CN105761100A

CN105761100A - Advertising method according to orientation priority

Info

Publication number: CN105761100A
Application number: CN201610078253.XA
Authority: CN
Inventors: 李立峰
Original assignee: Shanghai Maxmob Network Technology Co Ltd
Current assignee: Shanghai Maxmob Network Technology Co Ltd
Priority date: 2016-02-03
Filing date: 2016-02-03
Publication date: 2016-07-13

Abstract

The invention discloses an advertising method according to orientation priority, and the method can be used to satisfy specific advertising requirement more effectively when the practical advertising amount has difference from the expected advertising amount. The method is based on the principles that number included advertising requirements set by users is taken into consideration in priority, advertisements of the same priority are advertised in multiple manners including a random manner, and quantified advertising is not stopped till the specific amount is reached. The whole priority degree is decomposed into multiple single-level priority sequences, orientation satisfying a received request is selected and filtered based on one or multiple of the single-level priority sequences, and orientation of the same priority is advertised selectively.

Description

A kind of method carrying out advertisement putting according to directionally preferential level

Technical field

The method that the present invention relates to advertisement putting, particularly relates to and buys, in privately owned sequencing, the method carrying out advertisement putting according to directionally preferential level in ad system.

Background technology

Automated intelligent input can be related to, in strict accordance with quantity input, in strict accordance with a series of input problems such as percentage ratio inputs in media advertisement position orientation is thrown in.Actual flow on advertisement position is uncertain, and advertiser can not be known a priori by the actual flow on the same day when the quantity of default advertisement putting or ratio, therefore, when the actual input of advertisement, according to the input mode being mixed with supply volume, input ratio or automatic input etc., can cannot meet all of input requirement, and now can produce different input strategies because of the problem of priority.

Traditional way is, run into certain flow, according to input property carry out order throw in or throw in turn, this situation reality can supply volume deficiency time outstanding problem, cannot preferentially meet the input requirement specified, it is therefore desirable to a kind of new input strategy having more universality.

Summary of the invention

The brief overview of one or more aspect given below is to provide the basic comprehension to these aspects.This summarizes the extensive overview of the not all aspect contemplated, and is both not intended to identify the key or decisive key element also non-scope attempting to define any or all aspect of all aspects.Its some concepts being uniquely intended to provide in simplified form one or more aspect think the sequence of more detailed description given later.

It is an object of the invention to solve the problems referred to above, it is provided that a kind of method carrying out advertisement putting according to directionally preferential level, it is possible to advertisement reality can supply volume and expection can supply volume have a difference time better meet the input requirement specified.

The technical scheme is that and present invention is disclosed a kind of method carrying out advertisement putting according to directionally preferential level, including:

Input directed information；

Receiving request, and based on the one or more priority units with degree of priority descending, carry out the orientation meeting this request respectively selecting to filter, wherein one or more priority units are that the order of whole degree of priority is decomposed into single priority order；

Same priority orthoselection one is thrown in；

If not receiving end signal, carrying out continuing to request, otherwise throwing in and terminating.

One embodiment of the method carrying out advertisement putting according to directionally preferential level according to the present invention, all of priority unit after decomposition according to the descending of degree of priority is: when number of stages have precedence over when level ratio, when number of stages have precedence over when level automatically, parent quantity have precedence over parent ratio, parent quantity have precedence over parent automatically, parent ratio have precedence over that parent is automatic, parent preferentially has precedence over parent non-preferential, when level ratio have precedence over when level automatically, preferentially have precedence over when level non-preferential when level.

Present invention further teaches a kind of method based on priority unit, advertisement putting orientation being carried out and selecting to filter, priority unit is for having precedence over when level ratio when number of stages, and described method includes:

Step 1: receive the orientation of all demand specified quantities to be filtered and the orientation of all demand designated ratio to be filtered；

Step 2: judge whether the orientation of all demand designated ratio to be filtered is empty or is absent from, if then filtering out the orientation of demand designated ratio and selecting the orientation of demand specified quantity, flow process terminates, and then performs step 3 if not further；

Step 3: judge whether the orientation of all demand specified quantities to be filtered is empty or is absent from, if then filtering out the orientation of demand specified quantity and selecting the orientation of demand designated ratio, flow process terminates, and then performs step 4 if not further；

Step 4: successively the directed quantity required of all demand specified quantities to be filtered, the directed demand percentage of all demand designated ratio to be filtered, the directed currently practical supply volume of all demand specified quantities to be filtered, the directed currently practical supply volume of all demand designated ratio to be filtered, these five parameters of actual total input are judged whether it is defined, if not being defined, being defined and arranging；

Step 5: judge the size of the summation of the quantity required of the summation of the directed currently practical supply volume of all demand specified quantities to be filtered and the directed of all demand specified quantities to be filtered, if the former is less than the latter, filters out the orientation of demand designated ratio and select the orientation of demand specified quantity, flow process terminates, and otherwise continues executing with step 6；

Step 6: judge the directed summation of currently practical supply volume of all demand designated ratio to be filtered and the size of the ratio of actual total input and the summation of the demand percentage of the orientation of all demand designated ratio to be filtered, if the former is less than the latter, filters out the orientation of demand specified quantity and select the orientation of demand designated ratio, flow process terminates, and otherwise filters out the orientation of the directed of all demand specified quantities and all demand designated ratio simultaneously.

Present invention further teaches a kind of method based on priority unit, advertisement putting orientation being carried out and selecting to filter, priority unit is for having precedence over when level is automatic when number of stages, and described method includes:

Step 1: receive the orientation of all demand specified quantities to be filtered and orientation that all demands to be filtered are thrown in automatically；

Step 2: judge whether the orientation that all demands to be filtered throw in automatically is empty or is absent from, if the orientation automatically thrown in of the demand that then filters out and the orientation that selects demand specified quantity, flow process terminates, and then performs step 3 if not further；

Step 3: judge that whether the orientation of all demand specified quantities to be filtered is empty or is absent from, if then filtering out the orientation of demand specified quantity and orientation that selection demand is thrown in automatically, flow process terminates, and then performs step 4 if not further；

Step 4: directed currently practical supply volume, these five parameters of actual total input that the directed demand percentage successively the directed quantity required of all demand specified quantities to be filtered, all demands to be filtered thrown in automatically, the directed currently practical supply volume of all demand specified quantities to be filtered, all demands to be filtered are thrown in automatically judge whether it is defined, if not being defined, being defined and arranging；

Step 5: judge the size of the summation of the quantity required of the summation of the directed currently practical supply volume of all demand specified quantities to be filtered and the directed of all demand specified quantities to be filtered, if the former is less than the latter, orientation that the demand that filters out is thrown in automatically and select the orientation of demand specified quantity, flow process terminates, otherwise filtering out the orientation of demand specified quantity and orientation that selection demand is thrown in automatically, flow process terminates.

Present invention further teaches a kind of method based on priority unit, advertisement putting orientation being carried out and selecting to filter, priority unit is that parent quantity has precedence over parent ratio, and described method includes:

Step 1: receive the orientation of all parent specified quantities to be filtered and the orientation of all parent designated ratio to be filtered；

Step 2: judge whether the orientation of all parent designated ratio to be filtered is empty or is absent from, if then filtering out the orientation of parent designated ratio and selecting the orientation of parent specified quantity, flow process terminates, and then performs step 3 if not further；

Step 3: judge whether the orientation of all parent specified quantities to be filtered is empty or is absent from, if then filtering out the orientation of parent specified quantity and selecting the orientation of parent designated ratio, flow process terminates, and then performs step 4 if not further；

Step 4: successively the directed quantity required of all parent specified quantities to be filtered, the directed demand percentage of all parent designated ratio to be filtered, the directed currently practical supply volume of all parent specified quantities to be filtered, the directed currently practical supply volume of all parent designated ratio to be filtered, these five parameters of actual total input are judged whether it is defined, if not being defined, being defined and arranging；

Step 5: judge the size of the summation of the quantity required of the summation of the directed currently practical supply volume of all parent specified quantities to be filtered and the directed of all parent specified quantities to be filtered, if the former is less than the latter, filters out the orientation of parent designated ratio and select the orientation of parent specified quantity, flow process terminates, and otherwise continues executing with step 6；

Step 6: judge the directed summation of currently practical supply volume of all parent designated ratio to be filtered and the size of the ratio of actual total input and the summation of the demand percentage of the orientation of all parent designated ratio to be filtered, if the former is less than the latter, filters out the orientation of parent specified quantity and select the orientation of parent designated ratio, flow process terminates, and otherwise filters out the orientation of the directed of all parent specified quantities and all parent designated ratio simultaneously.

Present invention further teaches a kind of method based on priority unit, advertisement putting orientation being carried out and selecting to filter, priority unit is that parent quantity has precedence over parent automatically, and described method includes:

Step 1: receive the orientation of all parent specified quantities to be filtered and orientation that all parents to be filtered are thrown in automatically；

Step 2: judge whether the orientation that all parents to be filtered are thrown in automatically is empty or is absent from, if then filtering out the orientation that parent is thrown in automatically and the orientation selecting parent specified quantity, flow process terminates, and then performs step 3 if not further；

Step 3: judge whether the orientation of all parent specified quantities to be filtered is empty or is absent from, if the orientation then filtering out parent specified quantity and the orientation selecting parent automatically to throw in, flow process terminates, and then performs step 4 if not further；

Step 4: directed currently practical supply volume, these five parameters of actual total input that the directed demand percentage successively the directed quantity required of all parent specified quantities to be filtered, all parents to be filtered thrown in automatically, the directed currently practical supply volume of all parent specified quantities to be filtered, all parents to be filtered are thrown in automatically judge whether it is defined, if not being defined, being defined and arranging；

Step 5: judge the size of the summation of the quantity required of the summation of the directed currently practical supply volume of all parent specified quantities to be filtered and the directed of all parent specified quantities to be filtered, if the former is less than the latter, filter out the orientation that parent is thrown in automatically and the orientation selecting parent specified quantity, flow process terminates, the orientation otherwise filtering out parent specified quantity and the orientation selecting parent automatically to throw in, flow process terminates.

Present invention further teaches a kind of method based on priority unit, advertisement putting orientation being carried out and selecting to filter, priority unit is that parent ratio has precedence over parent automatically, and described method includes:

Step 1: receive the orientation of all parent designated ratio to be filtered and orientation that all parents to be filtered are thrown in automatically；

Step 2: judge whether the orientation that all parents to be filtered are thrown in automatically is empty or is absent from, if then filtering out the orientation that parent is thrown in automatically and the orientation selecting parent designated ratio, flow process terminates, and then performs step 3 if not further；

Step 3: judge whether the orientation of all parent designated ratio to be filtered is empty or is absent from, if the orientation then filtering out parent designated ratio and the orientation selecting parent automatically to throw in, flow process terminates, and then performs step 4 if not further；

Step 4: directed currently practical supply volume, these five parameters of actual total input that the directed demand percentage successively the directed quantity required of all parent designated ratio to be filtered, all parents to be filtered thrown in automatically, the directed currently practical supply volume of all parent designated ratio to be filtered, all parents to be filtered are thrown in automatically judge whether it is defined, if not being defined, being defined and arranging；

Step 5: judge the summation of the directed currently practical supply volume of all parent designated ratio to be filtered and the ratio of actual total input, size with the summation of the quantity required of the orientation of all parent designated ratio to be filtered, if the former is less than the latter, filter out the orientation that parent is thrown in automatically and the orientation selecting parent designated ratio, flow process terminates, the orientation otherwise filtering out parent designated ratio and the orientation selecting parent automatically to throw in, flow process terminates.

Present invention further teaches a kind of method based on priority unit, advertisement putting orientation being carried out and selecting to filter, priority unit is that parent preferentially has precedence over parent non-preferential, and described method includes:

Step 1: receive the preferential orientation of all parents to be filtered and the orientation of all parent non-preferential to be filtered；

Step 2: judge whether the orientation of all parent non-preferential to be filtered is empty or is absent from, if then filtering out the orientation of parent non-preferential, then performing step 3, otherwise directly performing step 3；

Step 3: judge whether the preferential orientation of all parents to be filtered is empty or is absent from, if then filtering out the orientation that parent is preferential, flow process terminates, and otherwise performs step 4；

Step 4: the orientation filtering out all parent non-preferential and the orientation selecting all parents preferential.

Present invention further teaches a kind of method based on priority unit, advertisement putting orientation being carried out and selecting to filter, priority unit is for having precedence over when level is automatic when level ratio, and described method includes:

Step 1: receive the orientation of all demand designated ratio to be filtered and orientation that all demands to be filtered are thrown in automatically；

Step 2: judge whether the orientation that all demands to be filtered throw in automatically is empty or is absent from, if the orientation automatically thrown in of the demand that then filters out and the orientation that selects demand designated ratio, flow process terminates, and then performs step 3 if not further；

Step 3: judge that whether the orientation of all demand designated ratio to be filtered is empty or is absent from, if then filtering out the orientation of demand designated ratio and orientation that selection demand is thrown in automatically, flow process terminates, and then performs step 4 if not further；

Step 4: directed currently practical supply volume, these five parameters of actual total input that the directed demand percentage successively the directed quantity required of all demand designated ratio to be filtered, all demands to be filtered thrown in automatically, the directed currently practical supply volume of all demand designated ratio to be filtered, all demands to be filtered are thrown in automatically judge whether it is defined, if not being defined, being defined and arranging；

Step 5: judge the summation of the directed currently practical supply volume of all demand designated ratio to be filtered and the ratio of actual total input, size with the summation of the quantity required of the orientation of all demand designated ratio to be filtered, if the former is less than the latter, orientation that the demand that filters out is thrown in automatically and select the orientation of demand designated ratio, flow process terminates, otherwise filtering out the orientation of demand designated ratio and orientation that selection demand is thrown in automatically, flow process terminates.

Present invention further teaches a kind of method based on priority unit, advertisement putting orientation being carried out and selecting to filter, priority unit is for preferentially having precedence over when level non-preferential when level, and described method includes:

Step 1: receive all orientations preferential when level to be filtered and all to be filtered when the orientation of level non-preferential；

Step 2: judge whether all orientations when level non-preferential to be filtered are empty or are absent from, if then filtering out when the orientation of level non-preferential, then performs step 3, otherwise directly performs step 3；

Step 3: judge that whether all orientations preferential when level to be filtered are empty or are absent from, if then filtering out when the preferential orientation of level, flow process terminates, and otherwise performs step 4；

Step 4: filter out all orientations when level non-preferential and select all orientations preferential when level.

The present invention contrasts prior art following beneficial effect: the present invention arranges following principle: the input of user setup numeral requires to pay the utmost attention to, and what priority was identical waits various ways to throw according to random, till quantitative input is then thrown to meet specified amount.Based on this principle the order of whole degree of priority is decomposed into multiple single-stage priority order, and one or more based in these single-stage priority orders, carry out the orientation meeting the request of reception selecting to filter, then carry out selecting to throw in the orientation of same priority.Compared to prior art, the present invention can the reality of advertisement can supply volume and expection can supply volume have a difference time better meet the input requirement specified.

Accompanying drawing explanation

Fig. 1 illustrates the flow chart of the preferred embodiment of the method carrying out advertisement putting according to directionally preferential level of the present invention.

Fig. 2 illustrates the flow chart that advertisement putting orientation carries out selecting the first embodiment of the method for filtration based on priority unit of the present invention.

Fig. 3 illustrates the flow chart that advertisement putting orientation carries out selecting the second embodiment of the method for filtration based on priority unit of the present invention.

Fig. 4 illustrates the flow chart that advertisement putting orientation carries out selecting the 3rd embodiment of the method for filtration based on priority unit of the present invention.

Fig. 5 illustrates the flow chart that advertisement putting orientation carries out selecting the 4th embodiment of the method for filtration based on priority unit of the present invention.

Fig. 6 illustrates the flow chart that advertisement putting orientation carries out selecting the 5th embodiment of the method for filtration based on priority unit of the present invention.

Fig. 7 illustrates the flow chart that advertisement putting orientation carries out selecting the sixth embodiment of the method for filtration based on priority unit of the present invention.

Fig. 8 illustrates the flow chart that advertisement putting orientation carries out selecting the 7th embodiment of the method for filtration based on priority unit of the present invention.

Fig. 9 illustrates the flow chart that advertisement putting orientation carries out selecting the 8th embodiment of the method for filtration based on priority unit of the present invention.

Figure 10 illustrates that the orientation at same priority carries out selecting the flow chart of the preferred embodiment of the method for input.

Detailed description of the invention

After reading the detailed description that embodiment of the disclosure in conjunction with the following drawings, it is possible to be more fully understood that features described above and the advantage of the present invention.In the accompanying drawings, each assembly is not necessarily drawn to scale, and the assembly with similar correlation properties or feature is likely to be of same or like accompanying drawing labelling.

The present invention arranges following principle:

The input of user setup numeral requires to pay the utmost attention to；

What priority was identical waits various ways to throw according to random；

Till quantitative input is then thrown to meet specified amount；

If there is parent to specify 10% ratio, when level specifies 1,000,000 quantity, and when the same day, actual injected volume was 5,000,000, when but level can meet 1,000,000 quantity 10% ratio specified beyond parent, therefore parent keeps consistent with the specific mode when level as far as possible, parent can also be adopted with specify when level all designation numbers when level than parent more preferably or parent ratio when the more preferably such rule of level, the situation that parent is consistent with the specific mode when level is only discussed in this manual, namely, when parent is appointed as ratio, when level can only usage ratio or automatically throw in, during parent specified quantity, when level can only usage quantity or automatically throw in, parent is specified and is also required to appointment when automatically throwing in is automatic ratio or automatic quantity.

By above principle, it is possible to the order of whole degree of priority (include parent, when level, quantity is thrown in, ratio is thrown in, automatically throw in, preferential throw in, non-preferential throws in isoparametric permutation and combination) to be ordered as following order of priority (wherein parent table parent, excellent representative preferential, non-represent non-preferential, amount represents quantity, from represent automatically throw in):

Table 1

And following priority unit can be resolved into by the order of priority in above table:

Before priority low by 6 after height-->
	Work as number of stages > when level ratio
Work as number of stages > when level automatic
	Parent quantity > parent ratio
Parent quantity > parent is automatic
	Parent ratio > parent is automatic
Parent is preferential > parent non-preferential
	When level ratio > when level automatic
When level is preferential > when level non-preferential

Table 2

After these priority units in obtaining form, the present invention is further embodied as following concrete technical scheme.

The embodiment of the method for advertisement putting is carried out according to directionally preferential level

Fig. 1 illustrates the flow process of the preferred embodiment of the method carrying out advertisement putting according to directionally preferential level of the present invention.Refer to Fig. 1, the carrying out the enforcement step of method of advertisement putting according to directionally preferential level details are as follows of the present embodiment.

Step S1: input directed information.

Step S2: receive request.

Step S3: based on the one or more priority units with degree of priority descending, carries out the orientation meeting this request selecting to filter respectively.

These priority units are aforesaid table 2, namely according to 8 priority units of arrangement low after height before priority: when number of stages have precedence over when level ratio, when number of stages have precedence over when level automatically, parent quantity have precedence over parent ratio, parent quantity have precedence over parent automatically, parent ratio have precedence over that parent is automatic, parent preferentially has precedence over parent non-preferential, when level ratio have precedence over when level automatically, preferentially have precedence over when level non-preferential when level.

As shown in Figure 1, this operation that directed choices made is filtered includes 8 handling processes, and these 8 handling processes must are fulfilled for sequencing as depicted in the present embodiment, but are not necessarily all necessary, namely can be one or more combination in any.

Step S31: judge when number of stages filters with when level ratio.

Implementing as shown in Figure 2 of this step.

Step S101: access from a upper flow process.

Owing to when number of stages and when the priority of the judgement of level ratio is the highest, therefore its previous step is actually and receives this step asked.

And, in the present embodiment, its need input information to be processed is the directed T [r1-rn] of the directed T [c1-cm] of all demand specified quantities to be filtered, all demand designated ratio to be filtered.

Step S102: judge whether the directed T [r1-rn] of all demand designated ratio to be filtered is empty or is absent from.If then proceeding to step S117, then enter step S103 if not.

Step S103: judge whether the directed T [c1-cm] of all demand specified quantities to be filtered is empty or is absent from.If then proceeding to step S118, then enter step S104 if not.

Step S104: judge whether to have been defined for the directed quantity required NT [c1-cm] of all demand specified quantities to be filtered, if then entering step S105, otherwise proceeds to step S112.

Step S105: judge whether to have been defined for the directed demand percentage NT [r1-rn] of all demand designated ratio to be filtered, if then entering step S106, otherwise proceeds to step S113.

Step S106: judge whether to have been defined for the directed currently practical supply volume RT [c1-cm] of all demand specified quantities to be filtered, if then entering step S107, otherwise proceeds to step S114.

Step S107: judge whether to have been defined for the directed currently practical supply volume RT [r1-rn] of all demand designated ratio to be filtered, if then entering step S108, otherwise proceeds to step S115.

Step S108: judge whether to have been defined for actual total input R, if then entering step S109, otherwise proceeds to step S116.

Step S109: judge the size of the summation SUM (RT [c1-cm]) and the summation SUM (NT [c1-cm]) of the quantity required of the orientation of all demand specified quantities to be filtered of the directed currently practical supply volume of all demand specified quantities to be filtered.If the former is less than the latter, proceed to step S117, otherwise enter step S110.

Step S110: judge the directed summation of currently practical supply volume of all demand designated ratio to be filtered and the size of ratio SUM (RT [r1-rn])/R of actual total input and the summation SUM (NT [r1-rn]) of the demand percentage of the orientation of all demand designated ratio to be filtered.If the former is less than the latter, proceed to step S118, otherwise enter step S111.

Step S111: simultaneously filter out the directed T [c1-cm] of all demand specified quantities and the directed T [r1-rn] of all demand designated ratio.Enter into next flow process.

Step S112: define and arrange the quantity required NT [c1-cm] of the directed T [c1-cm] of all demand specified quantities to be filtered.Then step S105 is proceeded to.

Step S113: define and arrange the demand percentage NT [r1-rn] of the directed T [r1-rn] of all demand designated ratio to be filtered.Then step S106 is proceeded to.

Step S114: define and arrange the actual supply volume RT [c1-cm]=0 of the directed T [c1-cm] of all demand specified quantities to be filtered.Then step S107 is proceeded to.

Step S115: define and arrange the actual supply volume RT [r1-rn]=0 of the directed T [r1-rn] of all demand designated ratio to be filtered.Then step S108 is proceeded to.

Step S116: define actual total input R=0.

Step S117: filter out the directed T [r1-rn] of demand designated ratio and select the directed T [c1-cm] of demand specified quantity.Enter into next flow process.

Step S118: filter out the directed T [c1-cm] of demand specified quantity and select the directed T [r1-rn] of demand designated ratio.Enter into next flow process.

Step S32: judge when number of stages and when level automatic fitration.

Implementing as shown in Figure 3 of this step.

Step S201: access from a upper flow process.

Owing to judging being ranked in whole priority order when number of stages automatically with when level, therefore its previous step is actually this step of the request of reception or judges when number of stages and the step filtered when level ratio.

And, in the present embodiment, it needs input information to be processed to be the directed T [a1-ak] that the directed T [c1-cm] of all demand specified quantities to be filtered, all demands to be filtered are thrown in automatically.

Step S202: judge whether the directed T [a1-ak] that all demands to be filtered are thrown in automatically is empty or is absent from.If then proceeding to step S215, then enter step S203 if not.

Step S203: judge whether the directed T [c1-cm] of all demand specified quantities to be filtered is empty or is absent from.If then proceeding to step S216, then enter step S204 if not.

Step S204: judge whether to have been defined for the directed quantity required NT [c1-cm] of all demand specified quantities to be filtered.If then entering step S205, otherwise proceed to step S210.

Step S205: judging whether to have been defined for the directed demand percentage NT [a1-ak] that all demands to be filtered are thrown in automatically, if then entering step S206, otherwise proceeding to step S211.

Step S206: judge whether to have been defined for the directed currently practical supply volume RT [c1-cm] of all demand specified quantities to be filtered, if then entering step S207, otherwise proceeds to step S212.

Step S207: judging whether to have been defined for the directed currently practical supply volume RT [a1-ak] that all demands to be filtered are thrown in automatically, if then entering step S208, otherwise proceeding to step S213.

Step S208: judge whether to have been defined for actual total input R, if then entering step S209, otherwise proceeds to step S214.

Step S209: judge the size of the summation SUM (RT [c1-cm]) and the summation SUM (NT [c1-cm]) of the quantity required of the orientation of all demand specified quantities to be filtered of the directed currently practical supply volume of all demand specified quantities to be filtered.If the former is less than the latter, then proceed to step S215, otherwise enter and proceed to step S216.

Step S210: define and arrange the quantity required NT [c1-cm] of the directed T [c1-cm] of all demand specified quantities to be filtered.

Step S211: define and arrange the demand percentage NT [a1-ak] of the directed T [a1-ak] that all demands to be filtered are thrown in automatically.

Step S212: define and arrange the currently practical supply volume RT [c1-cm]=0 of the directed T [c1-cm] of all demand specified quantities to be filtered.

Step S213: define and arrange the currently practical supply volume RT [a1-ak]=0 of the directed T [a1-ak] that all demands to be filtered are thrown in automatically.

Step S214: define and arrange actual total input R=0.

Step S215: directed T [a1-ak] that the demand that filters out is thrown in automatically and select the directed T [c1-cm] of demand specified quantity.Enter into next flow process.

Step S216: filter out the directed T [c1-cm] of demand specified quantity and directed T [a1-ak] that selection demand is thrown in automatically.Enter into next flow process.

Step S33: judge that parent quantity filters with parent ratio.

Please with further reference to Fig. 4.

Step S301: access from a upper flow process.

Judge being ranked in whole priority order due to parent quantity and parent ratio, therefore its previous step be actually the request of reception this step, judge when number of stages with when level ratio filters or judges when number of stages and when the step of level automatic fitration.

Step S302: judge whether the directed PT [r1-rn] of all parent designated ratio to be filtered is empty or is absent from.If then proceeding to step S317, then enter step S303 if not.

Step S303: judge whether the directed PT [c1-cm] of all parent specified quantities to be filtered is empty or is absent from.If then proceeding to step S318, then enter step S304 if not.

Step S304: judge whether to have been defined for the directed quantity required NPT [c1-cm] of all parent specified quantities to be filtered, if then entering step S305, otherwise proceeds to step S312.

Step S305: judge whether to have been defined for the directed demand percentage NPT [r1-rn] of all parent designated ratio to be filtered, if then entering step S306, otherwise proceeds to step S313.

Step S306: judge whether to have been defined for the directed currently practical supply volume RPT [c1-cm] of all parent specified quantities to be filtered, if then entering step S307, otherwise proceeds to step S314.

Step S307: judge whether to have been defined for the directed currently practical supply volume RPT [r1-rn] of all parent designated ratio to be filtered, if then entering step S308, otherwise proceeds to step S315.

Step S308: judge whether to have been defined for actual total input R, if then entering step S309, otherwise proceeds to step S316.

Step S309: judge the size of the summation SUM (RPT [c1-cm]) and the summation SUM (NPT [c1-cm]) of the quantity required of the orientation of all parent specified quantities to be filtered of the directed currently practical supply volume of all parent specified quantities to be filtered.If the former is less than the latter, proceed to step S317, otherwise enter step S310.

Step S310: judge the directed summation of currently practical supply volume of all parent designated ratio to be filtered and the size of ratio SUM (RPT [r1-rn])/R of actual total input and the summation SUM (NPT [r1-rn]) of the demand percentage of the orientation of all parent designated ratio to be filtered.If the former is less than the latter, proceed to step S318, otherwise enter step S311.

Step S311: simultaneously filter out the directed PT [c1-cm] of all parent specified quantities and the directed PT [r1-rn] of all parent designated ratio.Enter into next flow process.

Step S312: define and arrange the quantity required NPT [c1-cm] of the directed PT [c1-cm] of all parent specified quantities to be filtered.Then step S305 is proceeded to.

Step S313: define and arrange the demand percentage NPT [r1-rn] of the directed PT [r1-rn] of all parent designated ratio to be filtered.Then step S306 is proceeded to.

Step S314: define and arrange the actual supply volume RPT [c1-cm]=0 of the directed PT [c1-cm] of all parent specified quantities to be filtered.Then step S307 is proceeded to.

Step S315: define and arrange the actual supply volume RPT [r1-rn]=0 of the directed PT [r1-rn] of all parent designated ratio to be filtered.Then step S308 is proceeded to.

Step S316: define actual total input R=0.

Step S317: filter out the directed PT [r1-rn] of parent designated ratio and select the directed PT [c1-cm] of parent specified quantity.Enter into next flow process.

Step S318: filter out the directed PT [c1-cm] of parent specified quantity and select the directed PT [r1-rn] of parent designated ratio.Enter into next flow process.

Step S34: judge parent quantity and parent automatic fitration.

Please shown in Figure 5 further.

Step S401: access from a upper flow process.

Owing to parent quantity and parent judge being ranked in whole priority order automatically, therefore its previous step be actually the request of reception this step, judge when number of stages with filter when level ratio, judge when number of stages with when level automatic fitration or the step judging parent quantity and the filtration of parent ratio.

Step S402: judge whether the directed PT [a1-ak] that all parents to be filtered are thrown in automatically is empty or is absent from.If then proceeding to step S415, then enter step S403 if not.

Step S403: judge whether the directed PT [c1-cm] of all parent specified quantities to be filtered is empty or is absent from.If then proceeding to step S416, then enter step S404 if not.

Step S404: judge whether to have been defined for the directed quantity required NPT [c1-cm] of all parent specified quantities to be filtered.If then entering step S405, otherwise proceed to step S410.

Step S405: judging whether to have been defined for the directed demand percentage NPT [a1-ak] that all parents to be filtered are thrown in automatically, if then entering step S406, otherwise proceeding to step S411.

Step S406: judge whether to have been defined for the directed currently practical supply volume RPT [c1-cm] of all parent specified quantities to be filtered, if then entering step S407, otherwise proceeds to step S412.

Step S407: judging whether to have been defined for the directed currently practical supply volume RPT [a1-ak] that all parents to be filtered are thrown in automatically, if then entering step S408, otherwise proceeding to step S413.

Step S408: judge whether to have been defined for actual total input R, if then entering step S409, otherwise proceeds to step S414.

Step S409: judge the size of the summation SUM (RPT [c1-cm]) and the summation SUM (NPT [c1-cm]) of the quantity required of the orientation of all parent specified quantities to be filtered of the directed currently practical supply volume of all parent specified quantities to be filtered.If the former is less than the latter, then proceed to step S415, otherwise enter and proceed to step S416.

Step S410: define and arrange the quantity required NPT [c1-cm] of the directed PT [c1-cm] of all parent specified quantities to be filtered.Subsequently into step S405.

Step S411: define and arrange the demand percentage NPT [a1-ak] of the directed PT [a1-ak] that all parents to be filtered are thrown in automatically.Then step S406 is proceeded to.

Step S412: define and arrange the currently practical supply volume RPT [c1-cm]=0 of the directed PT [c1-cm] of all parent specified quantities to be filtered.Then step S407 is proceeded to.

Step S413: define and arrange the currently practical supply volume RPT [a1-ak]=0 of the directed T [a1-ak] that all parents to be filtered are thrown in automatically.Then step S408 is proceeded to.

Step S414: define and arrange actual total input R=0.

Step S415: filter out the directed PT [a1-ak] that parent is thrown in automatically and the directed PT [c1-cm] selecting parent specified quantity.Enter in next flow process.

Step S416: filter out the directed PT [c1-cm] of parent specified quantity and select the directed PT [a1-ak] that automatically throws in of parent.Enter in next flow process.

Step S35: judge parent ratio and parent automatic fitration.

Please shown in Figure 6 further.

Step S501: access from a upper flow process.

Owing to parent ratio and parent judge being ranked in whole priority order automatically, therefore its previous step be actually the request of reception this step, judge when number of stages with filter when level ratio, judge when number of stages with when level automatic fitration, judge parent quantity and the filtration of parent ratio or the step judging parent quantity and parent automatic fitration.

Step S502: judge whether the directed PT [a1-ak] that all parents to be filtered are thrown in automatically is empty or is absent from.If then proceeding to step S515, then enter step S503 if not.

Step S503: judge whether the directed PT [r1-rn] of all parent designated ratio to be filtered is empty or is absent from.If then proceeding to step S516, then enter step S504 if not.

Step S504: judge whether to have been defined for the directed quantity required NPT [r1-rn] of all parent designated ratio to be filtered.If then entering step S505, otherwise proceed to step S510.

Step S505: judge whether to have been defined for the directed demand percentage NPT [a1-ak] that all parents to be filtered are thrown in automatically.If then entering step S506, otherwise proceed to step S511.

Step S506: judge whether to have been defined for the directed currently practical supply volume RPT [r1-rn] of all parent designated ratio to be filtered.If then entering step S507, otherwise proceed to step S512.

Step S507: judge whether to have been defined for the directed currently practical supply volume RPT [a1-ak] that all parents to be filtered are thrown in automatically.If then entering step S508, otherwise proceed to step S513.

Step S508: judge whether to have been defined for actual total input R.If then entering step S509, otherwise proceed to step S514.

Step S509: judge the summation of the directed currently practical supply volume of all parent designated ratio to be filtered and ratio SUM (RPT [r1-rn])/R of actual total input, with the size of the summation SUM (NPT [r1-rn]) of the quantity required of the orientation of all parent designated ratio to be filtered.If the former is less than the latter, proceed to step S515, otherwise proceed to step S516.

Step S510: define and arrange the quantity required NPT [r1-rn] of the directed PT [r1-rn] of all parent designated ratio to be filtered.Then step S505 is proceeded to.

Step S511: define and arrange the demand percentage NPT [a1-ak] of the directed PT [a1-ak] that all parents to be filtered are thrown in automatically.Then step S506 is proceeded to.

Step S512: define and arrange the currently practical supply volume RPT [r1-rn]=0 of the directed PT [r1-rn] of all parent designated ratio to be filtered.Then step S507 is proceeded to.

Step S513: define and arrange the currently practical supply volume RPT [a1-ak]=0 of the directed PT [a1-ak] that all parents to be filtered are thrown in automatically.Then step S508 is proceeded to.

Step S514: define actual total input R=0.

Step S515: filter out the directed PT [a1-ak] that parent is thrown in automatically and the directed PT [r1-rn] selecting parent designated ratio.Enter in next flow process.

Step S516: filter out the directed PT [r1-rn] of parent designated ratio and select the directed PT [a1-ak] that automatically throws in of parent.Enter in next flow process.

Step S36: judge that parent preferentially filters with parent non-preferential.

Please with further reference to Fig. 7.

Step S601: access from a upper flow process.

Judge being ranked in whole priority order owing to parent is preferential with parent non-preferential, therefore its previous step be actually the request of reception this step, judge when number of stages with filter when level ratio, judge when number of stages with when level automatic fitration, judge parent quantity and the filtration of parent ratio, judge the step of parent quantity and parent automatic fitration or judge the step of parent ratio and parent automatic fitration.

Step S602: judge whether the directed PT2 [1-y] of all parent non-preferential to be filtered is empty or is absent from, if it is proceeds to step S605, otherwise enters step S603.

Step S603: judge whether the preferential directed PT1 [1-x] of all parents to be filtered is empty or is absent from, if it is proceeds to step S606, otherwise enters step S604.

Step S604: the directed PT2 [1-y] filtering out all parent non-preferential and the directed PT1 [1-x] selecting all parents preferential.Enter in next flow process.

Step S605: filter out the directed PT2 [1-y] of all parent non-preferential, then proceed to step S603.

Step S606: filter out the directed PT1 [1-x] that all parents are preferential, enters in next flow process.

Step S37: judge when level ratio and when level automatic fitration.

Please shown in Figure 8 further.

Step S701: access from a upper flow process.

Due to when level ratio with judge being ranked in whole priority order automatically when level, therefore its previous step be actually and receive request step, judge when number of stages with filter when level ratio, judge when number of stages with when level automatic fitration, judge that parent quantity and parent ratio filter, judge the step of parent quantity and parent automatic fitration, judge parent ratio and parent automatic fitration or judge that parent is preferentially and the step of parent non-preferential filtration.

Step S702: judge whether the directed T [a1-ak] that all demands to be filtered are thrown in automatically is empty or is absent from.If then proceeding to step S715, then enter step S703 if not.

Step S703: judge whether the directed T [r1-rn] of all demand designated ratio to be filtered is empty or is absent from.If then proceeding to step S716, then enter step S704 if not.

Step S704: judge whether to have been defined for the directed quantity required NT [r1-rn] of all demand designated ratio to be filtered.If then entering step S705, otherwise proceed to step S710.

Step S705: judge whether to have been defined for the directed demand percentage NT [a1-ak] that all demands to be filtered are thrown in automatically.If then entering step S706, otherwise proceed to step S711.

Step S706: judge whether to have been defined for the directed currently practical supply volume RT [r1-rn] of all demand designated ratio to be filtered.If then entering step S707, otherwise proceed to step S712.

Step S707: judge whether to have been defined for the directed currently practical supply volume RT [a1-ak] that all demands to be filtered are thrown in automatically.If then entering step S708, otherwise proceed to step S713.

Step S708: judge whether to have been defined for actual total input R.If then entering step S709, otherwise proceed to step S714.

Step S709: judge the summation of the directed currently practical supply volume of all demand designated ratio to be filtered and ratio SUM (RT [r1-rn])/R of actual total input, with the size of the summation SUM (NT [r1-rn]) of the quantity required of the orientation of all demand designated ratio to be filtered.If the former is less than the latter, proceed to step S715, otherwise proceed to step S716.

Step S710: define and arrange the quantity required NT [r1-rn] of the directed T [r1-rn] of all demand designated ratio to be filtered.Then step S705 is proceeded to.

Step S711: define and arrange the demand percentage NT [a1-ak] of the directed T [a1-ak] that all demands to be filtered are thrown in automatically.Then step S706 is proceeded to.

Step S712: define and arrange the currently practical supply volume RT [r1-rn]=0 of the directed T [r1-rn] of all demand designated ratio to be filtered.Then step S707 is proceeded to.

Step S713: define and arrange the currently practical supply volume RT [a1-ak]=0 of the directed T [a1-ak] that all demands to be filtered are thrown in automatically.Then step S708 is proceeded to.

Step S714: define actual total input R=0.

Step S715: directed T [a1-ak] that the demand that filters out is thrown in automatically and select the directed T [r1-rn] of demand designated ratio.Then in next flow process.

Step S716: filter out the directed T [r1-rn] of demand designated ratio and directed T [a1-ak] that selection demand is thrown in automatically.Then in next flow process.

Step S38: judge to filter with when level non-preferential when level is preferential.

Please shown in Figure 9 further.

Step S801: access from a upper flow process.

Due to when level preferential with judge being ranked in whole priority order when level non-preferential, therefore its previous step be actually and receive request step, judge when number of stages with filter when level ratio, judge when number of stages with when level automatic fitration, judge that parent quantity and parent ratio filter, judge the step of parent quantity and parent automatic fitration, judge parent ratio and parent automatic fitration, judge that parent preferentially works as level ratio and when the automatic step of level with the filtration of parent non-preferential or judgement.

Step S802: judge whether all directed T2 [1-y] when level non-preferential to be filtered are empty or are absent from, if it is proceeds to step S805, otherwise enters step S803.

Step S803: judge whether all directed T1s [1-x] preferential when level to be filtered are empty or are absent from, if it is proceeds to step S806, otherwise enters step S804.

Step S804: filter out all directed T2 [1-y] when level non-preferential and select all directed T1s [1-x] preferential when level.Enter in downstream.

Step S805: filter out all as the directed T2 [1-y] of level non-preferential, then proceed to step S803.

Step S806: filter out all directed T1s [1-x] preferential when level, enter in downstream.

Step S4: the orthoselection one of same priority is thrown in.

For this step, further refinement is as shown in Figure 10.

Step S901: for the directed T [1-n] of all same priorities thrown in, it is judged that whether directed T [1-n] is empty or is absent from, if then performing step S904, then performs step S902 if not.

Step S902: select a method according to certain and carry out selecting a directed T [k].

Such as can select a directed T [k] according to random algorithm.If being all the orientation of quantity as desired, then can randomly choose a directed T [k] according to the ratio of required quantity according to monte carlo method.If being all the orientation of quantity required, then can randomly choose a directed T [k] according to the ratio of unmet demand quantity according to monte carlo method.If being all the orientation of demand percentage, then ratio between ratio can randomly choose a directed T [k] according to monte carlo method as desired.

Step S903: select directed T [k] to throw in.

Step S904: do not select any orientation.

Step S5: judge whether to receive end signal, if receiving end signal, flow process terminates, if not receiving end signal, returns step S2.

Based on priority unit, advertisement putting orientation is carried out the first embodiment of the method that selection is filtered

Fig. 2 illustrate the present invention based on priority unit carry out advertisement putting orientation selecting the method filtered first embodiment realize step, in the present embodiment, be for judge to work as number of stages with when the filtration of level ratio.

Step S101: access from a upper flow process.

Step S111: simultaneously filter out the directed T [c1-cm] of all demand specified quantities and the directed T [r1-rn] of all demand designated ratio.Whole flow process terminates.

Step S116: define actual total input R=0.

Step S117: filter out the directed T [r1-rn] of demand designated ratio and select the directed T [c1-cm] of demand specified quantity.Whole flow process terminates.

Step S118: filter out the directed T [c1-cm] of demand specified quantity and select the directed T [r1-rn] of demand designated ratio.Whole flow process terminates.

Based on priority unit, advertisement putting orientation is carried out the second embodiment of the method that selection is filtered

Fig. 3 illustrate the present invention based on priority unit carry out advertisement putting orientation selecting the method filtered the second embodiment realize step, in the present embodiment, be for judging when number of stages filters automatically with when level.

Step S201: access from a upper flow process.

Step S210: define and arrange the quantity required NT [c1-cm] of the directed T [c1-cm] of all demand specified quantities to be filtered.Then step S205 is proceeded to.

Step S211: define and arrange the demand percentage NT [a1-ak] of the directed T [a1-ak] that all demands to be filtered are thrown in automatically.Then step S206 is proceeded to.

Step S212: define and arrange the currently practical supply volume RT [c1-cm]=0 of the directed T [c1-cm] of all demand specified quantities to be filtered.Then step S207 is proceeded to.

Step S213: define and arrange the currently practical supply volume RT [a1-ak]=0 of the directed T [a1-ak] that all demands to be filtered are thrown in automatically.Then step S208 is proceeded to.

Step S214: define and arrange actual total input R=0.

Step S215: directed T [a1-ak] that the demand that filters out is thrown in automatically and select the directed T [c1-cm] of demand specified quantity.Whole flow process terminates.

Step S216: filter out the directed T [c1-cm] of demand specified quantity and directed T [a1-ak] that selection demand is thrown in automatically.Whole flow process terminates.

Based on priority unit, advertisement putting orientation is carried out the 3rd embodiment of the method that selection is filtered

Fig. 4 illustrate the present invention based on priority unit carry out advertisement putting orientation selecting the method filtered the 3rd embodiment realize step, in the present embodiment, be the filtration for judging parent quantity and parent ratio.

Step S301: access from a upper flow process.

Judge being ranked in whole priority order based on parent quantity and parent ratio, therefore its previous step be actually the request of reception this step, judge when number of stages with when level ratio filters or judges when number of stages and when the step of level automatic fitration.

And, in the present embodiment, its need input information to be processed is the directed PT [r1-rn] of the directed PT [c1-cm] of all parent specified quantities to be filtered, all parent designated ratio to be filtered.

Step S311: simultaneously filter out the directed PT [c1-cm] of all parent specified quantities and the directed PT [r1-rn] of all parent designated ratio.Whole flow process terminates.

Step S316: define actual total input R=0.

Step S317: filter out the directed PT [r1-rn] of parent designated ratio and select the directed PT [c1-cm] of parent specified quantity.Whole flow process terminates.

Step S318: filter out the directed PT [c1-cm] of parent specified quantity and select the directed PT [r1-rn] of parent designated ratio.Whole flow process terminates.

Based on priority unit, advertisement putting orientation is carried out the 4th embodiment of the method that selection is filtered

Fig. 5 illustrate the present invention based on priority unit carry out advertisement putting orientation selecting the method filtered the 4th embodiment realize step, in the present embodiment, be for judging that parent quantity and parent filter automatically.

Step S401: access from a upper flow process.

And, in the present embodiment, it needs input information to be processed to be the directed PT [a1-ak] that the directed PT [c1-cm] of all parent specified quantities to be filtered, all parents to be filtered are thrown in automatically.

Step S414: define and arrange actual total input R=0.

Step S415: filter out the directed PT [a1-ak] that parent is thrown in automatically and the directed PT [c1-cm] selecting parent specified quantity.Whole flow process terminates.

Step S416: filter out the directed PT [c1-cm] of parent specified quantity and select the directed PT [a1-ak] that automatically throws in of parent.Whole flow process terminates.

Based on priority unit, advertisement putting orientation is carried out the 5th embodiment of the method that selection is filtered

Fig. 6 illustrate the present invention based on priority unit carry out advertisement putting orientation selecting the method filtered the 5th embodiment realize step, in the present embodiment, be for judging that parent ratio and parent filter automatically.

Step S501: access from a upper flow process.

And, in the present embodiment, it needs input information to be processed to be the directed PT [a1-ak] that the directed PT [r1-rn] of all parent designated ratio to be filtered, all parents to be filtered are thrown in automatically.

Step S514: define actual total input R=0.

Step S515: filter out the directed PT [a1-ak] that parent is thrown in automatically and the directed PT [r1-rn] selecting parent designated ratio.Whole flow process terminates.

Step S516: filter out the directed PT [r1-rn] of parent designated ratio and select the directed PT [a1-ak] that automatically throws in of parent.Whole flow process terminates.

Based on priority unit, advertisement putting orientation is carried out the sixth embodiment of the method that selection is filtered

Fig. 7 illustrate the present invention based on priority unit carry out advertisement putting orientation selecting the method filtered sixth embodiment realize step, in the present embodiment, be for judging that parent is preferential and the filtration of parent non-preferential.

Step S601: access from a upper flow process.

And, in the present embodiment, it needs input information to be processed to be the directed PT2 [1-y] of the preferential directed PT1 [1-x] of all parents to be filtered, all parent parent non-preferential to be filtered.

Step S604: the directed PT2 [1-y] filtering out all parent non-preferential and the directed PT1 [1-x] selecting all parents preferential.Whole flow process terminates.

Step S606: filtering out the directed PT1 [1-x] that all parents are preferential, whole flow process terminates.

Based on priority unit, advertisement putting orientation is carried out the 7th embodiment of the method that selection is filtered

Fig. 8 illustrate the present invention based on priority unit carry out advertisement putting orientation selecting the method filtered the 7th embodiment realize step, in the present embodiment, be for judging when level ratio filters automatically with when level.

Step S701: access from a upper flow process.

And, in the present embodiment, it needs input information to be processed to be the directed T [a1-ak] that the directed T [r1-rn] of all demand designated ratio to be filtered, all demands to be filtered are thrown in automatically.

Step S714: define actual total input R=0.

Step S715: directed T [a1-ak] that the demand that filters out is thrown in automatically and select the directed T [r1-rn] of demand designated ratio.Whole flow process terminates.

Step S716: filter out the directed T [r1-rn] of demand designated ratio and directed T [a1-ak] that selection demand is thrown in automatically.Whole flow process terminates.

Based on priority unit, advertisement putting orientation is carried out the 8th embodiment of the method that selection is filtered

Fig. 9 illustrate the present invention based on priority unit carry out advertisement putting orientation selecting the method filtered the 8th embodiment realize step, in the present embodiment, be for judge to work as level preferential with when the filtration of level non-preferential.

Step S801: access from a upper flow process.

And, in the present embodiment, it needs input information to be processed to be all directed T1s [1-x] preferential when level to be filtered, all to be filtered as the directed T2 [1-y] of level non-preferential.

Step S804: filter out all directed T2 [1-y] when level non-preferential and select all directed T1s [1-x] preferential when level.Whole flow process terminates.

Step S806: filtering out all directed T1s [1-x] preferential when level, whole flow process terminates.

Example

The following is and lift a concrete example and realize process to what the method for the present invention was described.

It is provided with four parents A, B, C, D, each parent and sub-level thereof by arranged below:

* A 40% throws in proportion；Having 3 sub-level A1, A2 and A3 under A, wherein A1 throws in parent 20% ratio, and A2 is for preferentially to throw in parent 10% ratio, and A3 throws in automatically；

* B throws in by quantity 1,000,000；Having 3 sub-level B1, B2 and B3 under B, wherein B1 throws in by 200,000 quantity, and B2 is for preferentially to throw in by 100,000 quantity, and B3 throws in automatically；

* C is for automatically to throw in proportion；Having 3 sub-level C1, C2 and C3 under C, wherein C1 throws in parent 20% ratio, and C2 is for preferentially to throw in parent 10% ratio, and C3 throws in automatically；

* D is for automatically to throw in by quantity；Having 3 sub-level D1, D2 and D3 under D, wherein D1 throws in by 300,000 quantity, and D2 is for preferentially to throw in by 200,000 quantity, and D3 throws in automatically；

When throwing in, from first request to the 100000th request, now all can use when level directed (A1, A2, A3, B1, B2, B3, C1, C2, C3, D1, D2, D3), described in flow process as shown in Figure 1, carry out the filtering process of order below:

1 carries out working as number of stages (B1, B2, D1, D2) and when the directed filtration of level ratio (A1, A2, C1, C2), pressing described in flow process as shown in Figure 2, when level ratio (A1, A2, C1, C2) is all filtered；Now can have (A3, B1, B2, B3, C3, D1, D2, D3) by orientation；

2 carry out working as number of stages (B1, B2, D1, D2) filters with when the orientation of level (A3, B3, C3, D3) automatically, described in flow process as shown in Figure 3, when level (A3, B3, C3, D3) automatically is all filtered；Now can have (B1, B2, D1, D2) by orientation；

The 3 directed filtrations carrying out parent quantity (B1, B2) and parent ratio (sky), described in flow process as shown in Figure 4, parent ratio (sky) is all filtered；Now can have (B1, B2, D1, D2) by orientation；

The 4 directed filtrations carrying out parent quantity (B1, B2) and parent (D1, D2) automatically, described in flow process as shown in Figure 5, parent (D1, D2) automatically is all filtered；Now can have (B1, B2) by orientation；

The 5 directed filtrations carrying out parent ratio (sky) and parent (sky) automatically, described in flow process as shown in Figure 6, all filtered；Now can have (B1, B2) by orientation；

The 6 directed filtrations carrying out parent preferential (sky) and parent non-preferential (B1, B2), by flow process as shown in Figure 7, all filtered；Now can have (B1, B2) by orientation；

7 carry out working as level ratio (sky) filters with when the orientation of level (sky) automatically, described in flow process as shown in Figure 8, all filtered；Now can have (B1, B2) by orientation；

8 carry out working as level preferential (B2) filters with when the directed of level non-preferential (B1), described in flow process as shown in Figure 9, when level non-preferential (B1) is filtered；Now can have (B2) by orientation；

Last remaining available orientation (B2) is carried out selecting a selection by 9, flow process as shown in Figure 10, it is possible to select the method that any method is such as randomly drawed to carry out；

Note: above 1-9 arbitrary procedure, if currently available orientation only surplus altogether, then can directly ignoring follow-up flow process, directly to export this uniquely directed.

10 export this orientation carries out throwing in and accept new request.

When throwing in, from the 100001st request to the 300000th request, now when level directed (A1, A2, A3, B1, B3, C1, C2, C3, D1, D2, D3) can use, described in flow process as shown in Figure 1, carry out as follows:

1 carries out working as number of stages (B1, D1, D2) and when the directed filtration of level ratio (A1, A2, C1, C2), pressing described in flow process as shown in Figure 2, when level ratio (A1, A2, C1, C2) is all filtered；Now can have (A3, B1, B3, C3, D1, D2, D3) by orientation；

2 carry out working as number of stages (B1, D1, D2) filters with when the orientation of level (A3, B3, C3, D3) automatically, described in flow process as shown in Figure 3, when level (A3, B3, C3, D3) automatically is all filtered；Now can have (B1, D1, D2) by orientation；

The 3 directed filtrations carrying out parent quantity (B1) and parent ratio (sky), described in flow process as shown in Figure 4, parent ratio (sky) is all filtered；Now can have (B1, D1, D2) by orientation；

The 4 directed filtrations carrying out parent quantity (B1) and parent (D1, D2) automatically, described in flow process as shown in Figure 5, parent (D1, D2) automatically is all filtered；Now can have (B1) by orientation；

10 export this orientation carries out throwing in and accept new request.

When throwing in, from the 300001st request to the 500000th request, now when level directed (A1, A2, A3, B1, B3, C1, C2, C3, D1, D3) can use, described in flow process as shown in Figure 1, carry out the filtering process of order below:

1 carries out working as number of stages (D1, D2) and when the directed filtration of level ratio (A1, A2, C1, C2), pressing described in flow process as shown in Figure 2, when level ratio (A1, A2, C1, C2) is all filtered；Now can have (A3, B3, C3, D1, D2, D3) by orientation；

2 carry out working as number of stages (D1, D2) filters with when the orientation of level (A3, B3, C3, D3) automatically, described in flow process as shown in Figure 3, when level (A3, B3, C3, D3) automatically is all filtered；Now can have (D1, D2) by orientation；

The 3 directed filtrations carrying out parent quantity (sky) and parent ratio (sky), described in flow process as shown in Figure 4, all filtered；Now can have (D1, D2) by orientation；

The 4 directed filtrations carrying out parent quantity (sky) and parent (D1, D2) automatically, described in flow process as shown in Figure 5, parent quantity (sky) is all filtered；Now can have (D1, D2) by orientation；

The 5 directed filtrations carrying out parent ratio (sky) and parent (sky) automatically, described in flow process as shown in Figure 6, all filtered；Now can have (D1, D2) by orientation；

The 6 directed filtrations carrying out parent preferential (sky) and parent non-preferential (D1, D2), described in flow process as shown in Figure 7, all filtered；Now can have (D1, D2) by orientation；

7 carry out working as level ratio (sky) filters with when the orientation of level (D1, D2) automatically, described in flow process as shown in Figure 8, when level ratio (sky) is filtered；Now can have (D1, D2) by orientation；

8 carry out working as level preferential (D2) filters with when the directed of level non-preferential (D1), described in flow process as shown in Figure 9, when level non-preferential (D1) is filtered；Now can have (D2) by orientation；

10 export this orientation carries out throwing in and accept new request.

When throwing in, from the 500001st request to the 800000th request, now when level directed (A1, A2, A3, B3, C1, C2, C3, D1, D3) can use, described in flow process as shown in Figure 1, carry out the filtering process of order below:

1 carries out working as number of stages (D1) and when the directed filtration of level ratio (A1, A2, C1, C2), pressing described in flow process as shown in Figure 2, when level ratio (A1, A2, C1, C2) is all filtered；Now can have (A3, B3, C3, D1, D3) by orientation；

2 carry out working as number of stages (D1) filters with when the orientation of level (A3, B3, C3, D3) automatically, described in flow process as shown in Figure 3, when level (A3, B3, C3, D3) automatically is all filtered；Now can have (D1) by orientation；

10 export this orientation carries out throwing in and accept new request.

When throwing in, from the 800001st request to the 1500000th request, now all can use when level directed (A1, A2, A3, B3, C1, C2, C3, D3), press described in flow process as shown in Figure 1, carry out the filtering process of order below:

1 carries out working as number of stages (sky) and when the directed filtration of level ratio (A1, A2, C1, C2), pressing described in flow process as shown in Figure 2, when number of stages (sky) is all filtered；Now can have (A1, A2, A3, B3, C1, C2, C3, D3) by orientation；

2 carry out working as number of stages (sky) filters with when the orientation of level (A3, B3, C3, D3) automatically, described in flow process as shown in Figure 3, when number of stages (sky) is all filtered；Now can have (A1, A2, A3, B3, C1, C2, C3, D3) by orientation；

The 3 directed filtrations carrying out parent quantity (B3) and parent ratio (A1, A2, A3), described in flow process as shown in Figure 4, parent ratio (A1, A2, A3) is all filtered；Now can have (B3, C1, C2, C3, D3) by orientation；

The 4 directed filtrations carrying out parent quantity (B3) and parent (C1, C2, C3, D3) automatically, described in flow process as shown in Figure 5, parent (C1, C2, C3, D3) automatically is all filtered；Now can have (B3) by orientation；

10 export this orientation carries out throwing in and accept new request.

When throwing in, from the 1500001st request backward, now all can use when level directed (A1, A2, A3, C1, C2, C3, D3), owing to being absent from strict quantitatively input, only surplus is throw in proportion and input automatically, when therefore throwing in, preferentially meet proportion requirement, when increasing input, the orientation before meeting ratio can reduce proportion, therefore needs to judge every time.Concrete input priority is as shown in the table:

False code algorithm

The following is the realization by the description technical scheme of Implementation of pseudocode.

Although said method is illustrated for making explanation simplify and is described as a series of actions, it should be understood that and understand, these methods not order by action is limit, because according to one or more embodiments, some actions can occur in different order and/or with from depicted and described herein or not shown herein and describe but other actions that it will be appreciated by those skilled in the art that occur concomitantly.

Thering is provided of this disclosure being previously described is for making any person skilled in the art all can make or use the disclosure.Various amendment of this disclosure all will be apparent from for a person skilled in the art, and the generic principles defined herein can be applied to other variants spirit or scope without departing from the disclosure.Thus, the disclosure is not intended to be limited to example described herein and design, but with disclosed herein principle and novel features consistent the widest scope should be awarded.

Claims

1. the method carrying out advertisement putting according to directionally preferential level, it is characterised in that including:

Input directed information；

Same priority orthoselection one is thrown in；

2. the method carrying out advertisement putting according to directionally preferential level according to claim 1, it is characterized in that, all of priority unit after decomposition according to the descending of degree of priority is: when number of stages have precedence over when level ratio, when number of stages have precedence over when level automatically, parent quantity have precedence over parent ratio, parent quantity have precedence over parent automatically, parent ratio have precedence over that parent is automatic, parent preferentially has precedence over parent non-preferential, when level ratio have precedence over when level automatically, preferentially have precedence over when level non-preferential when level.

3. the method carrying out advertisement putting orientation selecting to filter based on priority unit, it is characterised in that priority unit is for having precedence over when level ratio when number of stages, and described method includes:

4. the method carrying out advertisement putting orientation selecting to filter based on priority unit, it is characterised in that priority unit is for having precedence over when level is automatic when number of stages, and described method includes:

5. the method carrying out advertisement putting orientation selecting to filter based on priority unit, it is characterised in that priority unit is that parent quantity has precedence over parent ratio, and described method includes:

6. the method carrying out advertisement putting orientation selecting to filter based on priority unit, it is characterised in that priority unit is that parent quantity has precedence over parent automatically, and described method includes:

7. the method carrying out advertisement putting orientation selecting to filter based on priority unit, it is characterised in that priority unit is that parent ratio has precedence over parent automatically, and described method includes:

8. the method carrying out advertisement putting orientation selecting to filter based on priority unit, it is characterised in that priority unit is that parent preferentially has precedence over parent non-preferential, and described method includes:

9. the method carrying out advertisement putting orientation selecting to filter based on priority unit, it is characterised in that priority unit is for having precedence over when level is automatic when level ratio, and described method includes:

10. the method carrying out advertisement putting orientation selecting to filter based on priority unit, it is characterised in that priority unit is for preferentially having precedence over when level non-preferential when level, and described method includes: