scoring refers to the overall score as obtained by the scoring of each dimensions of integration objective.For example, in electricity
In business's platform, the dimension can include order unit price, purchase rate, order conversion ratio, rate of return on investment, target importance etc. are tieed up again
Degree.Target can have a score in each dimension, and be the target scoring in the summation of each score.For example,
If order unit price is scored at 2, again purchase rate be scored at 1, order conversion ratio and be scored at 1, rate of return on investment and be scored at 1, target weight
Spend and be scored at 2.The target of so target is commented as 7.Can also be the score of each dimension when calculating the target scoring
Certain weight is set, and target scoring is the score of each dimension and the sum of products of weight.
Using this implementation, the stock number for Target Assignment to be adjusted can be limited by stock number limits
It is fixed, so as to avoid as the excessive or very few stock number of Target Assignment to be adjusted.
Due to the summation that target resource sendout is the stock number that the target to be adjusted is distributed in the target adjustment cycle,
And wherein in the target adjustment cycle, the quantity on order of the target to be adjusted generally has multiple, therefore also need to using certain
Allocation rule by the target resource sendout distribute in the target adjustment cycle each transaction.
When the trading volume refers to that the order amount of money of quantity on order in the target adjustment cycle or the target to be adjusted is equal
When all equal, the quantity on order in the target adjustment cycle can be estimated, then by target resource sendout mean allocation extremely
Each order in target period.
When the trading volume refers to the streamflow in the target adjustment cycle, because the order amount of money of each order may not
Together, thus can be different to the order amount of money order different stock numbers are provided, ordered in order to lift being averaged for target to be adjusted
Single amount of money.Therefore, server can obtain the History Order of the target predetermined quantity to be adjusted；According to the History Order
Order price determines that at least two orders unit price is interval；Determine to distribute to each order unit price interval in the target resource value
The total resources of interior order；Estimate the quantity on order in each described order unit price interval in the target adjustment cycle；Determine institute
The stock number of each order in the target adjustment cycle is stated, the stock number of the order is interval for the affiliated order unit price of the order
The summation of the total resources of the interior order quantity on order interval with order unit price.
Wherein, the quantity of the History Order can be set as needed, can be under normal circumstances the second adjustment cycle
Interior quantity on order.The monovalent interval of the order can be determined according to the order price distribution of the History Order.For example, in electricity
In business's platform, the monovalent interval of the order can be presented as completely derogatory ladder.For example, can monovalent interval can be less than 25 yuan,
25 to 50 yuan, and 50 yuan of three above order unit price intervals, it is Order splitting so as to the difference according to order transaction amount
Different resource.
Referring to the structural representation that Fig. 5 is the application resource allocation device one embodiment.The resource allocation device bag
Include：Contributive rate determining unit 501, adjustment amount determining unit 502, and sendout determining unit 503.
Wherein, contributive rate determining unit 501, the change in resources contributive rate for determining target to be adjusted；Adjustment amount is determined
Unit 502, for determining first money of the target to be adjusted within the target adjustment cycle according to the change in resources contributive rate
Adjustment amount is distributed in source；Sendout determining unit 503, for the Current resource sendout according to the target to be adjusted and described the
One resource allocation adjustment amount, it is determined that distributing to the target resource sendout of the target to be adjusted within the target adjustment cycle.
Optionally, the contributive rate determining unit 501 includes：Change in resources amount computation subunit, waits to adjust for calculating to state
The first resource sendout that whole target is obtained within the first adjustment cycle and the second money obtained within the second adjustment cycle
Resource allocation variable quantity between the sendout of source；Output variable quantity computation subunit, for calculating the target to be adjusted
Output variable quantity between the first quantum of output in one adjustment cycle and the second quantum of output within the second adjustment cycle；Contributive rate
Computation subunit, refers between the resource allocation variable quantity and the output variable quantity for calculating the change in resources contributive rate
Ratio as the target to be adjusted change in resources contributive rate.
Optionally, the sendout determining unit 503, specifically for the Current resource sendout is provided with described first
Source distribution adjustment amount sum is used as the target resource sendout.
Optionally, the adjustment amount determining unit 502, is additionally operable to obtain Secondary resource distribution adjustment amount；The sendout
Determining unit 503, including：Alternative sendout computation subunit, for calculating alternative resource sendout, the alternative resource distribution
Amount refers to that the Secondary resource sendout distributes adjustment amount and Secondary resource distribution adjustment amount sum with the first resource；It is actual
Sendout determination subelement, for determining the target resource sendout according to the alternative resource sendout.
Optionally, the adjustment amount determining unit 502 includes：Completion situation obtains subelement, described waits to adjust for obtaining
The predetermined quantum of output and actual output amount within the current adjustment cycle of whole target；Irrelevance computation subunit, for calculating
The irrelevance between actual output amount and the predetermined quantum of output is stated, wherein, the irrelevance refers to that deviation value makes a reservation for described
Ratio between quantum of output, the deviation value refers to the difference between the actual output amount and the predetermined quantum of output；Adjustment
Amount obtains subelement, for obtaining Secondary resource distribution adjustment amount corresponding with the irrelevance.
Optionally, described device also includes：The sendout determining unit 503 includes：Target scoring determination subelement, is used
In it is determined that the target scoring of the target to be adjusted；Limits determination subelement, it is relative with target scoring for obtaining
The resource allocation limits answered；Target resource sendout determination subelement, for when the alternative resource sendout is in institute
When stating resource allocation limits, the alternative resource sendout is regard as the target resource sendout；Or, when described
When alternative resource sendout is less than the lower limit of the resource allocation limits, by under the resource allocation limits
Limit is used as the target resource sendout；Or, when the alternative resource sendout is higher than the resource allocation limits
The upper limit when, regard the upper limit of the resource allocation limits as the target resource sendout.
Optionally, the allocation unit includes：Described device also includes：Allocation unit, for the target resource to be divided
Dosage distributes to task of the target to be adjusted within the target adjustment cycle.
Optionally, the allocation unit includes：Subelement is estimated, for estimating the number of tasks in the target adjustment cycle
Amount；Distribute subelement, the resource allocation for determining each task in the target adjustment cycle, the resource of the task
Sendout refers to the ratio of the target resource sendout and the task quantity.
Optionally, the distribution subelement includes：Historic task obtains subelement, pre- for obtaining the target to be adjusted
The historic task of fixed number amount；Interval determination subelement, for determining at least two according to the consumed resource of the historic task
Consumed resource is interval；Total amount determination subelement is distributed, for determining to distribute to each money in the target resource sendout
The total resources sendout of task in source consumption is interval；Task quantity estimates subelement, every in the target adjustment cycle for estimating
Task quantity in one consumed resource interval；Task resource sendout determination subelement, for determining the target
The resource allocation of each task in the adjustment cycle, the resource allocation of the task refers to the affiliated resource consumption of the task
The summation of the total resources sendout of the task task quantity interval with the consumed resource in amount is interval.
In the specific implementation, the present invention also provides a kind of computer-readable storage medium, wherein, the computer-readable storage medium can be stored
There is program, the program may include the part or all of step in each embodiment for the method for calling that the present invention is provided when performing.Institute
The storage medium stated can be magnetic disc, CD, read-only memory (English：Read-only memory, referred to as：ROM) or with
Machine storage memory (English：Random access memory, referred to as：RAM) etc..
It is required that those skilled in the art can be understood that the technology in the embodiment of the present invention can add by software
The mode of general hardware platform realize.Understood based on such, the technical scheme in the embodiment of the present invention substantially or
Say that the part contributed to prior art can be embodied in the form of software product, the computer software product can be deposited
Storage is in storage medium, such as ROM/RAM, magnetic disc, CD, including some instructions are to cause a computer equipment (can be with
It is personal computer, server, or network equipment etc.) perform some part institutes of each of the invention embodiment or embodiment
The method stated.
Between the embodiment of each in this specification identical similar part mutually referring to.Implement especially for device
For example, because it is substantially similar to embodiment of the method, so description is fairly simple, related part is referring in embodiment of the method
Explanation.
Invention described above embodiment is not intended to limit the scope of the present invention..
Claims (18)
1. a kind of resource allocation methods, it is characterised in that methods described includes：
Determine the change in resources contributive rate of target to be adjusted；
Determine that first resource of the target to be adjusted within the target adjustment cycle is distributed according to the change in resources contributive rate to adjust
Whole amount；
Adjustment amount is distributed according to the Current resource sendout of the target to be adjusted and the first resource, it is determined that in target adjustment
The target resource sendout of the target to be adjusted is distributed in cycle.
2. the method as described in claim 1, it is characterised in that the change in resources contributive rate bag of the determination target to be adjusted
Include：
Calculate state first resource sendout that target to be adjusted obtained within the first adjustment cycle with the second adjustment cycle
Resource allocation variable quantity between the Secondary resource sendout obtained；
Calculate first quantum of output of the target to be adjusted within the first adjustment cycle and the second production within the second adjustment cycle
Output variable quantity between output；
Calculate the change in resources contributive rate and refer to ratio conduct between the resource allocation variable quantity and the output variable quantity
The change in resources contributive rate of the target to be adjusted.
3. method as claimed in claim 1 or 2, it is characterised in that the Current resource according to the target to be adjusted point
Dosage distributes adjustment amount with the first resource, it is determined that distributing to the target money of the target to be adjusted within the target adjustment cycle
Source sendout includes：
It regard the Current resource sendout and first resource distribution adjustment amount sum as the target resource sendout.
4. method as claimed in claim 1 or 2, it is characterised in that distributed according to the Current resource of the target to be adjusted
Amount distributes adjustment amount with the first resource, it is determined that distributing to the target resource of the target to be adjusted within the target adjustment cycle
Before sendout, in addition to：
Obtain Secondary resource distribution adjustment amount；
The Current resource sendout according to the target to be adjusted distributes adjustment amount with the first resource, it is determined that in target
The target resource sendout of the target to be adjusted is distributed in the adjustment cycle to be included：
Alternative resource sendout is calculated, the alternative resource sendout refers to the Secondary resource sendout and the first resource
Distribute adjustment amount and Secondary resource distribution adjustment amount sum；
The target resource sendout is determined according to the alternative resource sendout.
5. method as claimed in claim 4, it is characterised in that obtaining Secondary resource distribution adjustment amount includes：
Obtain the predetermined quantum of output and actual output amount within the current adjustment cycle of the target to be adjusted；
The irrelevance between the actual output amount and the predetermined quantum of output is calculated, wherein, the irrelevance refers to deviation value
With the ratio between the predetermined quantum of output, the deviation value refers between the actual output amount and the predetermined quantum of output
Difference；
Obtain Secondary resource distribution adjustment amount corresponding with the irrelevance.
6. method as claimed in claim 4, it is characterised in that the determination is distributed within the target adjustment cycle described to be waited to adjust
The target resource sendout of whole target includes：
Determine the target scoring of the target to be adjusted；
Obtain the resource allocation limits corresponding with target scoring；
When the alternative resource sendout is in the resource allocation limits, the alternative resource sendout is regard as institute
State target resource sendout；
Or, when the alternative resource sendout is less than the lower limit of the resource allocation limits, by the resource point
The lower limit of dosage limits is used as the target resource sendout；
Or, when the alternative resource sendout is higher than the upper limit of the resource allocation limits, by the resource point
The upper limit of dosage limits is used as the target resource sendout.
7. the method as described in claim 1, it is characterised in that methods described also includes：
The target resource sendout is distributed into task of the target to be adjusted within the target adjustment cycle.
8. method as claimed in claim 7, it is characterised in that described distribute to the target resource sendout described waits to adjust
Task of the whole target within the target adjustment cycle includes：
Estimate the task quantity in the target adjustment cycle；
Determine the resource allocation of each task in the target adjustment cycle, the resource allocation of the task refers to described
The ratio of target resource sendout and the task quantity.
9. method as claimed in claim 7, it is characterised in that described distribute to the target resource sendout described waits to adjust
Task of the whole target within the target adjustment cycle includes：
Obtain the historic task of the target predetermined quantity to be adjusted；
Determine that at least two consumed resources are interval according to the consumed resource of the historic task；
Determine to distribute in the target resource sendout each consumed resource it is interval in task total resources sendout；
Estimate the task quantity in each described consumed resource interval in the target adjustment cycle；
Determine the resource allocation of each task in the target adjustment cycle, the resource allocation of the task refers to described
The total resources sendout of the task task quantity interval with the consumed resource is total in the affiliated consumed resource of task is interval
With.
10. a kind of resource allocation device, it is characterised in that described device includes：
Contributive rate determining unit, the change in resources contributive rate for determining target to be adjusted；
Adjustment amount determining unit, for determining the target to be adjusted in the target adjustment cycle according to the change in resources contributive rate
Interior first resource distribution adjustment amount；
Sendout determining unit, distributes for the Current resource sendout according to the target to be adjusted and the first resource and adjusts
Whole amount, it is determined that distributing to the target resource sendout of the target to be adjusted within the target adjustment cycle.
11. device as claimed in claim 10, it is characterised in that the contributive rate determining unit includes：
Change in resources amount computation subunit, the first resource that target to be adjusted is obtained within the first adjustment cycle is stated for calculating
Resource allocation variable quantity between sendout and the Secondary resource sendout obtained within the second adjustment cycle；
Output variable quantity computation subunit, for calculate first quantum of output of the target to be adjusted within the first adjustment cycle with
The output variable quantity between the second quantum of output within the second adjustment cycle；
Contributive rate computation subunit, refers to the resource allocation variable quantity and the production for calculating the change in resources contributive rate
The ratio gone out between variable quantity as the target to be adjusted change in resources contributive rate.
12. the device as described in claim 10 or 11, it is characterised in that
The sendout determining unit, specifically for by the Current resource sendout and the first resource distribute adjustment amount it
Be used as the target resource sendout.
13. the device as described in claim 10 or 11, it is characterised in that
The adjustment amount determining unit, is additionally operable to obtain Secondary resource distribution adjustment amount；
The sendout determining unit, including：
Alternative sendout computation subunit, for calculating alternative resource sendout, the alternative resource sendout refers to described the
Two resource allocations distribute adjustment amount and Secondary resource distribution adjustment amount sum with the first resource；
Actual sendout determination subelement, for determining the target resource sendout according to the alternative resource sendout.
14. device as claimed in claim 13, it is characterised in that the adjustment amount determining unit includes：
Completion situation obtains subelement, for obtain the predetermined quantum of output within the current adjustment cycle of the target to be adjusted with
Actual output amount；
Irrelevance computation subunit, for calculating the irrelevance between the actual output amount and the predetermined quantum of output, wherein,
The irrelevance refers to the ratio between deviation value and the predetermined quantum of output, the deviation value refer to the actual output amount with
Difference between the predetermined quantum of output；
Adjustment amount obtains subelement, for obtaining Secondary resource distribution adjustment amount corresponding with the irrelevance.
15. device as claimed in claim 13, it is characterised in that the sendout determining unit includes：
Target scoring determination subelement, for determining that the target of the target to be adjusted scores；
Limits determination subelement, for obtaining the resource allocation limits corresponding with target scoring；
Target resource sendout determination subelement, for when the alternative resource sendout is in the resource allocation limits
When, it regard the alternative resource sendout as the target resource sendout；Or, when the alternative resource sendout is less than institute
When stating the lower limit of resource allocation limits, the lower limit of the resource allocation limits is regard as the target resource point
Dosage；Or, when the alternative resource sendout is higher than the upper limit of the resource allocation limits, by the resource point
The upper limit of dosage limits is used as the target resource sendout.
16. the device as described in any one of claim 10, it is characterised in that described device also includes：
Allocation unit, for the target resource sendout to be distributed into the target to be adjusted within the target adjustment cycle
Task.
17. device as claimed in claim 16, it is characterised in that the allocation unit includes：
Subelement is estimated, for estimating the task quantity in the target adjustment cycle；
Distribute subelement, the resource allocation for determining each task in the target adjustment cycle, the money of the task
Source sendout refers to the ratio of the target resource sendout and the task quantity.
18. device as claimed in claim 17, it is characterised in that the distribution subelement includes：
Historic task obtains subelement, the historic task for obtaining the target predetermined quantity to be adjusted；
Interval determination subelement, for determining at least two consumed resource areas according to the consumed resource of the historic task
Between；
Total amount determination subelement is distributed, for determining to distribute to each consumed resource interval in the target resource sendout
The total resources sendout of interior task；
Task quantity estimates subelement, for estimating the task in the target adjustment cycle in each described consumed resource interval
Quantity；
Task resource sendout determination subelement, the resource allocation for determining each task in the target adjustment cycle
Amount, the resource allocation of the task refers to total resources sendout and the institute of the interval interior task of the affiliated consumed resource of the task
State the summation of the interval task quantity of consumed resource.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109377262A (en) * | 2018-09-20 | 2019-02-22 | 北京三快在线科技有限公司 | A service fee pricing method and device |
| CN110175860A (en) * | 2019-04-09 | 2019-08-27 | 阿里巴巴集团控股有限公司 | Virtual resource allocation method and device |
| CN111047123A (en) * | 2018-10-11 | 2020-04-21 | 北京嘀嘀无限科技发展有限公司 | Resource allocation method, system, electronic equipment and computer storage medium |
| CN111047124A (en) * | 2018-10-11 | 2020-04-21 | 北京嘀嘀无限科技发展有限公司 | Resource allocation method, system, electronic equipment and computer storage medium |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20040138953A1 (en) * | 2002-07-23 | 2004-07-15 | Van Luchene Andrew S. | Method and apparatus for offering coupons during a transaction |
| CN101241582A (en) * | 2008-03-07 | 2008-08-13 | 杨国良 | Network commerce mode system and method for accomplishing network user behavior converting to commodity value |
| CN102122381A (en) * | 2011-02-15 | 2011-07-13 | 詹博凯 | Method and system for generating chain transaction |
| CN104574103A (en) * | 2014-12-28 | 2015-04-29 | 苏州亚安智能科技有限公司 | Electronic service platform with automatic demand screening function |
| WO2016032030A1 (en) * | 2014-08-29 | 2016-03-03 | 주식회사 프리캣 | System and method for using discount rate raffle coupon |
| CN105678554A (en) * | 2015-12-30 | 2016-06-15 | 厦门速卖通网络科技有限公司 | Setting method based on mobile Internet business mode |
| CN105764150A (en) * | 2016-04-01 | 2016-07-13 | 京信通信系统（广州）有限公司 | Method and device for allocating resources |
-
2016
- 2016-08-19 CN CN201610698277.5A patent/CN107092998B/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20040138953A1 (en) * | 2002-07-23 | 2004-07-15 | Van Luchene Andrew S. | Method and apparatus for offering coupons during a transaction |
| CN101241582A (en) * | 2008-03-07 | 2008-08-13 | 杨国良 | Network commerce mode system and method for accomplishing network user behavior converting to commodity value |
| CN102122381A (en) * | 2011-02-15 | 2011-07-13 | 詹博凯 | Method and system for generating chain transaction |
| WO2016032030A1 (en) * | 2014-08-29 | 2016-03-03 | 주식회사 프리캣 | System and method for using discount rate raffle coupon |
| CN104574103A (en) * | 2014-12-28 | 2015-04-29 | 苏州亚安智能科技有限公司 | Electronic service platform with automatic demand screening function |
| CN105678554A (en) * | 2015-12-30 | 2016-06-15 | 厦门速卖通网络科技有限公司 | Setting method based on mobile Internet business mode |
| CN105764150A (en) * | 2016-04-01 | 2016-07-13 | 京信通信系统（广州）有限公司 | Method and device for allocating resources |
Non-Patent Citations (2)
| Title |
|---|
| JUAN J. S´NCHEZ-SILOS: "An NFC-Based Solution for Discount and Loyalty Mobile Coupons", 《2012 4TH INTERNATIONAL WORKSHOP ON NEAR FIELD COMMUNICATION》 * |
| 武佳倩: "基于Agent的碳交易机制设计对经济与环境影响研究", 《中国优秀硕士学位论文全文数据库（工程科技I辑）》 * |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109377262A (en) * | 2018-09-20 | 2019-02-22 | 北京三快在线科技有限公司 | A service fee pricing method and device |
| CN111047123A (en) * | 2018-10-11 | 2020-04-21 | 北京嘀嘀无限科技发展有限公司 | Resource allocation method, system, electronic equipment and computer storage medium |
| CN111047124A (en) * | 2018-10-11 | 2020-04-21 | 北京嘀嘀无限科技发展有限公司 | Resource allocation method, system, electronic equipment and computer storage medium |
| CN110175860A (en) * | 2019-04-09 | 2019-08-27 | 阿里巴巴集团控股有限公司 | Virtual resource allocation method and device |
| CN110175860B (en) * | 2019-04-09 | 2023-06-23 | 创新先进技术有限公司 | Virtual resource allocation method and device |
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