CN106161553A - Community application information-pushing method and system - Google Patents

Abstract

The present invention relates to a kind of community application information-pushing method and system, obtain the actual geographical position of community member and be analyzed, geographical position according to each community member carries out polymerization analysis, the polymerization situation of community member is added up, extract the geographical position of community member's polymerization as target location, then the information relevant to target location is pushed, guarantee that the information pushed matches with the main concentrated area of member in community, it is more accurate to push, the information being suitable for, avoid the information pushing that redundancy is useless, reduce and the network bandwidth is taken, strengthen the ability that the acquisition of information user pushed pays close attention to.

Description

Community application information-pushing method and system

Technical field

The present invention relates to communication technical field, particularly relate to a kind of community application information-pushing method and system.

Background technology

Along with the reach of science and the progress of society, based on products such as computer, smart mobile phone, panel computers Immediate communication tool in daily life in occupation of the most important position.

Present immediate communication tool has the function of similar group mostly, in group, may be employed letter The propelling movement of breath, facilitates the user in group to obtain various application message, such as weather forecast, transport information etc.. Traditional application message method for pushing is the concentrated area as group members, the geographical position utilizing the main setting of group, And push the relevant application message in geographical position of setting main to group to group members.When group members major part does not exists The when of this region, the probability that these application messages are paid close attention to by user will be substantially reduced.Therefore, on State traditional application message method for pushing and there is the shortcoming that propelling movement accuracy is low.

Summary of the invention

Based on this, it is necessary to provide a kind of raising push the community application information-pushing method of accuracy and be System.

A kind of community application information-pushing method, comprises the following steps:

Obtain the geographical position at each community member place in community；

Geographical position according to each community member carries out polymerization analysis, by community member's polymerization in described community Geographical position is as target location；

Push the information relevant to described target location.

A kind of community application information transmission system, including:

Acquisition module, for obtaining the geographical position at each community member place in community；

Processing module, for carrying out polymerization analysis according to the geographical position of each community member, by described community The geographical position of community member's polymerization is as target location；

Pushing module, for pushing the information relevant to described target location.

Above-mentioned community application information-pushing method and system, obtain the actual geographical position of community member and carry out Analyze, carry out polymerization analysis according to the geographical position of each community member, the polymerization situation of community member is carried out Statistics, the geographical position of extraction community member's polymerization, as target location, then pushes relevant to target location Information, it is ensured that the information of propelling movement matches with the main concentrated area of member in community, can push more Accurately, the information being suitable for, it is to avoid the information pushing that redundancy is useless, reduces and takies the network bandwidth, strengthens The ability that the acquisition of information user pushed pays close attention to.

Accompanying drawing explanation

Fig. 1 is the flow chart of community application information-pushing method in an embodiment；

Fig. 2 is that in an embodiment, geographical position according to each community member carries out polymerization analysis, by described community The geographical position of middle community member polymerization is as the flow chart of target location；

Fig. 3 is the flow chart of the member's concentration degree calculating reason position, various places in an embodiment；

Fig. 4 is that in another embodiment, geographical position according to each community member carries out polymerization analysis, by described society In district, the geographical position of community member's polymerization is as the flow chart of target location；

Fig. 5 is the flow chart of the degree of polymerization in an embodiment according to geographical position calculation community；

Fig. 6 is the structure chart of community application information transmission system in an embodiment；

Fig. 7 is the structure chart of processing module in an embodiment；

Fig. 8 is the structure chart of member's concentration degree computing unit in an embodiment；

Fig. 9 is the structure chart of processing module in another embodiment；

Figure 10 is the structure chart of community's degree of polymerization computing unit in an embodiment；

Figure 11 is the module map of an embodiment Computer system.

Detailed description of the invention

A kind of community application information-pushing method, as it is shown in figure 1, comprise the following steps:

Step S100: obtain the geographical position at each community member place in community.In community member Ji Zhi community User, community can be specifically the social group in immediate communication tool, and community member is except can be i.e. Time communication tool in social group group membership outside, it is also possible to be a certain column of Websites member or Member etc. in certain chatroom.Acquisition geographical position, place can be logged in by the account of inquiry user, log in ground Point can pass through the information acquisitioies such as GPS device, IP address, mobile base station.Such as, community member includes into Member A, member B and member C.By obtaining the geographical position of community member, obtain member A and member B Geographical position be " Shanghai ", the geographical position of member C is " Beijing ".

Wherein in an embodiment, step S100 includes step 110, step 120 or step 130.

Step 110: obtain community member login place in preset time period, obtain the geography of community member Position.Preset time period can adjust according to the actual requirements, and the login place of acquisition is probably one and is also likely to be Multiple, the present embodiment obtains community member login place in a week.To acquire multiple login ground As a example by Dian, the login place in preset time period can be screened, extract and log in the place that number of times is most Geographical position as community member.Such as, obtain member A login place in a week, including Shanghai, Guangzhou, Shenzhen and Huizhou.The login place of the member A got is screened, selects login times Many cities " Shanghai " are as the geographical position of member A.It is appreciated that when acquiring preset time period In login place only one of which time, then can directly using this login place as the geographical position of community member.

In other embodiments, behind the multiple login places obtained in preset time period, it is also possible to be by Closely the position of login is as the geographical position of community member, or using position the longest for login time as community The geographical position of member, concrete processing mode is not unique, can adjust according to practical situation.

Step 120: most for login times are logged in the geographical position as community member, the place.Obtain community User's all of login place is screened, and selects the most place of login times as the ground of this community member Reason position.

Step 130: position community member logged in recently is as the geographical position of community member.Same acquisition Community member's all of login place is screened, and selects community member to log in used geographical position recently Geographical position as community member.

As an alternative, the time is persistently used in step S100 can also use community member's preset time period The longest geographical position is as the geographical position of community member.

Step S200: carry out polymerization analysis according to the geographical position of each community member, by community member in community The geographical position of polymerization is as target location.According to geographical position, the polymerization situation of community member is added up, Extract the geographical position of community member's polymerization as target location.The geographical position of community member's polymerization i.e. refers to Community member compares the position of concentration, such as can community member's number be become more than the definition community, position of threshold value The geographical position of member's polymerization.

Wherein in an embodiment, as in figure 2 it is shown, step S200 includes step S210 and step S220.

Step S210: calculate member's concentration degree in each geographical position.Member's concentration degree characterizes community member respectively The intensity in geographical position.

Step S220: extract member's concentration degree geographical position more than or equal to predetermined threshold value, obtain target position Put.Predetermined threshold value can adjust according to practical situation, respectively by member's concentration degree in each geographical position and default threshold Value compares, it may be judged whether more than or equal to predetermined threshold value, if, then it is assumed that the community in this geographical position Member is relatively concentrated, can be using this geographical position as target location.It is appreciated that according to predetermined threshold value not With, the target location obtained can be only one of which, it is also possible to be have multiple.

Wherein in an embodiment, as it is shown on figure 3, step S210 includes that step S212 is to step S216.

Step S212: according to the distance between the geographical each community member of position calculation.Due to each community member Geographical position it is known that can directly be calculated the distance between each two community member according to geographical position. Such as, the distance by being calculated between member A and member B is S_ab, between member A and member C Distance be S_ac, the distance between member B and member C is S_bc。

Step S214: divide according to the polymerization that the distance between each community member calculates between each community member respectively Number.Particularly as follows:

$f=\left\{\begin{array}{cc}A-s,& s\≤a\\ 0,& s>a\end{array}\right.$

Wherein, f is polymerization mark, and s represents the distance between community member, and A is default total score, a For distance threshold.In the present embodiment, total score A is 100, and distance threshold a is 100 kms, implements at other In example, the concrete value of total score A and distance threshold a can adjust according to the actual requirements.

Owing to member A and member B is all in Shanghai, then both distances S_abIt is 0, member A and member B Between polymerization mark f_ABIt is 100.Shanghai and Pekinese's distance are more than 100 kms, member A and member C Between polymerization mark f_AC, and it is polymerized mark f between member B with member C_BCIt is 0.In this example, Simplify explanation with city, practical operation can use the more accurate positions such as gps coordinate accurately calculate.

Step S216: calculate the degree of polymerization in corresponding geographical position according to polymerization mark, as member's concentration degree. According to the polymerization mark relevant to geographical position, the degree of polymerization in each geographical position can be calculated.This reality Execute in example, in step S216 according to polymerization mark calculate corresponding geographical position the degree of polymerization particularly as follows:

$F=\frac{\underset{i=1}{\overset{m}{\mathrm{\Σ}}}{f}_i}{m}$

Wherein, f_iFor the polymerization mark relevant to geographical position, m represents the polymerization mark relevant to geographical position Number, F is the degree of polymerization in corresponding geographical position, characterizes the meansigma methods of being polymerized mark relevant to geographical position, Member's intensity in geographical position can be embodied.The polymerization mark relevant to geographical position, refers to according to this ground Member's calculated polymerization mark of reason position.

Such as, when calculating the degree of polymerization in geographical position " Shanghai ", owing to member A and member B is positioned at Sea, the polymerization mark relevant to " Shanghai " includes being polymerized mark f_AB, polymerization mark f_ACWith polymerization mark f_BC, Calculating meansigma methods after three polymerization mark summations, the degree of polymerization obtaining geographical position " Shanghai " is 33.33. When calculating the degree of polymerization in geographical position " Beijing ", member C is positioned at Beijing, and relevant to " Beijing " is poly- Close mark to include being polymerized mark f_ACWith polymerization mark f_BC, obtain calculating meansigma methods after two polymerization mark summations The degree of polymerization to geographical position " Beijing " is 0.

In the present embodiment, after the distance between each two community member is converted to the polymerization mark of correspondence, pin To each geographical position, extract the polymerization mark relevant to this geographical position, after summation, calculate what meansigma methods obtained The degree of polymerization can characterize member's extent of polymerization in this geographical position, and subsequent step can be used as judging whether to push this ground The information that reason position is relevant.By calculating the extent of polymerization in geographical position, can push more accurately, be suitable for Information, it is to avoid the information pushing that redundancy is useless, reduce the network bandwidth is taken.It is appreciated that at meter Calculate after obtaining the polymerization mark relevant to geographical position and suing for peace, it is also possible to the value directly summation obtained The degree of polymerization as geographical position.

In another embodiment, step S210 is, will be located in the quantity conduct of the community member in each geographical position Member's concentration degree in corresponding geographical position.Such as, member A and member B is positioned in " Shanghai ", then " Shanghai " Member's concentration degree be 2, member C is positioned in " Beijing ", then member's concentration degree in " Beijing " is 1.

Adding up the quantity of the community member being positioned at each geographical position respectively, quantity statistics obtained directly is made For member's concentration degree in corresponding geographical position, judge whether to push what be correlated with in this geographical position as subsequent step Information, simple and efficient to handle.It is appreciated that in other embodiments, it is also possible to be by the society in geographical position The ratio of community member's total quantity shared by district member is as member's concentration degree in this geographical position.

In another embodiment, as shown in Figure 4, step S200 includes step S230 and step S240.

Step S230: according to the degree of polymerization of geographical position calculation community.The degree of polymerization of community characterizes whole community The intensity of middle member.

Step S240: when the degree of polymerization in community is more than or equal to predetermined threshold value, obtains community member's quantity big In or equal to the geographical position of default value, obtain target location.Predetermined threshold value and default value all can bases Practical situation adjusts, if the degree of polymerization of community is less than predetermined threshold value, illustrates that in community, member is more discrete, Information pushing based on geographical position should not be carried out.If the degree of polymerization of community is more than or equal to predetermined threshold value, Illustrate that in community, member's concentration degree is higher, extract community member's quantity geographical position more than or equal to default value Put as target location.

Wherein in an embodiment, as it is shown in figure 5, step S230 includes that step S232 is to step S236.

Step S232: according to the distance between the geographical each community member of position calculation.Due to each community member Geographical position it is known that can directly be calculated the distance between each two community member according to geographical position, Concrete similar with step S212, do not repeat them here.

Step S234: divide according to the polymerization that the distance between each community member calculates between each community member respectively Number.Particularly as follows:

$f=\left\{\begin{array}{cc}A-s,& s\≤a\\ 0,& s>a\end{array}\right.$

Wherein, f is polymerization mark, and s represents the distance between community member, and A is default total score, a For distance threshold.In the present embodiment, total score A is 100, and distance threshold a is 100 kms, implements at other In example, the concrete value of total score A and distance threshold a can adjust according to the actual requirements.Concrete and step S214 Similar, do not repeat them here.

Step S236: calculate the degree of polymerization of community according to polymerization mark.Can calculate according to all of polymerization mark Obtain the degree of polymerization of community.In the present embodiment, step S236 particularly as follows:

$F=\frac{\underset{i=1}{\overset{N}{\mathrm{\Σ}}}{f}_i}{N}$

N=(n-1) * n/2

Wherein, F is the degree of polymerization of community, characterizes the meansigma methods of all polymerization marks, can embody the one-tenth of community Member's extent of polymerization.f_iFor the polymerization mark between each two geographical position, n is community member's total quantity.

Such as, the polymerization mark f between member A and member B_ABIt is 100, between member A and member C Polymerization mark f_ACAnd it is polymerized mark f between member B with member C_BCIt is 0, community member's sum Amount n is 3, then N=3.Will polymerization mark f_AB, polymerization mark f_ACWith polymerization mark f_BCDivided by 3 after summation, The degree of polymerization obtaining community is 33.33.

In the present embodiment, after the distance between each two community member is converted to the polymerization mark of correspondence, will All of polymerization mark sue for peace after divided by polymerization mark calculating total degree N, the degree of polymerization obtained can be with table Levy member's extent of polymerization of whole community, in order to judging whether pushed information in subsequent step, meet society The truth of major part member in district.It is appreciated that after all of polymerization mark is sued for peace, also It can be the direct value that summation the is obtained degree of polymerization as community.

Step S300: push the information relevant to target location.The information relevant to target location can include The information of the types such as word, picture or sound, specifically can include disappearing with target location relevant advertisements or application Breath etc..Such as target location is Shanghai, then push the advertising message relevant to Shanghai, and push and Shanghai Relevant application message, the information such as such as relevant to Shanghai news, traffic and weather.Due to generally speaking, The geographical position of community member is higher with the degree of association in Shanghai, and the information therefore pushed can more mate community member Actual demand.

Above example be all using city as geographical position as a example by above-mentioned community application information-pushing method is entered Row illustrates, it will be understood that be not above-mentioned community application information pushing side using city as geographical position The unique application scenarios of method.For example, it is possible to the regional extent that will divide in advance, such as Beijing-Tianjin district, the Changjiang river triangle The scope such as continent and the Delta of the Pearl River is as the geographical position of community member.Obtain each community member place in community Geographical position, be i.e. to obtain regional extent residing for community member, if exist community member be positioned at two or Time in plural regional extent, then the regional extent thinking corresponding when carrying out polymerization analysis all comprises this Community member.The regional extent finally community member being polymerized, as target location, pushes and target location phase The information closed.Additionally, when the geographical position of community member is block different in same city, above-mentioned society District's application message method for pushing is equally applicable, and concrete mode is similar with during geographic location area scope, the most superfluous State.

It should be noted that be enumerated above the different situation in three kinds of geographical position, it is only used for above-mentioned The application scenarios of community application information-pushing method explains rather than is intended to community application information Method for pushing is defined.

Above-mentioned community application information-pushing method, obtains the actual geographical position of community member and is analyzed, Geographical position according to each community member carries out polymerization analysis, adds up the polymerization situation of community member, The geographical position of extraction community member's polymerization, as target location, then pushes the information relevant to target location, Guarantee that the information pushed matches with the main concentrated area of member in community, can push more accurately, fit The information closed, it is to avoid the information pushing that redundancy is useless, reduces and takies the network bandwidth, strengthens the letter pushed Breath obtains the ability that user pays close attention to.

A kind of community application information transmission system, as shown in Figure 6, including acquisition module 100, processing module 200 and pushing module 300.

Acquisition module 100 is for obtaining the geographical position at each community member place in community.Community member i.e. refers to User in community, community can be specifically the social group in immediate communication tool, and community member is except can Being outside the social group group membership in immediate communication tool, it is also possible to be a certain column of Websites member, Or the member etc. in certain chatroom.Acquisition geographical position, place can be logged in by the account of inquiry user, step on The information acquisitioies such as GPS device, IP address, mobile base station can be passed through in record place.

Wherein in an embodiment, acquisition module 100 include the first acquiring unit, second acquisition unit or 3rd acquiring unit.

First acquiring unit, for obtaining community member login place in preset time period, obtains community The geographical position of member.Preset time period can adjust according to the actual requirements, and the login place of acquisition is probably one It is also likely to be multiple, the present embodiment obtains community member login place in a week.Many to acquire As a example by individual login place, the login place in preset time period can be screened, extract and log in number of times Many places are as the geographical position of community member.It is appreciated that when acquiring stepping in preset time period During record place only one of which, then can directly using this login place as the geographical position of community member.

In other embodiments, behind first acquiring unit multiple login places in obtaining preset time period, Can also be as the geographical position of community member or login time is the longest using the position that logs in recently Position is as the geographical position of community member, and concrete processing mode is not unique, can adjust according to practical situation Whole.

Second acquisition unit is for logging in the geographical position as community member, the place using most for login times. Obtain community users all of login place to screen, select the most place of login times as this community The geographical position of member.

3rd acquiring unit for position that community member is logged in recently as the geographical position of community member. Same community member's all of login place that obtains screens, and selects community member to log in recently and is used Geographical position is as the geographical position of community member.

As an alternative, acquisition module 100 persistently uses in can also using community member's preset time period Time the longest geographical position is as the geographical position of community member.

Processing module 200 is for carrying out polymerization analysis according to the geographical position of each community member, by community Zhong She The geographical position of district member polymerization is as target location.According to geographical position, the polymerization situation of community member is entered Row statistics, extracts the geographical position of community member's polymerization as target location.The geographical position of community member's polymerization Put the position i.e. referring to that community member compares concentration, such as can be fixed more than the position of threshold value by community member's number The geographical position of justice community member's polymerization.

Wherein in an embodiment, as it is shown in fig. 7, processing module 200 includes that member's concentration degree calculates list Unit 210 and target location acquiring unit 220.

Member's concentration degree computing unit 210 is for calculating member's concentration degree in each geographical position.Member's concentration degree Characterize community member's intensity in each geographical position.

Target location acquiring unit 220 is for extracting member's concentration degree geographical position more than or equal to predetermined threshold value Put, obtain target location.Predetermined threshold value can adjust according to practical situation, respectively by the member in each geographical position Concentration degree compares with predetermined threshold value, it may be judged whether more than or equal to predetermined threshold value, if, then it is assumed that should The community member in geographical position compares concentration, can be using this geographical position as target location.It is appreciated that root According to the difference of predetermined threshold value, the target location obtained can be only one of which, it is also possible to be have multiple.

Wherein in an embodiment, as shown in Figure 8, member's concentration degree computing unit 210 includes the first meter Calculate unit the 212, second computing unit 214 and the 3rd computing unit 216.

First computing unit 212 is for according to the distance between the geographical each community member of position calculation.Due to respectively The geographical position of individual community member it is known that according to geographical position can directly be calculated each two community member it Between distance.

Second computing unit 214 for according to the distance between each community member calculate respectively each community member it Between polymerization mark.It is specially

$f=\left\{\begin{array}{cc}A-s,& s\≤a\\ 0,& s>a\end{array}\right.$

Wherein, f is polymerization mark, and s represents the distance between community member, and A is default total score, a For distance threshold.In the present embodiment, total score A is 100, and distance threshold a is 100 kms, implements at other In example, the concrete value of total score A and distance threshold a can adjust according to the actual requirements.

3rd computing unit 216 for calculating the degree of polymerization in corresponding geographical position according to polymerization mark, as one-tenth Member's concentration degree.According to the polymerization mark relevant to geographical position, the poly-of each geographical position can be calculated Right.In the present embodiment, the 3rd computing unit 216 calculates the polymerization in corresponding geographical position according to polymerization mark Degree, is specially

$F=\frac{\underset{i=1}{\overset{m}{\mathrm{\Σ}}}{f}_i}{m}$

Wherein, f_iFor the polymerization mark relevant to geographical position, m represents the polymerization mark relevant to geographical position Number, F is the degree of polymerization in corresponding geographical position, characterizes the meansigma methods of being polymerized mark relevant to geographical position, Member's intensity in geographical position can be embodied.The polymerization mark relevant to geographical position, refers to according to this ground Member's calculated polymerization mark of reason position.

In the present embodiment, after the distance between each two community member is converted to the polymerization mark of correspondence, pin To each geographical position, extract the polymerization mark relevant to this geographical position, after summation, calculate what meansigma methods obtained The degree of polymerization can characterize member's extent of polymerization in this geographical position, and subsequent step can be used as judging whether to push this ground The information that reason position is relevant.By calculating the extent of polymerization in geographical position, can push more accurately, be suitable for Information, it is to avoid the information pushing that redundancy is useless, reduce the network bandwidth is taken.It is appreciated that at meter Calculate after obtaining the polymerization mark relevant to geographical position and suing for peace, it is also possible to the value directly summation obtained The degree of polymerization as geographical position.

In another embodiment, member's concentration degree computing unit 210 calculates member's concentration degree in each geographical position For, will be located in the quantity of community member in each geographical position as member's concentration degree in corresponding geographical position.

Adding up the quantity of the community member being positioned at each geographical position respectively, quantity statistics obtained directly is made For member's concentration degree in corresponding geographical position, judge whether to push what be correlated with in this geographical position as subsequent step Information, simple and efficient to handle.It is appreciated that in other embodiments, it is also possible to be by the society in geographical position The ratio of community member's total quantity shared by district member is as member's concentration degree in this geographical position.

In another embodiment, as it is shown in figure 9, processing module 200 includes community's degree of polymerization computing unit 230 With target location extraction unit 240.

Community's degree of polymerization computing unit 230 is for the degree of polymerization according to geographical position calculation community.Community gathers The intensity of member in the whole community of right sign.

Target location extraction unit 240, when the degree of polymerization in community is more than or equal to predetermined threshold value, obtains Community member's quantity, more than or equal to the geographical position of default value, obtains target location.Predetermined threshold value is with pre- If numerical value all can adjust according to practical situation, if the degree of polymerization of community is less than predetermined threshold value, illustrate in community Member is more discrete, should not carry out information pushing based on geographical position.If the degree of polymerization of community more than or Equal to predetermined threshold value, illustrate that in community, member's concentration degree is higher, extract community member's quantity more than or equal to pre- If the geographical position of numerical value is as target location.

Wherein in an embodiment, as shown in Figure 10, community's degree of polymerization computing unit 230 includes the 4th meter Calculate unit the 232, the 5th computing unit 234 and the 6th computing unit 236.

4th computing unit 232 is for according to the distance between the geographical each community member of position calculation.Due to respectively The geographical position of individual community member it is known that according to geographical position can directly be calculated each two community member it Between distance, specifically similar with the first computing unit 212, do not repeat them here.

5th computing unit 234 for according to the distance between each community member calculate respectively each community member it Between polymerization mark.It is specially

$f=\left\{\begin{array}{cc}A-s,& s\≤a\\ 0,& s>a\end{array}\right.$

Wherein, f is polymerization mark, and s represents the distance between community member, and A is default total score, a For distance threshold.In the present embodiment, total score A is 100, and distance threshold a is 100 kms, implements at other In example, the concrete value of total score A and distance threshold a can adjust according to the actual requirements.Specifically with the second meter Calculate unit 214 to be similar to, do not repeat them here.

6th computing unit 236 for calculating the degree of polymerization of community according to polymerization mark.According to all of polymerization Mark can be calculated the degree of polymerization of community.In the present embodiment, the 6th computing unit 236 is according to polymerization mark Calculate the degree of polymerization of community, particularly as follows:

$F=\frac{\underset{i=1}{\overset{N}{\mathrm{\Σ}}}{f}_i}{N}$

N=(n-1) * n/2

Wherein, F is the degree of polymerization of community, characterizes the meansigma methods of all polymerization marks, can embody the one-tenth of community Member's extent of polymerization.f_iFor the polymerization mark between each two geographical position, n is community member's total quantity.

In the present embodiment, after the distance between each two community member is converted to the polymerization mark of correspondence, will All of polymerization mark sue for peace after divided by polymerization mark calculating total degree N, the degree of polymerization obtained can be with table Levy member's extent of polymerization of whole community, in order to judging whether pushed information in subsequent step, meet society The truth of major part member in district.It is appreciated that after all of polymerization mark is sued for peace, also It can be the direct value that summation the is obtained degree of polymerization as community.

Pushing module 300 is for pushing the information relevant to target location.The information relevant to target location can To include the information of the types such as word, picture or sound, specifically can include with target location relevant advertisements or Application message etc..Such as target location is Shanghai, then push the advertising message relevant to Shanghai, and push The application message relevant to Shanghai, the information such as such as relevant to Shanghai news, traffic and weather.Due to whole For body, the geographical position of community member is higher with the degree of association in Shanghai, and the information therefore pushed can more be mated The actual demand of community member.

Above-mentioned community application information transmission system, obtains the actual geographical position of community member and is analyzed, Geographical position according to each community member carries out polymerization analysis, adds up the polymerization situation of community member, The geographical position of extraction community member's polymerization, as target location, then pushes the information relevant to target location, Guarantee that the information pushed matches with the main concentrated area of member in community, can push more accurately, fit The information closed, it is to avoid the information pushing that redundancy is useless, reduces and takies the network bandwidth, strengthens the letter pushed Breath obtains the ability that user pays close attention to.

Figure 11 is the module map of the computer system 1000 that can realize the embodiment of the present invention.This computer The example of a system 1000 simply computer environment being applicable to the present invention, it is impossible to be considered to propose this Any restriction of the range of invention.Computer system 1000 can not be construed to need to rely on or have The combination of the one or more parts in the exemplary computer system 1000 of diagram.

Computer system 1000 shown in Figure 11 is the example of a computer system being suitable for the present invention Son.Other framework with different sub-systems configuration can also use.Such as have the most well known desktop computer, The similar devices such as notebook, personal digital assistant, smart phone, panel computer, portable electronic device Go for some embodiments of the present invention.But it is not limited to equipment enumerated above.

As shown in figure 11, computer system 1000 includes processor 1010, memorizer 1020 and system bus 1022.Various system components including memorizer 1020 and processor 1010 are connected to system bus 1022 On.Processor 1010 be one for performing meter by arithmetic sum logical operations basic in computer system The hardware of calculation machine programmed instruction.Memorizer 1020 be one for storing calculation procedure or number temporarily or permanently Physical equipment according to (such as, program state information).System bus 1020 can be following several types Any one in bus structures, including memory bus or storage control, peripheral bus and local bus. Processor 1010 and memorizer 1020 can carry out data communication by system bus 1022.Wherein memorizer 1020 include read only memory (ROM) or flash memory (the most not shown in figure), and random access memory (RAM), RAM typically refers to be loaded with the main storage of operating system and application program.

Computer system 1000 also includes showing interface 1030 (such as, Graphics Processing Unit), display device 1040 (such as, liquid crystal displays), audio interface 1050 (such as, sound card) and audio frequency apparatus 1060 (such as, speaker).Display device 1040 and audio frequency apparatus 1060 are the matchmakers for experiencing content of multimedia Body equipment.

Computer system 1000 generally comprises a storage device 1070.Storage device 1070 can be from multiple Selecting in computer-readable medium, computer-readable medium refers to pass through what computer system 1000 access Any available medium, including movement and fixing two media.Such as, computer-readable medium bag Include but be not limited to, flash memory (miniature SD card), CD-ROM, digital versatile disc (DVD) or Other optical disc storage, cartridge, tape, disk storage or other magnetic storage apparatus, or can be used for storing Information needed other medium any that can be accessed by computer system 1000.

Computer system 1000 also includes input equipment 1080 and input interface 1090 (such as, I/O control). User can pass through input equipment 1080, such as the touch panel equipment in keyboard, mouse, display device 1040, Input instruction and information are in computer system 1000.Input equipment 1080 is typically by input interface 1090 It is connected on system bus 1022 but it also may be connected by other interface or bus structures, as general Universal serial bus (USB).

Computer system 1000 can carry out logic with one or more network equipment in a network environment and be connected. The network equipment can be PC, server, router, smart phone, panel computer or other public affairs Network node altogether.Computer system 1000 is by LAN (LAN) interface 1100 or mobile communication list Unit 1110 is connected with the network equipment.LAN (LAN) refers in finite region, such as family, School, computer laboratory or the office building of the use network media, the computer network of interconnection composition.WiFi It is the most frequently used two kinds of technology building LAN with twisted-pair feeder wiring Ethernet.WiFi is that one can make calculating Machine system 1000 swapping data or be connected to the technology of wireless network by radio wave.Mobile comm unit 1110 can move in a wide geographic area while answered by radio communication diagram and dial electricity Words.In addition to call, mobile comm unit 1110 is also supported at the 2G, 3G providing mobile data service Or 4G cellular communication system carries out internet access.

It should be pointed out that, other includes the computer of subsystem more more or less of than computer system 1000 System also can be suitably used for invention.Such as, computer system 1000 can include exchanging data in short distance Bluetooth unit, for the imageing sensor of photograph, and for measuring the accelerometer of acceleration.

As detailed above, it is adaptable to the computer system 1000 of the present invention can perform community application information The assigned operation of method for pushing.Computer system 1000 operates in computer-readable by processor 1010 and is situated between The form of the software instruction in matter performs these operations.These software instructions can from storage device 1070 or Person is read into memorizer 1020 from another equipment by lan interfaces 1100.It is stored in memorizer 1020 In software instruction make processor 1010 perform above-mentioned community application information-pushing method.Additionally, pass through Hardware circuit or hardware circuit combine software instruction also can realize the present invention equally.Therefore, it is achieved the present invention It is not limited to any specific hardware circuit and the combination of software.

Each technical characteristic of embodiment described above can combine arbitrarily, for making description succinct, the most right The all possible combination of each technical characteristic in above-described embodiment is all described, but, if these skills There is not contradiction in the combination of art feature, is all considered to be the scope that this specification is recorded.

Embodiment described above only have expressed the several embodiments of the present invention, and it describes more concrete and detailed, But can not therefore be construed as limiting the scope of the patent.It should be pointed out that, for this area For those of ordinary skill, without departing from the inventive concept of the premise, it is also possible to make some deformation and change Entering, these broadly fall into protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be with appended power Profit requires to be as the criterion.

Claims (16)

1. a community application information-pushing method, it is characterised in that comprise the following steps:

Obtain the geographical position at each community member place in community；

Geographical position according to each community member carries out polymerization analysis, by community member's polymerization in described community Geographical position is as target location；

Push the information relevant to described target location.

Community application information-pushing method the most according to claim 1, it is characterised in that described acquisition In community, the step in the geographical position at each community member place, comprises the following steps；

Obtain community member login place in preset time period, obtain the geographical position of community member；Or

Most for login times are logged in the geographical position as described community member, the place；Or

Position community member logged in recently is as the geographical position of community member.

Community application information-pushing method the most according to claim 1, it is characterised in that according to each society The geographical position of district member carries out polymerization analysis, using in described community community member polymerization geographical position as The step of target location, comprises the following steps:

Calculate member's concentration degree in each described geographical position；

Extract member's concentration degree geographical position more than or equal to predetermined threshold value, obtain target location.

Community application information-pushing method the most according to claim 3, it is characterised in that calculate each institute State the step of member's concentration degree in geographical position, comprise the following steps:

The distance between each community member is calculated according to described geographical position；

Calculate the polymerization mark between each community member respectively according to the distance between each community member, be specially

$f=\left\{\begin{array}{cc}A-s,& s\≤a\\ 0,& s>a\end{array}\right.$

Wherein, f is polymerization mark, and s represents the distance between community member, and A is default total score, a For distance threshold；

The degree of polymerization in corresponding geographical position is calculated, as described member's concentration degree according to described polymerization mark.

Community application information-pushing method the most according to claim 4, it is characterised in that described basis Described polymerization mark calculates the degree of polymerization in corresponding geographical position, is specially

$F=\frac{\underset{i=1}{\overset{m}{\mathrm{\Σ}}}{f}_i}{m}$

Wherein, f_iFor the polymerization mark relevant to geographical position, m represents the polymerization mark relevant to geographical position Number, F is the degree of polymerization in corresponding geographical position.

Community application information-pushing method the most according to claim 1, it is characterised in that according to each society The geographical position of district member carries out polymerization analysis, using in described community community member polymerization geographical position as The step of target location, comprises the following steps:

The degree of polymerization according to calculating community, described geographical position；

When the degree of polymerization in community is more than or equal to predetermined threshold value, obtain community member's quantity more than or equal to pre- If the geographical position of numerical value, obtain target location.

Community application information-pushing method the most according to claim 6, it is characterised in that described basis The step of the degree of polymerization of calculating community, described geographical position, comprises the following steps:

The distance between each community member is calculated according to described geographical position；

Calculate the polymerization mark between each community member respectively according to the distance between each community member, be specially

$f=\left\{\begin{array}{cc}A-s,& s\≤a\\ 0,& s>a\end{array}\right.$

Wherein, f is polymerization mark, and s represents the distance between community member, and A is default total score, a For distance threshold；

The degree of polymerization of community is calculated according to described polymerization mark.

Community application information-pushing method the most according to claim 7, it is characterised in that described basis Polymerization mark calculates the degree of polymerization of community, is specially

$F=\frac{\underset{i=1}{\overset{m}{\mathrm{\Σ}}}{f}_i}{N}$

N=(n-1) * n/2

Wherein, F is the degree of polymerization of community, f_iFor the polymerization mark between each two geographical position, n is community Membership measures.

9. a community application information transmission system, it is characterised in that including:

Acquisition module, for obtaining the geographical position at each community member place in community；

Processing module, for carrying out polymerization analysis according to the geographical position of each community member, by described community The geographical position of community member's polymerization is as target location；

Pushing module, for pushing the information relevant to described target location.

Community application information transmission system the most according to claim 9, it is characterised in that described in obtain Delivery block includes:

First acquiring unit, for obtaining community member login place in preset time period, obtains community The geographical position of member；Or

Second acquisition unit, for logging in the place geography as described community member using most for login times Position；Or

3rd acquiring unit, for the position that community member logged in recently as the geographical position of community member.

11. community application information transmission systems according to claim 9, it is characterised in that described place Reason module includes:

Member's concentration degree computing unit, for calculating member's concentration degree in each described geographical position；

Target location acquiring unit, for extracting member's concentration degree geographical position more than or equal to predetermined threshold value, Obtain target location.

12. community application information transmission systems according to claim 11, it is characterised in that described one-tenth Member's concentration degree computing unit includes:

First computing unit, for calculating the distance between each community member according to described geographical position；

Second computing unit, for calculating respectively between each community member according to the distance between each community member Polymerization mark, be specially

$f=\left\{\begin{array}{cc}A-s,& s\≤a\\ 0,& s>a\end{array}\right.$

Wherein, f is polymerization mark, and s represents the distance between community member, and A is default total score, a For distance threshold；

3rd computing unit, for calculating the degree of polymerization in corresponding geographical position according to described polymerization mark, as Described member's concentration degree.

13. community application information transmission systems according to claim 12, it is characterised in that described Three computing units calculate the degree of polymerization in corresponding geographical position according to described polymerization mark, are specially

$F=\frac{\underset{i=1}{\overset{m}{\mathrm{\Σ}}}{f}_i}{m}$

Wherein, f_iFor the polymerization mark relevant to geographical position, m represents the polymerization mark relevant to geographical position Number, F is the degree of polymerization in corresponding geographical position.

14. community application information transmission systems according to claim 9, it is characterised in that described place Reason module includes:

Community's degree of polymerization computing unit, for the degree of polymerization according to calculating community, described geographical position；

Target location extraction unit, when the degree of polymerization in community is more than or equal to predetermined threshold value, obtains society District's number of members, more than or equal to the geographical position of default value, obtains target location.

15. community application information transmission systems according to claim 14, it is characterised in that described society District's degree of polymerization computing unit includes:

4th computing unit, for calculating the distance between each community member according to described geographical position；

5th computing unit, for calculating respectively between each community member according to the distance between each community member Polymerization mark, be specially

$f=\left\{\begin{array}{cc}A-s,& s\≤a\\ 0,& s>a\end{array}\right.$

Wherein, f is polymerization mark, and s represents the distance between community member, and A is default total score, a For distance threshold；

6th computing unit, for calculating the degree of polymerization of community according to described polymerization mark.

16. community application information transmission systems according to claim 15, it is characterised in that described Six computing units calculate the degree of polymerization of community according to described polymerization mark, are specially

$F=\frac{\underset{i=1}{\overset{m}{\mathrm{\Σ}}}{f}_i}{N}$

N=(n-1) * n/2

Wherein, F is the degree of polymerization of community, f_iFor the polymerization mark between each two geographical position, n is community Membership measures.